Аналагавы рэтранслятар рэтранслятара беспілотніка FPV ад 750 МГц да 915 МГц відэа з 5,8 г да 3,3 г



Weight and Dimension





Выпадкі налады частоты
- Рэтранслятар (Паветра 5.8 Elrs 915 МГц) (Зямля 4.9 Elrs750mHz)
- Рэтранслятар (Паветра 4.9 Elrs 750mHz)(Зямля 5.8 Elrs915mHz)
- Рэтранслятар (Паветра 5.8 Elrs 750mHz)(Зямля 4.9 Elrs915mHz)

Відэа прадукту на YouTube
часта задаюць пытанні
Q: Мой паветраны блок FPV перадае відэа на 5,8 г і атрымлівае дадзеныя на 915 МГц. Мой наземны блок працуе на ўзроўні 3,3 ГГц для відэа, з пультам на 868 МГц і 915 МГц. Як я магу дадаць рэле FPV у гэтую ўстаноўку?
А: Затым рэле відэа павінна падтрымліваць RX 5.8G і TX 3.3G. Паветраны блок і зямля не могуць выкарыстоўваць 915 МГц, Вы павінны падумаць, каб выкарыстоўваць 750 МГц на пульце дыстанцыйнага кіравання, Вы можаце перанесці свой 915 МГц у наш эстафету, Мы дадаем адну 750 МГц у пульт дыстанцыйнага кіравання наземным блокам, Такім чынам, рэле дадзеных - RX 915, паўторна перадача TX 750 МГц.
Q: How do I bind the controller to the repeater module?
А: To bind the controller with the repeater module, please follow these steps: Using bind phrase, not physical button.
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Power off the drone – ensure the drone is completely turned off before starting the binding process.
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Bind the repeater to the controller – use the same procedure as you would to bind a drone to the controller.
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Power off the controller – after the repeater is successfully bound, turn off the controller.
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Bind the drone to the repeater – finally, use the repeater module to bind with the drone.
Following this sequence ensures a proper and stable connection between the controller, repeater module, and drone.
Q: Can the video and radio transmission frequencies of your FPV repeater be customized?
А: ды, the FPV repeater can operate using our default frequencies or customized frequencies based on your requirements. When selecting custom frequencies, please ensure they are chosen to minimize interference with other devices and comply with local regulations.
Q: Which transmission frequencies does the 1.2GHz FPV repeater support? Do I need to set my FPV goggles to the same frequency for pairing?
А: Our FPV repeater uses a 1.2GHz video transmitting and retransmitting system. To ensure proper transmission and reception, your FPV goggles must be set to the same frequency channel as the repeater. The supported channels and frequencies are:
- CH4: 1080 МГц
- CH5: 1120 МГц
- CH6: 1160 МГц
- CH7: 1200 МГц
- СН8: 1240 МГц
- CH9: 1280 МГц
- H CH: 1320 МГц
- C CH: 1360 МГц
Please select the same channel and frequency on your FPV goggles to successfully receive the video signal from the repeater.
Q: What is the default transmission power of the FPV repeater, and what is the transmission range?
А: The FPV repeater uses the following built-in transmitters:
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1.2 Перадатчык відэа Ггц: 2.5 Ват
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2.4 GHz radio transmitter: 1 ват
With this configuration:
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The video transmission range from the repeater to the remote controller can reach да 3 км.
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The radio control/data link from the repeater to the drone can reach да 2 км.
Please note that actual transmission distance may vary depending on several factors, уключаючы:
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The transmit power of the drone’s onboard video transmitter
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The transmit power of the remote controller’s radio
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Экалагічныя ўмовы (перашкоды, перашкоды, мясцовасць, і г.д.)
Для лепшай прадукцыйнасці, мы рэкамендуем выкарыстоўваць a high-quality video transmitter on the drone and a sufficiently powerful radio controller.
Q: Can you customize a relay solution for my existing FPV system (915MHz ELRS + 5.8GHz VTX), and what information do you need to ensure compatibility?
А: ды, we can customize a relay solution based on your existing FPV setup. To ensure proper compatibility between your current equipment and our system, we need a clear overview of your configuration.
Please provide a simple sketch (hand-drawn is acceptable) showing your system layout, including transmitters, прымачы, and relay links. У дадатак, let us know:
- The frequencies of all your current devices (напр., 915MHz ELRS TX, 5.8GHz VTX, і г.д.)
- The specific components you already have (Тэхас, RX, VTX, Vrx, антэны, і г.д.)
- The target configuration you want to achieve (напр., relay system with 1.2GHz VRX and 2.4GHz RX)
This information helps us evaluate frequency matching, signal conversion requirements, and overall system compatibility. Based on your details, we will recommend a suitable relay solution and provide a quotation.

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Analog FPV drone repeater relay for long-range video and data transmission
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FPV repeater relay supports frequency conversion from 750MHz to 915MHz
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Analog FPV video re-transmitter from 5.8GHz to 3.3GHz for extended range
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Professional FPV relay solution for multi-band video and control systems
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FPV drone repeater relay compatible with ELRS 750MHz and 915MHz
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Long-distance analog FPV signal relay with stable re-transmission
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Analog FPV re-transmitter designed for low-latency video relay
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FPV drone relay system for separating video and control frequencies
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Frequency-customizable FPV repeater relay for professional UAV users
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Analog FPV relay solution to avoid 915MHz interference conflicts
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FPV repeater relay improves signal coverage and penetration
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Multi-band FPV relay re-transmitter for long-range drone communication
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Analog FPV relay module ideal for relay drones and airborne repeaters
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FPV frequency conversion relay for advanced ELRS control networks
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Stable analog FPV repeater relay for professional and industrial drones
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FPV drone re-transmission relay for extended range and flexible frequency planning



Тэадор –
Рэле можна размясціць на даху, верхавін, альбо высоўны кранштэйн, альбо ён можа быць усталяваны на эстафетным беспілотніку, каб падоўжыць адлегласць перадачы альбо схаваць сапраўднае месца аператара FPV (улётка).
Гэты рэтранс! Без асаблівых высілкаў падоўжыць мой дыяпазон. Пераключэнне майго 5,8 ГГц відэа да неверагодна надзейнай дыяпазону 3,3 ГГц азначала пранікненне перашкод, такіх як дрэвы і светлавыя структуры.
Надзейнасць рок-цвёрдасці ад 750 МГц да 915 МГц рэтрансляцыі дадзеных падтрымлівала маю сістэму кіравання стабільнай далёка за яго нармальны ліміт. Налада была на дзіва проста, і імгненны, Эстафета ў рэжыме рэальнага часу азначала нулявую затрымку, якая можна атрымаць, Хуткая блізкасць рэйсаў.