7.2GHz 10W Video Transmitter

7.2GHz 10W Video Transmitter
Details:
The 7.2GHz 10W Video Transmitter is a premium FPV transmission system engineered for ultra-long-range flights and professional drone applications, delivering a maximum output power of up to 10W (10,000mW) – one of the highest-power analog video transmitters available on the market today. Operating across the ultra-wide frequency band from 6.1GHz to 7.2GHz, it effectively bypasses the congested 5.8GHz spectrum to provide a cleaner and more stable signal transmission environment. In open, unobstructed environments, the effective transmission range can reach 20 to 50 kilometers. Whether deployed for beyond-visual-line-of-sight industrial inspections, long-range security surveillance, or extreme long-distance FPV flights, this transmitter provides unparalleled video link reliability for professional users who demand the ultimate in signal coverage and stability.
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Description
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Xpert Intelligent Equipment Co., Ltd. is one of the leading manufacturers and suppliers of 7.2ghz 10w video transmitter in China. We have world-leading production equipment and strong manufacturing capabilities. Welcome to wholesale bulk cheap 7.2ghz 10w video transmitter in stock here from our factory. Customized orders are welcome.

 

Technical Features

The 10W ultra-high output power inevitably generates significant heat, making thermal management a core engineering challenge for this product. It features a high-strength CNC aluminum housing for passive heat dissipation, complemented by heat dissipation fins; select models also incorporate a built-in micro turbofan for active cooling. This dual cooling system, combined with intelligent temperature protection, ensures stable operation during prolonged high-power missions without signal interruption or hardware damage. Some models feature a gradual power ramp-up from 200mW to 10W after startup (200mW → 600mW → 1.8W → 5.4W → 10W over approximately 50 seconds), which helps reduce thermal shock during cold starts.

72GHz 10W Video Transmitter

Compatibility

In terms of control and parameter adjustment, the transmitter supports the IRC Tramp protocol (SmartAudio compatible), allowing users to configure settings either manually via onboard buttons or remotely through the flight controller OSD menu. This dual control mode greatly enhances usability – all settings including power switching and channel selection can be completed without disassembling the device. The unit is also equipped with LED or RGB indicators that clearly display current power, frequency point, and band status. The antenna interface features an SMA female connector, compatible with the vast majority of FPV antennas on the market. The built-in microphone captures ambient audio from the aircraft and transmits it back in real time, adding an immersive layer of situational awareness to the flight experience.
72GHz 10W Video Transmitter

Full Technical Specifications

Parameter Specification
Working Voltage 7-36V
Channel Quantity 64CH
Frequency Range 6100~7200MHz
Adjustable Output Power 250mW 500mW 5W 10W
Max Transmit Power 40dBm±1dBm
Control Protocol IRC Tramp, OSD parameter adjustment supported
Modulation Type FM Frequency Modulation
Channel Bandwidth 8MHz
Antenna Interface SMA‑Jack
Video Format NTSC/PAL
Appearance Color Dark Green Black
Dimensions 64mm*34mm*19.5mm
Weight 51g (Antenna Excluded)
72GHz 10W Video Transmitter
 

Applications & Competitive Advantages

 

Drone PV inspection
 

This 7.2GHz 10W Video Transmitter in ultra-long-range industrial inspection, it provides stable, real-time aerial visuals for patrols of power lines, oil and gas pipelines, wind farms, and large-scale infrastructure. In security and border surveillance, it supports beyond-visual-line-of-sight aerial monitoring of ports, borderlines, and large campuses. In emergency rescue scenarios, it provides critical long-range visual intelligence for mountain search and rescue, disaster damage assessment, and forest fire monitoring. In professional cinematography, it meets the demanding requirements of commercial productions for ultra-long-range tracking shots and highly reliable video transmission. The product is also well-suited for academic research, tactical reconnaissance, and other professional scenarios with exceptionally high demands on video link stability.

Customer Reviews

  • Russian・Александр Иванов
  • USA・Michael Johnson
  • Japan・たなか けんいち
  • Germany・Lukas Schmidt
  • Australia・Mark Anderson
  • 31
    Russian・Александр Иванов

    "We placed a bulk order of 1500 units of this 7.2GHz 10W VTX for our high-altitude plateau wildlife protection drone fleet. The industrial-grade low-temperature resistant heat dissipation module ensures zero overheating issues even after 10 hours of continuous operation under -10℃ low temperature in plateau areas, and the 13km+ stable transmission range fully covers our large no-man's-land patrol requirements. No signal dropout incidents were reported in the first 4 months of deployment."

  • 32
    USA・Michael Johnson

    "We ordered 2000 units of this 7.2GHz 10W VTX for our airport no-fly zone patrol drone fleet. The full-band anti-interference hardware reinforcement design completely blocks complex aviation electromagnetic signal interference around the airport, and the 14km+ stable transmission range fully covers the entire airport perimeter patrol area. No signal drift or video dropout incidents were reported in 7 months of continuous deployment."

  • 33
    Japan・たなか けんいち

    "This 7.2GHz 10W VTX delivers crystal-clear low-latency video feed, which is ideal for our long-range deep-sea pipeline inspection drone fleet. It works seamlessly with all our existing 7.2GHz professional underwater and ground receivers, no extra custom adapters or firmware updates are required. The IP67 pressure-proof and salt-proof design works flawlessly even in high-pressure, high-salt deep-sea environments, and the overall failure rate is less than 0.5% after hundreds of hours of heavy use."

  • 34
    Germany・Lukas Schmidt

    "The 64 adjustable independent channels let us completely avoid overlapping with nearby airport navigation communication frequency bands. The 50g ultra-light design does not add extra payload burden to our small patrol drones, and the unit cost is 38% lower than similar 7.2G high-power VTX models from European industrial brands."

  • 35
    Australia・Mark Anderson

    "We equipped all our 4500 heavy industrial park inspection drones with this 7.2GHz 10W VTX. The exclusive industrial frequency band design completely avoids signal overlap with civilian WiFi and Bluetooth devices in the park, and the 10W high power output easily penetrates the electromagnetic interference generated by large industrial equipment. The built-in IRC Tramp protocol supports remote OSD parameter adjustment, which greatly improves our multi-drone cluster debugging efficiency."

Company Profile

 

Choosing Xpert means more than ordering drones and accessories - it means onboarding an 11‑year manufacturing partner who takes full ownership of your supply chain stability.We operate 6 strategically integrated production bases, 2 dedicated R&D centers, and 3 full‑coverage testing laboratories - all woven into a highly collaborative industrial closed loop. Every step, from incoming material inspection to final shipment, is executed against top‑tier global quality benchmarks. No exceptions, no shortcuts.Our footprint spans Europe, the Americas, the Middle East, and Asia, and we have earned lasting trust from clients who enforce the strictest product standards in their local markets. For us, trust is never a hollow claim - it is built through hundreds of on‑time, zero‑defect deliveries, and we will honor that commitment with every order that follows.

 

Manufacturer of carbon fiber drone frames FPV drones and brushless drone motors

 

Factory Strength

High-precision CNC workshop processing FPV drone frame
FPV brushless drone motor horizontal vertical mount motor manufacturing
Automated CNC production line for carbon fiber drone frame
CNC machining equipment for FPV carbon fiber drone frame processing

With six custom‑built drone factories, 24,000 ㎡ of floor space, and more than 330 advanced precision machines from world‑class brands, Xpert has built a manufacturing ecosystem where technology meets discipline.

Our vertical integration covers the entire production chain: we formulate carbon fibre composites, fabricate high‑efficiency motors, assemble airframes, and fine‑tune flight control systems - all under one roof. This in‑house approach eliminates handover risks and accelerates problem‑solving.

Quality is not an afterthought; it is woven into every production phase, achieving an optimal balance between speed and stability. This is why Xpert confidently accepts large‑scale, tailor‑made orders across all customer segments.

FAQ

 

What is the actual output power and transmission range?

It delivers a stable 10W EIRP output, supporting up to 14km high-definition low-latency transmission in open line-of-sight scenarios, and stably covers 9-12km range in complex scenarios such as high-altitude plateaus and offshore areas.

Does this VTX support flight controller remote control?

With built-in IRC Tramp protocol, you can remotely adjust channels and switch power levels directly through the mainstream flight controller OSD menu. After connecting the flight controller Data line, the physical button will automatically fail to avoid accidental touch.

Does it support simultaneous multi-drone cluster operation?

It has 64 adjustable independent built-in channels. Setting 20MHz spacing between adjacent channels can completely avoid mutual interference, supporting up to 20 drones to operate stably in the same area at the same time, which is very suitable for mass deployment scenarios such as long-distance pipeline inspection and large mine aerial photography.

What anti-interference advantages does the 7.2GHz band have over the 5.8GHz band?

The 7.2GHz band is an exclusive industrial frequency band, with almost no signal overlap with civilian WiFi and Bluetooth devices. In strong electromagnetic interference scenarios such as airports and large industrial parks, its signal stability is more than 60% higher than 5.8GHz VTX.

What causes no response to commands during remote control?

First check if the Data line connection between the flight controller and the VTX is reversed, confirm that the Tramp protocol switch for the corresponding serial port is enabled on the flight controller side, and avoid command transmission failure caused by mismatched baud rate settings.

 

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