Adjustable Output Power 3.3GHz FPV VTX 5W Professional Grade with Wide 3060–3500MHz Range

This high-performance 3.3GHz FPV video transmitter with adjustable power output operates within the 3060MHz-3500MHz frequency range, meticulously designed for reliable, low-latency, and long-distance video transmission in professional and industrial UAV applications. As a 3.3G 64-channel VTX, it delivers stable and dependable video signal transmission with flexible parameter configuration capabilities.

Supporting a 7-26V wide voltage input, it seamlessly adapts to diverse drone power supply systems, and is equipped with a dedicated LED display that enables intuitive real-time monitoring of operational parameters.

Distinguished from standard single-channel or fixed-parameter VTX modules, this product offers 8 selectable frequency bands, with 8 channels per band, totaling 64 channels. This comprehensive channel configuration greatly boosts anti-interference performance, effectively avoiding signal collisions in complex flight environments such as industrial zones, urban canyons, and outdoor survey areas.

Operating in the 3.3G frequency band, it offers 8 selectable bands (A-H) with 8 channels per band, totaling 64 channels. This rich channel resource enhances anti-interference ability remarkably and enables flexible signal transmission, ensuring stable connection even in crowded frequency environments.

It supports 2 high-power levels (2000mW and 7000mW) as well as 0dBm P-mode. Power switching is convenient via button operation: press and hold for 4 seconds to enter the adjustment mode, then short-press to switch between different power levels, meeting diverse transmission distance requirements in practical applications.

With a 7-26V wide input voltage range, it is highly compatible with various drone power supply systems. This wide voltage adaptation capability enhances the product's versatility, allowing it to be seamlessly integrated with different types of professional drones without additional voltage conversion devices.

Equipped with a dedicated heat sink, it achieves optimal thermal management performance. This design ensures that the module operates stably even under long-term high-load transmission conditions, effectively preventing performance degradation caused by overheating and extending the product's service life.

It supports pit mode, which facilitates safe ground debugging. Users can flexibly enter or exit pit mode through either Betaflight software settings or button operation, avoiding signal interference to surrounding equipment during ground tests and ensuring the safety of operators and devices.