10W 3.3GHz 16CH Ultra Light FPV Transmitter for Racing Drone Image Transmission
Product Introduction
This product is a 16 - channel FPV video transmission transmitter (VTX) operating in the 3.3GHz frequency band. With a maximum power output of 10W, it also supports multi - level power adjustment of 1W/2.5W/5W/7.5W/10W. It is compatible with 4 - 8S batteries, features intelligent audio functionality, and is equipped with an efficient heat dissipation design. It provides stable image transmission support for racing drones and other devices.
Features
- 16 channels cover the frequency range of 3170MHz - 3470MHz, divided into two frequency bands A and B. Supports channel and frequency band switching via buttons.
- Adjustable power levels (1W/2.5W/5W/7.5W/10W) and has a pit mode. A green LED indicates the power status in real - time.
- Wide voltage input range (DC 15V - 36V), compatible with 4 - 8S batteries, offering strong adaptability.
- Equipped with an SMA female - type internal - hole antenna interface and IRC Tramp intelligent audio.
- The combination of an aluminum alloy shell, heat sink, and fan for heat dissipation. Built - in temperature protection (power reduction when exceeding 100℃, recovery at 95℃).
Advantages
- Multiple adjustable power levels can meet different transmission distance and scenario requirements, balancing battery life and performance.
- Wide - voltage compatibility with mainstream drone batteries eliminates the need for additional modifications, allowing for plug - and - play.
- Efficient heat dissipation and temperature protection prevent power reduction or device damage due to overheating, extending the service life.
- Convenient button operation and clear LED indication of channel, frequency band, and power status make debugging simple.
- The ultra - light 16g design is suitable for racing drones, reducing the device load and affecting the maneuverability.
Applications
Mainly applicable to FPV image transmission for racing drones, and can also be used in other small - sized drone devices that require stable and efficient short - distance image transmission.
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