5.8GHz 2000mW FPV Video Transmitter Long Range 20Km with 5V BEC Output for RC Racing Drone

FPV wireless video transmitter designed for stable, longrange image transmission. Metal and plastic construction provides a balance of durability and light weight. power output and a 5V BEC make it suitable for a range of FPV setups that require extended range and onboard power. Key benefits Longrange video transmission: 2000 mW output supports extended FPV links for clearer, more reliable video at distance. Onboard power supply: 5V BEC output rated at 500 mA can power compatible cameras or small peripherals, reducing the need for extra wiring. Flexible antenna options: SMA connector lets you fit other 5.8 GHz antennas to optimize signal strength and adapt to different installation needs. Durable construction: Metal plus plastic materials offer impact resistance and heat dissipation while remaining lightweight. Features and specifications Frequency band: 5.8 GHz, suitable for standard FPV video systems. Maximum transmit power: 2000 mW for power image transmission. Power output for peripherals: 5V BEC, 500 mA. Connector: SMA head for external antenna compatibility. Color: black. Material: metal and plastic. Package contents: 1 x FPV Wireless Transmitter only. No other items included. Compatibility Works with most FPV cameras, receivers, and 5.8 GHz antennas that use an SMA connection. Appropriate for a variety of remote aircraft, fixedwing models, multirotors, and ground vehicles that need wireless video links. Practical use scenarios Drone racing and freestyle: Provide a powerful video link for pilots flying at long range or in environments with signal loss risk. Aerial inspection and filming: Deliver reliable live video from a camera mounted on an aircraft for realtime monitoring and framing. RC model testing and development: Use on a bench or infield setup to test camera systems and antenna configurations while powering the camera from the transmitter. Additional notes Appearance may vary between production batches; differences in color, printed markings, or minor cosmetic details do not affect functionality. Color in photos may differ slightly from the actual item due to lighting and display differences. Measurement tolerance is plus or minus 1 to 3 cm.