5.8GHz Long Distance High Power HD Video Transmitter VTX
Product Overview
This 5.8GHz HD digital video transmission system is engineered for high-performance FPV applications, delivering stable long-range transmission, ultra-low latency, and clear real-time video.
Operating within the 5.725–5.850 GHz frequency band, the system ensures reliable signal performance across different regions (subject to local regulations). With advanced 2T2R dual-antenna technology, it enhances signal robustness and anti-interference capability, making it ideal for demanding environments such as drone racing, aerial photography, and industrial inspection.
When paired with HD FPV goggles, the system delivers smooth 720p@60fps video with latency as low as 35ms, ensuring precise control and an immersive flying experience. Under optimal conditions, it can achieve transmission distances of up to 10 km, providing both range and reliability for professional users.
| Band Name | Kimghz technology |
|---|---|
| Model Number | Digital Transmitter |
|
Weight
|
Approx 350g(Antennas not include) |
|
Dimension
|
153mm *123mm * 71mm |
| Operating Frequency | 5.725 – 5.850 GHz |
| Transmission Bandwidth | Up to 20 MHz |
| Antenna Configuration | Dual antennas (2T2R – two transmit, two receive) |
| Maximum Transmission Range | Up to 10 km (FCC) |
|
Low Latency Performance
|
720p/60fps video transmission latency as low as 35 ms
|
- Ultra-Low Latency for Real-Time Control:Achieve latency as low as 35ms, enabling responsive and precise flight control—critical for FPV racing and professional drone operations.
- Long-Range Transmission up to 10 km:Supports up to 10 km transmission distance (FCC standard) when paired with high-gain antennas, ideal for long-range aerial applications.
- Smooth HD Video Output:Delivers 720p @ 60fps real-time video, ensuring clear, fluid visuals for piloting and monitoring.
- Strong Anti-Interference Performance:Equipped with 2T2R dual-antenna configuration, improving signal stability and maintaining performance in complex RF environments.
