Maximum range and a clean analogue FPV signal — always

Up to 10 W output power for long-range flights and large platforms.
80 channels across 4.9–6.0 GHz — easier to match a frequency to your receiver and the RF noise environment.
5 power modes: PIT/25/200 mW/5/10 W — from bench setup to full power in the air.
Stable PLL frequency and a calibrated power amplifier (PA) for consistent output across channels.
Active cooling: aluminium housing and a centrifugal fan for sustained high-power operation.

Description

RUSHFPV XSPAN 10W is a high-power analogue FPV video transmitter built for applications where range, reliability and predictable video link performance are critical. It’s designed for FPV aircraft, fixed-wing platforms, experimental radio systems and DIY RC/FPV builds when standard 25–800 mW isn’t enough. The 4900–6000 MHz operating band and an 80-channel grid (10 bands × 8 channels) provide flexible frequency selection, improve compatibility with different receivers, and help separate channels between airframes to reduce mutual interference.

The transmitter offers five RF power modes: PIT for safe setup next to goggles/receiver, 25 and 200 mW for testing and everyday scenarios, plus 5 and 10 W for maximum range and a stable signal in challenging conditions. Its digital PLL architecture reduces frequency drift, which is especially important on long flights and with temperature changes. In addition, RUSHFPV uses PA calibration to keep output power more uniform across different channels throughout the entire band.

To reduce harmonics and unwanted emissions, there’s an integrated band-pass filter — useful when operating alongside navigation and other onboard electronics. Thermal management is handled separately: a three-layer aluminium enclosure acts as a heatsink, while a large centrifugal fan actively removes heat during 5–10 W operation. Support for IRC Tramp allows remote changes of channel/band/power from a compatible flight controller, and the wide 7–36 V input simplifies integration into different airframes and power systems.

Important: connect an antenna to the VTX before applying power. Running a high-power transmitter without a load may damage the output stage. Use an antenna for the correct band and with the proper SMA connector type.

Specifications

Model: RUSHFPV XSPAN 10W
Type: analogue FPV video transmitter (VTX)
Operating band: 4900–6000 MHz
Number of channels: 80 (10 bands × 8 channels)
Modulation: FM
RF power levels: PIT / 25 mW / 200 mW / 5 W / 10 W
Rated 10 W output: 40 dBm (typical)
Power input: DC 7–36 V
Current draw at 12 V: PIT 240 mA; 25 mW 500 mA; 200 mW 600 mA; 5 W 2000 mA; 10 W 3000 mA
Antenna port: SMA, 50 Ω
Control protocol: IRC Tramp
Cooling: aluminium housing + centrifugal fan
Operating temperature: −10…+60 °C
Dimensions: 60.5 × 36 × 25 mm
Weight: 53 g
Included antenna: RUSHFPV LDS 4.8–6.1 GHz, linear, omnidirectional, up to 6.3 dBi, VSWR ≤ 1.5, RG-402 cable, SMA Male, 150 mm, 10 g