Long Range Analog Video Transmission System for FPV (2.4Ghz)

• XVID3B-2G4 Long Range Analog Video Transmission System
• Features a professional video system for all types of applications
• Works for up to 100 km with high gain parabolic antennas
• Simultaneous video receivers with 8 video channels
• Has two antenna inputs and internally selects the best video signal reception
• Offers inputs for 2 video cameras with PAL format

The Long Range Analog Video Transmission System for FPV (2.4Ghz) is a professional analog video system prepared for all types of applications FPV to work between 25-40 km (LOS) with antennas included in the kit, or 100 km with high gain parabolic antennas (ANT24G24DB. Grid Parabolic Antenna 2.4 GHz 24 dBi.).

Analog video receiver with two internal modules simultaneous video receivers with 8 video channels and battery with an autonomy of 8-10 h approximately.

Frequency band: Receiver of 2.4 Ghz and also has a 5.8 Ghz short-range video transmitter to view the video in wireless mode with one or more video glasses or video FPV monitors with 5.8Ghz receiver, you can get ranges of 50-100 m or more depending on the antenna.

Diversity mode: RXVID3-2G4 has two antenna inputs and internally selects the best video signal received from the two receiver modules. You can install in the receiver (No.1) a directional antenna for long-range and in the receiver (No.2) an omnidirectional antenna for nearby flights, in this way you will get a good combination of antennas and good video signal for short and long-range.

OSD presents graphics, icons, and W/B texts on the screen, superimposing the objects on the analog video. It is mainly oriented for the visualization of the instruments of an aircraft and flight data on planes, helicopters and radio control systems FPV, Unmanned Aerial Vehicle UAV, robots, vigilance, etc.

Displaying the data of the XLRS radio link and the instruments using the Mavlink telemetry of the autopilot, flight data, alarms, battery status, video channel, selected camera, OSD brightness, etc. Configurable objects through DMDStudio software. Interprets Mavlink data packets of Pixhawk autopilot or autopilots compatibles with Mavlink protocol.