Analog FPV video for racing gates, freestyle lines and the pilot’s view from the aircraft.
Application imagery is illustrative.
An FPV club running indoor and outdoor races and freestyle displays needed responsive video, coordinated channels and a compact installation.
The customer’s main concern is the delay between an aircraft’s movement and the view in the goggles, especially during gate passes, turns and rolls. The case proposes an analog camera-to-goggles video system.
The proposed transmitter is the Shrimp B 5.8G 2.5W. The club’s requirements include low weight, a small installation footprint and durability for racing and freestyle use.
The case uses frequency selection and coordinated channel assignments to reduce conflicts between pilots. The featured model provides 64 channels and IRC Tramp control; flight-controller channel selection covers channels 1–40.
The onboard camera supplies the video, while the VTX and ground receiver carry it to the pilot’s display.
Explore the transmitter featured in this application and its specifications.
A 64-channel analog VTX with NTSC/PAL video and IRC Tramp control for integration with your FPV setup.
IRC Tramp controls channels 1–40; the remaining groups use manual button setup.
View productThe proposed video system for the club’s racing and freestyle activities.
| Component | Case configuration |
|---|---|
| Application | Indoor and outdoor FPV racing and freestyle displays. |
| Video transmitter | Shrimp B 5.8G 2.5W analog transmitter, with selectable output power up to 2.5 W. |
| Channel coordination | Supported frequency selection and channel assignments across participating pilots and receivers. |
Key details about the video link.
The Shrimp B 5.8G 2.5W analog transmitter supports NTSC/PAL video and IRC Tramp control. Product dimensions and installation details are available on its product page.
IRC Tramp control covers channels 1–40 on this model. The other channel groups use the transmitter’s manual controls.
No. The case emphasizes responsive video and coordinated channels, but it does not provide measured latency or interference tests. End-to-end delay and reception depend on the complete system and conditions.
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