Charger G3 Transponder

The Charger G3 Transponder by Raceceiver is an essential communication and timing device engineered for competitive racing, track events, and performance motorsports applications. As a mechanic and automotive enthusiast, you'll recognize this as a purpose-built transponder system that integrates with modern race timing infrastructure to provide real-time lap data, split times, and competitor positioning. Whether you're running bracket racing, road course events, or professional motorsports circuits, the Charger G3 Transponder delivers the precision telemetry required to optimize vehicle setup and driver performance on the track.

Engineered for durability and compact installation, the Charger G3 Transponder weighs just 0.225 lbs and measures 4.5 x 1.25 x 5.5 inches, making it ideal for mounting in tight engine bays or cockpit areas without adding significant weight penalty to your vehicle. The lightweight design reflects Raceceiver's commitment to minimalist race technology—every gram matters when optimizing power-to-weight ratios. The G3's architecture provides reliable signal transmission across multiple track environments and weather conditions, ensuring consistent data capture lap after lap. This transponder communicates seamlessly with sanctioning body timing systems, eliminating the need for costly external timing infrastructure while maintaining professional-grade accuracy standards.

The Charger G3 Transponder suits drivers and teams competing across diverse racing formats—from grassroots bracket racing and autocross events to high-level road course and drag racing operations. Installation is straightforward for experienced mechanics, requiring minimal vehicle modification and compatible with both naturally aspirated and forced-induction powerplants. If you're building a dedicated race car or upgrading an existing competition vehicle's telemetry package, the Charger G3 integrates with your existing Raceceiver ecosystem and third-party data acquisition systems. Track timing data captured by this transponder feeds directly into performance analysis workflows, enabling data-driven decisions on tuning, driver technique, and competitive strategy between sessions.