RadioMaster RP4TD ExpressLRS 2.4GHz True Diversity Nano Receiver Board for Drone with Dual Antennas for FPV RC Airplanes

The RadioMaster RP4TD ExpressLRS 2.4GHz True Diversity Nano Receiver is a high-performance receiver board for drone specially designed for FPV RC drones and airplanes. It features dual-channel 2.4GHz radios, providing excellent signal sensitivity and a strong signal-to-noise ratio. With its advanced circuit design, the RP4TD delivers stable and reliable performance, ensuring smoother and safer flights for hobbyists and professional pilots alike.
This powerful drone receiver board includes a smart DCDC power supply circuit that keeps the operating temperature low, even during extended flying sessions. The dual TCXO (Temperature Compensated Crystal Oscillators) offer outstanding frequency stability, maintaining consistent communication between your controller and aircraft.
Additionally, the built-in WiFi makes the RP4TD an easy-to-use fpv receiver, allowing wireless firmware upgrades and configuration through a Web User Interface (WebUI) on your PC or smartphone. Lightweight, efficient, and durable, the RP4TD is also a reliable rc receiver, making it the ideal solution for pilots who demand performance without compromise.


Features
- Gemini Mode compatible for improved flexibility.
- Reliable DCDC power supply circuit keeps operating temperature low for stable long-term performance.
- Class-leading SNR and RSSI performance for excellent signal quality and strong control.
- Optimized PCB design enhances heat dissipation for better performance during long flights.
- Upgraded durable dual antennas provide greater durability and improved signal performance.
- UART pads available to support extended applications and additional device connections.
- Dual TCXO ensures outstanding frequency stability.
- 2x 100mW RF telemetry power output delivers a strong telemetry signal for better data communication.
- Wide compatibility with all 2.4GHz ExpressLRS modules and transmitters with built-in 2.4GHz ExpressLRS.