Carevas 2.4GHz Module for FPV Racing Drone Remote

The FRM302 is a reliable, low latency, long- 2.4GHz RF module with a of up to 50km（use with the maple ） and designed for UAV applications. Features: - The FRM302 is 's newest of 2.4GHz RF modules for UAV, aerial photography, and competition. With more power than ever, the FRM302 has a of up to 50km（use with the maple ）. - High gain RF components, coupled with 's latest of an intelligent wireless protocol, AFHDS3, which has a built-in chip with higher sensitivity and a higher gain, enable the module to cut through interference easily while maintaining high transmission rates, especially when compared to 900MHz counterparts. - The FRM302 achieves high-speed data transmission (2.4GHz), low latency (<10ms, UART), precise response even with weak signal strength, and active evasion of -channel interference in long-distance and multi-obstacle use cases. - Supports a wide of input voltages (5-28V) and different battery connectors;RGB indicator ring around the button (Blue, Yellow, Green, Red);Change FRM302 settings with the touch of a button. - Built-in fan, automatic cooling adjustment function, if the chip rise above 45℃ the built-in fan will start, it will stop again once the drops below 45℃. - The FTr16s FPV receiver, the FTr10, and all other AFHDS3 receivers are compatible.Support PPM and serial communication with failsafe also available in PPM mode. Specification: Product Model: FRM302 Built for: PL18, -TH9X, NV14 Wireless frequency: 2.4GHz Transmission power: <30dBm Wireless protocol: AFHDS 3 : > 35km Delay: <10ms (UART mode) type: external single Power: 5-28V Data port: PPM / UART : -10 ℃ ~+ 60 ℃ Humidity : 20% -95% Online Update: Yes Size: 64.2 * 48.5 * 33mm Weight: 73.3g Package Information: Package size: 141*98*40mm Package Weight: 130g Package list: 1 x FRM302 Module Notice: * DISCLAIMER: THE FACTORY PRESET TRANSMISSION POWER OF THIS PRODUCT IS < 20DBM. PLEASE ADJUST IT IN ACCORDANCE YOUR LOCAL LAWS. THE CONSEQUENCES OF DAMAGE CAUSED BY IMPROPER ADJUSTMENTS SHALL BE BORNE BY THE USER. * THE ENVIRONMENT MAY CAUSE VARIATIONS IN PERFORMANCE. <>