Radiomaster ER6 2.4GHz 6CH ExpressLRS ELRS RX 100mW PWM Receiver Support Voltage Telemetry for FPV RC Drone Airplane Glider
The RadioMaster ER series of PWM receivers are based on the revolutionary ExpressLRS system. It offers high performance, high reliability, flexible configuration, quick response speed and ultra-long range bringing you brand new experience with your hobby.
The ER6 ELRS receiver has been specially designed for fixed-wing users. It can drive up to 6 servos and has built-in receiver voltage telemetry and flight battery telemetry with the ability to automatically detect which voltage input to use. A 4-wire CRSF interface is provided to facilitate later expansion of telemetry sensors. The ER6 features a dual-antenna with telemetry power up to 100mw. The receiver shell adopts one-piece molding process with high structural strength.
Description:
Brand: Radiomaster
Item: ER6 2.4GHz ELRS PWM Receiver
Power supply: DC 4.5 - 8.4V
Antenna type: 20cm high sensitivity dual antenna
Wireless protocol: ExpressLRS 3.2 pre-installed
Output channel: 6CH PWM
Telemetry power: maximum 100mw (LUA Adjustable)
Telemetry Battery voltage detection range: DC 4.0 - 35V
Bus interface: CRSF
Weight: 14.5 grams
Dimensions: 43*25*15mm
Firmware: Device Category: Radiomaster 2.4Ghz / Device: RadioMaster ER6 2400 PWM RX
Features:
* Based on the Revolutionary ExpressLRS System.
* High performance, high reliability, flexible configuration, quick response speed and ultra-long range.
* Support 6 PWM Channels.
* Optimized ground up PCB design.
* Automatically voltage telemetry of external battery voltage or built-in receiver voltage.
* Supports Wi-Fi updates and WEBUI configuration.
* High quality 2.54 mm connector.
* Standard 20 cm High Sensitivity Antenna.
* Reserve 4pin CRSF input port.
* The shell adopts one-piece molding process with high structural strength.
* For fixed-wing aircraft and more.
Package Included:
1 * ER6 2.4GHz ELRS PWM Receiver
1 * Voltage telemetry wire (Type-B)
1 * CRSF wire
1 * ELRS- RX- SBUS wire
1 * User Card
