RadioMaster RP2 V2 ExpressLRS (ELRS) 2.4ghz Nano Receiver

The RadioMaster RP series receivers are built-in a TCXO (temperature-compensated crystal oscillator) now, which ensures reliable, stable, and accurate signal reception, allowing for superior performance in demanding environments and enhancing the flight experience.

These are our new super compact, lightweight receivers built on the awesome new ExpressLRS protocol/platform. These will be replacing all of our Jumper nano receivers used in our Ant Kits going forward. The built-in chip antenna means no antenna wire to break off or figure out where to put (and avoid getting tangled in your motors). AND these can easily be configured via Wifi! Just connect with your mobile phone. Easily configure them to work either in CRSF (serial) mode with 16 full channels, and telemetry, or you can configure them in PWM mode which allows you to control up to 3 channels of standard servos/ESCs.

The RP2 2.4GHz ELRS nano series receivers are open-source receivers based on ExpressLRS. The Nano receivers, first developed by Jye Smith from the ExpressLRS development team, feature ESP8285 MCU and SX1280 RF chip. The RP1 has a UFL antenna socket for full-range antenna use. The RP2 has a built-in ceramic antenna which is super light and small in size and ideal for racing.

The RP1 and RP2 feature WIFI built in so you can upgrade firmware by WIFI and configure the Receiver via the built-in WebUI with your PC or mobile phone.

Due to the low-latency and high-refresh-rate RF module, the RP1 and RP2 are ideal for FPV races or Long Range.  Suitable for many models due to the ultra-light and Nano size, these receivers can fit just about anywhere!

Visit https://www.expresslrs.org/ to learn more.

Features

• Improved PCB design is better for heat dissipation.
• LED on the top side of PCB.
• Solder pads are improved and easier to solder to.
• Built-in a TCXO (temperature compensated crystal oscillator)
• Compatible with all 2.4GHz ExpressLRS modules and transmitters with built in 2.4GHz ExpressLRS