ELRS Nano Receiver – Compact and Reliable ExpressLRS 868 MHz Receiver for FPV Drones

The ELRS Nano Receiver is a high-performance ExpressLRS (ELRS) 868 MHz receiver designed to provide an exceptionally stable control link, ultra-low latency, and outstanding long-range performance. Thanks to its compact dimensions and lightweight design, it is the ideal choice for everything from small freestyle drones to larger long-range FPV platforms where a reliable radio connection is essential.

ExpressLRS has become one of the world’s most popular open-source RC link systems, offering rapid response times, efficient telemetry, and outstanding signal quality. The ELRS Nano Receiver allows both hobbyists and professional FPV pilots to take full advantage of everything the ExpressLRS ecosystem has to offer.

ExpressLRS Technology for Maximum Reliability

The ELRS Nano Receiver utilizes the ExpressLRS protocol, engineered to deliver significantly lower latency and greater reliability than many traditional RC systems. Its optimized data transmission maintains a stable control link even in challenging RF environments.

Operating on the 868 MHz frequency band, the receiver provides exceptional range and superior signal penetration, making it particularly well suited for long-range FPV flights and environments where reducing interference from the crowded 2.4 GHz band is beneficial.

Ultra-Low Latency and High Packet Rates

One of the biggest advantages of ExpressLRS is its extremely low latency. The ELRS Nano Receiver supports packet rates of up to 500 Hz, allowing control signals to reach your drone with exceptional speed. This results in more precise handling, faster response times, and improved control during aggressive freestyle maneuvers or competitive racing.

The system also supports dynamic packet rate and output power management, helping maintain the optimal connection across a wide range of flying conditions.

Compact Design for Easy Installation

Designed with space-saving installations in mind, the ELRS Nano Receiver features a compact nano-sized form factor and an ultra-lightweight construction. It fits easily into 3-inch and 5-inch freestyle drones, as well as larger cinematic and long-range aircraft.

Its minimal weight helps keep the overall aircraft weight low, contributing to improved flight performance and greater power efficiency.

Easy Setup and Convenient Firmware Updates

The ExpressLRS ecosystem is known for its user-friendly configuration, and the ELRS Nano Receiver supports convenient WiFi firmware updates. This allows you to update the receiver quickly without removing it from the drone or using dedicated programming hardware.

Regular ExpressLRS firmware releases introduce new features, improve link stability, and ensure your receiver remains up to date with the latest developments.

Broad Compatibility with Modern FPV Systems

The ELRS Nano Receiver is compatible with 868 MHz ExpressLRS transmitter modules and supports the widely adopted CRSF (Crossfire Serial Protocol) for communication with modern flight controllers. This makes it easy to integrate into both new FPV builds and existing drone upgrades.

It is an excellent solution for freestyle, racing, cinematic, and long-range FPV drones where maximum reliability and fast control response are essential.

Technical Specifications

The ELRS Nano Receiver operates on the 868 MHz frequency band using the advanced ExpressLRS radio protocol. It supports packet rates of up to 500 Hz, providing ultra-low latency and exceptionally responsive control performance. The receiver communicates with the flight controller via the CRSF (Crossfire Serial Protocol) and supports firmware updates and configuration over WiFi. Thanks to its compact nano-sized design and lightweight construction, it can be installed in virtually any modern FPV drone with ease.

Why Choose the ELRS Nano Receiver?

If you’re looking for a reliable, high-performance ExpressLRS receiver, the ELRS Nano Receiver is an outstanding choice. Its fast response, support for packet rates up to 500 Hz, exceptional operating range, ultra-low latency, and simple setup make it ideal for freestyle, racing, cinematic, and long-range FPV flying. Combined with the continuously evolving ExpressLRS ecosystem, it delivers one of the most advanced and dependable radio control links available, giving you the confidence to fly in any situation.

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