STARDRONE 2pcs ELRS Nano Receiver 2.4GHz with 55mm T Antenna – FPV Drones (CR8)

Ultra-compact ELRS Nano Receiver for Micro Drones

Meet STARDRONE’s two-pack ELRS Nano Receiver, engineered for ExpressLRS systems. Operating on the 2.4GHz ISM band with 100 mW return power, it aims to deliver a stable link between your FPV transmitter and airframe. The tiny footprint—18.9×11.2×1 mm—and a PCB weight of just 0.8 g allow discreet installation on micro quads, Tiny Whoops, fixed-wing models, or compact racing builds without adding bulk.

Key benefits you may notice in the field

• ExpressLRS compatibility with popular TX units, enabling smoother integration with your existing setup.
• Remarkably small size and light weight, ideal for space-constrained frames and aggressive builds.
• PCB immersion gold plating delivers solid electrical connections and improved oxidation resistance for longer-term reliability.

Premium hardware for stable, precise output

The module uses a premium set of components to help minimize drift and interference. An Epson crystal oscillator helps keep timing tight, while a Murata inductor supports clean power delivery. The SPX3819M5 power IC is chosen to help curb electromagnetic interference, contributing to steady signal output in real-world flight environments.

Designed for real-world FPV and RC use

Whether you’re tuning a micro quad for tight indoor tracks, upgrading a Tiny Whoop for nimble aerobatics, or equipping a small fixed-wing RC plane, this pair is built to fit snugly where every millimeter matters. The combination of compact hardware and quality components translates to predictable performance as you push into fast-paced, edge-of-control flight scenarios.

• Compatible with mainstream ELRS transmitters such as TX16S, TX12, and Zorro.
• Suitable for Tiny Whoop, racing quads, and micro fixed-wing models.

In practice, you can expect straightforward installation, a stable signal, and a lightweight upgrade path for ELRS-enabled setups. The design emphasizes ease of soldering and reduced drift, supporting smoother control during extended sessions or rapid maneuvers.