Hot-2.4G ELRS NANO Expresslrs Receiver SX1281+ESP8285 High Refresh Rate ELRS Receiver For RC FPV Traversing Drones Parts Vue As Shown NONE

2.4G ELRS Nano ExpressLRS Receiver SX1281+ESP8285 for FPV

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Sale price  $89.99 Regular price $110.99
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Hot-2.4G ELRS NANO Expresslrs Receiver SX1281+ESP8285 High Refresh Rate ELRS Receiver For RC FPV Traversing Drones Parts Vue As Shown NONE

2.4G ELRS Nano ExpressLRS Receiver SX1281+ESP8285 for FPV

Sale price  $89.99 Regular price $110.99
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2.4G ELRS Nano ExpressLRS Receiver – SX1281 + ESP8285 | High Refresh Rate for RC FPV Drones

Take your FPV drone builds to the next level with this compact 2.4G ELRS Nano ExpressLRS Receiver. Powered by the SX1281 + ESP8285 chipset and running on the open-source ExpressLRS (ELRS) protocol, this Nano-sized receiver delivers ultra-low latency, blazing-fast refresh rates, and rock-solid long-range signal performance — exactly what demanding FPV pilots need.

Made in Mainland China.

Key Features

  • Advanced ELRS Technology: Leverages the latest ExpressLRS 2.4G protocol for superior long-range control and reliable, interference-resistant signal strength.
  • High Refresh Rate: Supports 25 Hz – 500 Hz refresh rates with ultra-low latency RF performance, keeping your controls crisp and responsive at all times.
  • Compact Nano Form Factor: Tiny PCB footprint fits seamlessly into tight builds — ideal for micro FPV frames and freestyle rigs where every gram counts.
  • T-Type Antenna: Integrated T-type antenna with IPEX1 connector provides enhanced omni-directional signal reception for uninterrupted flight sessions.
  • 16 Channels: Supports up to 16 channels, giving you full control flexibility for complex multi-function setups.
  • Wide Input Voltage Range: Accepts 3.6 V – 5.5 V input, compatible with most FPV flight controller power rails.
  • Easy Integration: Designed to drop into a wide range of RC FPV frames and traversing drone builds with minimal configuration required.
  • Firmware Version 3.0: Ships with ExpressLRS firmware v3.0 for the latest features and community-supported updates.

Technical Specifications

Model ELRS-2.4G-NANO
Protocol ExpressLRS (ELRS)
Frequency 2.4 GHz
Chip SX1281 + ESP8285
Antenna T-type
Antenna Connector IPEX1
TX Return Power 100 mW
Input Voltage 3.6 V – 5.5 V
Refresh Rate 25 Hz – 500 Hz
Channels 16
Firmware Version 3.0
Material PCB

What's in the Box

  • 1 × ELRS 2.4G Nano Receiver Kit (with T-type antenna)

Note: Product appearance and printed markings may vary slightly by manufacturing batch, which does not affect functionality. Minor color variations may occur due to display settings. Measurement tolerance: ±1–3 cm.

For general guidance on radio frequency device regulations and safe use of wireless electronics, visit the FCC or refer to CPSC.gov for consumer product safety information.

Frequently Asked Questions

Q: What transmitter modules are compatible with this 2.4G ELRS Nano receiver?

A: This receiver is compatible with any ExpressLRS (ELRS) 2.4G transmitter module running ELRS firmware. Popular compatible TX modules include those based on the SX1280/SX1281 chipset. Ensure your transmitter is also updated to ELRS firmware v3.0 or a compatible version for optimal performance.

Q: What is the maximum range of this ELRS 2.4G Nano receiver?

A: The effective range depends on your transmitter's output power, environmental conditions, and firmware packet rate settings. At lower packet rates (e.g., 50 Hz), the ELRS protocol is capable of multi-kilometre range. At higher rates (500 Hz), range is reduced in favor of ultra-low latency — perfect for proximity freestyle FPV flying.

Q: Can I flash or update the firmware on this receiver?

A: Yes. This receiver supports firmware flashing via the standard ExpressLRS configurator tool. It ships with firmware v3.0, and community firmware updates can be applied using the ELRS Configurator software over Wi-Fi or passthrough methods supported by the ESP8285 chip.

Q: Is this receiver suitable for micro or whoop-style FPV drones?

A: Absolutely. The Nano form factor and lightweight PCB design make this receiver an excellent choice for micro FPV builds, whoop-style frames, and compact freestyle rigs where space and weight are critical constraints.

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