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GEPRC ELRS Nano 915M/2.4G Dual-Band Receiver

Name: GEPRC ELRS Nano Dual-Band Receiver – Best 915MHz FPV Receiver in India
Price: 2270.00 INR
Availability: InStock

₹2,270.00

The GEPRC ELRS Nano 915M/2.4G Dual-Band Receiver delivers reliable ExpressLRS connectivity with dual-band support, ultra-low latency, long-range performance, and easy Wi-Fi firmware updates for FPV and UAV drones.

Description

GEPRC ELRS Nano Dual-Band Receiver

Upgrade your FPV drone with the GEPRC ELRS Nano 915MHz / 2.4GHz Dual-Band Receiver, available at Multirotors. Built on the latest ExpressLRS (ELRS) open-source platform, this compact receiver delivers exceptional range, ultra-low latency, and outstanding reliability for freestyle, racing, long-range FPV, and professional UAV applications.

Powered by dual Semtech LR1121 third-generation RF chips, the receiver supports both 915MHz and 2.4GHz frequency bands, giving pilots the flexibility to choose the most suitable band for their flying environment. When used with compatible dual-band antennas, it can easily switch between frequencies, ensuring stable communication and excellent signal performance.

Designed for seamless integration, the GEPRC ELRS Nano Receiver is fully compatible with existing 915MHz and 2.4GHz ExpressLRS transmitters, making it an ideal upgrade for pilots already using the ELRS ecosystem.

To maintain consistent performance in varying weather conditions, the receiver incorporates a TCXO (Temperature-Compensated Crystal Oscillator), providing superior frequency stability and dependable signal reception. With telemetry output of up to 100mW, it delivers reliable telemetry communication for monitoring flight data during demanding missions.

Firmware updates are quick and convenient thanks to the integrated Wi-Fi antenna, allowing wireless updates without removing the receiver from your aircraft. The compact design and SH1.0 connector make installation simple, clean, and suitable for a wide variety of FPV drone builds.

Whether you're building a long-range explorer, freestyle quad, racing drone, or cinematic FPV platform, the GEPRC ELRS Nano Dual-Band Receiver provides the performance and flexibility trusted by modern FPV pilots.

Feature

Advanced ExpressLRS 915M/2.4G dual-frequency system
Based on Semtech’s third-generation LR1121 RF chip
Compact at 11.1×20.4×5.2mm and weighing just 0.95g
Supports 915M, 2.4G operating mode
Features a temperature-compensated crystal oscillator (TCXO) for stable performance in varying temperatures
TLM up to 100mW
Refresh rate up to 1000Hz
Supports WiFi firmware updates
Includes an SH1.0 connector for easy installation

Specifications

Model: GEPRC ELRS Nano 915M/2.4G Dual-Band Receiver
Dimension: 11.1×20.4×5.2mm
Weight: 0.95g (only receiver)
Chips: ESP32-C3, LR1121
Crystal Oscillator: TCXO
Frequency Bands: 915MHz(FCC),868MHz(EU),2.4GHz(ISM)
Refresh Rate: 25Hz-1000Hz
Operating Voltage: 5V
Antenna Connector: ipex1
TLM Power: 100mW
Firmware: GEPRC 900/2400 Single Dual-Band RX

Includes

1 x ELRS Nano 915M/2.4G Dual-Band Receiver

1 x 915M/2.4G dual-band T-antennas

1 x Heat shrink tube

1 x 4-pin silicone connect cable

1 x User manual

GEPRC ELRS Nano Dual-Band Receiver Features

The GEPRC ELRS Nano Dual-Band Receiver is designed for FPV pilots looking for a compact receiver for compatible ExpressLRS radio-control systems. Its dual-band capability supports 915MHz and 2.4GHz configurations, offering flexibility for different drone builds and flying requirements.

Dual-Band Frequency Support

This receiver supports 915MHz and 2.4GHz frequency options, allowing pilots to select a compatible setup for their radio transmitter and operating region. Confirm the exact receiver version, firmware and antenna requirements before installation. The transmitter and receiver must use compatible frequency bands and ExpressLRS configurations.

ExpressLRS Technology

ExpressLRS is an open-source radio-control system known for responsive control and flexible configuration. When correctly paired with compatible equipment, the GEPRC receiver can be used in suitable freestyle, racing and long-range FPV builds. Actual range and link quality depend on antenna placement, interference, transmitter settings and environmental conditions.

Compact Design for FPV Builds

A compact receiver is useful when building lightweight drones where space and weight matter. The GEPRC ELRS Nano receiver is intended for integration into compatible FPV setups. Check the manufacturer's dimensions, mounting requirements, connector arrangement and antenna installation instructions before purchasing.

Reliable Radio Communication

A properly configured receiver helps maintain communication between the pilot's transmitter and the drone's flight controller. For best results, verify binding, receiver protocol settings, antenna placement and failsafe configuration. Always perform a range and failsafe test in a safe location before flying.

Compatibility and Setup

Before installing the GEPRC ELRS Nano Dual-Band Receiver, check the following:

Confirm your transmitter supports the receiver's frequency band.
Verify compatible ExpressLRS firmware versions.
Check the required receiver output and flight-controller configuration.
Install the recommended antenna correctly.
Configure failsafe behavior and test the control link.
Follow local regulations for radio frequencies and transmission power.

Who Should Choose This Receiver?

This receiver may suit FPV enthusiasts building compact drones, freestyle quads or compatible long-range platforms. It is particularly relevant to pilots who want an ExpressLRS-based control link and the flexibility to select a supported frequency band. Choose the correct version for your existing radio system before ordering.

Why Buy from Multirotors?

Multirotors offers FPV drone components and accessories for pilots and builders. Before ordering the GEPRC ELRS Nano Dual-Band Receiver, review the product specifications, package contents, compatibility requirements and availability listed on the product page.

Choose the GEPRC ELRS Nano Dual-Band Receiver from Multirotors when it matches your transmitter, flight controller and regional frequency requirements.

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