FPV drone ELRS dual-frequency receiver with metal housing, two T-shaped antennas, heat shrink tubing, and connecting wire.

FPV drone ELRS 915MHz and 2.4GHz dual-frequency receiver with Gemini X module, metal construction, includes dual-band T-shaped antennas, heat shrink tubing, silicone connecting wire, and user manual for reliable long-range signal reception.

ELRS915M24G / GAPP Double frequency Receiver
£74.75
Sale price  £74.75 Regular price 
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FPV drone ELRS dual-frequency receiver with metal housing, two T-shaped antennas, heat shrink tubing, and connecting wire.

FPV drone ELRS 915MHz and 2.4GHz dual-frequency receiver with Gemini X module, metal construction, includes dual-band T-shaped antennas, heat shrink tubing, silicone connecting wire, and user manual for reliable long-range signal reception.

£74.75
Sale price  £74.75 Regular price 
StyleELRS915M24G
SpecificationsGAPP Double frequency Receiver

FPV Dual-Frequency ELRS Receiver for Enhanced 915MHz and 2.4GHz Drone Control

FPV drone ELRS dual-frequency receiver with metal housing, two T-shaped antennas, heat shrink tubing, and connecting wire.

This FPV receiver unit is designed for drone pilots seeking reliable radio control link performance across two frequency bands. Operating on both the 915MHz and 2.4GHz spectrums under the ExpressLRS (ELRS) protocol, it provides a stable communication channel between your transmitter and flight controller. The receiver features a GAPP double-frequency module for processing signals, housed in a protective metal casing measuring less than 30cm. Supplied as a complete kit with antennas and installation accessories, it offers a practical solution for upgrading or building FPV drone systems where consistent signal reception is paramount, especially in environments with potential interference.

Features and Construction

FPV drone ELRS dual-frequency receiver with metal housing, two T-shaped antennas, heat shrink tubing, and connecting wire.

The receiver's design centres on providing versatile, dual-band functionality within a physically robust package. Its construction prioritises signal integrity and durability for integration into various drone frames and applications.

Material and Build

The core electronic components are protected by a metal housing, which shields the sensitive GAPP double-frequency receiver module from physical impact and may help mitigate some forms of electromagnetic interference. The included 4-pin connecting wire uses a silicone outer sheath, which remains flexible in cold temperatures and resists abrasion better than some plastics. This material choice supports reliable electrical connections in the vibrating environment of a multirotor aircraft.

Size and Practical Fit

With a stated size of less than 30cm, the receiver unit is compact enough for installation in most standard and miniature drone builds. The overall dimensions allow for placement in frames where space is constrained, such as in 3-inch or 5-inch racing quadcopters. The T-shaped antennas provide omnidirectional coverage, and their form factor is designed to be mounted away from carbon fibre parts to prevent signal attenuation, a common consideration in FPV drone assembly.

Uses and Placement

FPV drone ELRS dual-frequency receiver with metal housing, two T-shaped antennas, heat shrink tubing, and connecting wire.

This dual-frequency receiver is suited for FPV drone applications where maintaining a strong control link is critical. Its dual-band capability allows pilots to select the frequency that performs best in their local regulatory environment and flying conditions.

Event or Professional Use

For organised drone racing or professional filming missions, the receiver's ELRS protocol support offers low-latency communication, which is crucial for precise manoeuvring. The 915MHz band can provide better penetration through obstacles and longer range in open areas compared to 2.4GHz alone, while the 2.4GHz band offers higher data rates. Having both available allows pilots to choose the optimal band for the event's location and rules, potentially reducing the risk of signal loss during competitions or commercial shoots.

Everyday Home Use

Hobbyists building or upgrading personal FPV drones will find the included accessories simplify the installation process. The heat shrink tubing allows for clean, insulated solder joints on power and signal wires, while the silicone connecting wire integrates easily with common flight controllers. The comprehensive kit means fewer trips to the electronics shop for missing parts, making it a convenient choice for weekend builders working on freestyle, long-range, or cinematic drone projects in their home workshop.

Benefits and Buying Value

FPV drone ELRS dual-frequency receiver with metal housing, two T-shaped antennas, heat shrink tubing, and connecting wire.

The value of this receiver lies in its complete package and the practical advantages of dual-frequency operation. It addresses specific needs in the FPV community for reliable components that are ready to use.

Reuse and Low Maintenance

The metal construction is intended to withstand crashes and general handling, potentially allowing the receiver to be transferred between multiple drone builds over time. The silicone-sheathed wiring resists cracking from repeated flexing, and the T-shaped antennas are a standard replaceable item if damaged. This design supports a longer useful life compared to more fragile plastic-housed receivers, reducing the frequency of replacement purchases for active pilots.

Why Choose This Product

This product presents a clear option for FPV pilots who require the flexibility of dual-band (915MHz/2.4GHz) ELRS reception in a single unit. The inclusion of two antennas, connection wire, and installation materials in one package provides immediate utility, eliminating the need to source these items separately. For builders seeking a receiver that balances durable metal housing with the performance specifications of the ELRS protocol, this kit offers a consolidated solution focused on reliable signal reception for enhanced drone control.

FPV drone ELRS dual-frequency receiver with metal housing, two T-shaped antennas, heat shrink tubing, and connecting wire.

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