RADIOMASTER-ER5A 2.4GHZ RECEIVER
₹2,149.00 ₹3,599.00
The RadioMaster ER5A 2.4GHz Receiver is a compact and reliable receiver designed for RC enthusiasts. It offers robust 2.4GHz connectivity, ensuring stable control for various RC applications. Ideal for small to medium-sized aircraft, cars, and boats, this receiver provides excellent range and performance, enhancing your remote control experience with dependable signal reception.
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Product Details
Features:
- Supports 8.4V HV servos and accessories
- Robust, injection-molded receiver casing
- Fast response speeds, incredible range
- Supports 4 proportional and 1 switch channel (ExpressLRS 2.x)
- Supports 5 proportional channels (ExpressLRS 3.x)
- Compact size, easy to install. Perfect for Surface, marine, and air R/C applications
- Compatible with all 2.4GHz ExpressLRS modules and transmitters with built in 2.4GHz ExpressLRS
Technical Specifications:
- Item: ER5A 2.4GHz Receiver
- Power supply: DC 4.5-8.4V
- Antenna type: high sensitivity T-shape antenna
- Wireless Protocol: ELRS 2.0 pre-installed
- Output channel: CH1-4 standard PWM; CH5 switch (ON/OFF) PWM
- Weight: 6.6 grams
- Size: 37*19*13mm
Additional Details:
- Manufacturer: RadioMaster
- Brand: RadioMaster
- Generic Name: RC Receiver, 2.4GHz Receiver, Remote Control Receiver, Model Receiver, Drone Receiver
- Sold By: UAV Marketplace (an authorized seller of drone gear and accessories)
- Ideal For: RC Airplanes, RC Drones, RC Cars, RC Boats, Model Aircraft
Package Details:
- Includes: 1 x RADIOMASTER-ER5A 2.4GHZ RECEIVER
Frequently Asked Questions:
Q1: What protocols does the ER5A receiver support?
A1: The ER5A receiver primarily supports the ExpressLRS (ELRS) protocol.
Q2: Is this receiver suitable for FPV drones?
A2: Yes, its compact size and reliable performance make it suitable for many FPV drone applications.
Q3: How do I bind the ER5A receiver to my transmitter?
A3: The binding process typically involves powering on the receiver while holding a bind button or following a specific sequence as outlined in the RadioMaster manual for ExpressLRS binding.
