-
Shopping cart is empty
-
x
Drone parts and accessories – fast shipping across the EU and to Ukraine, reliable components, technical support.
-
Shopping cart is empty
-
x
-
Cyclone ELRS 2.4G Nano Receiver with Antenna for FPV Drones
Upgrade your FPV drone with the Cyclone ELRS 2.4G Nano Receiver. This ultra-compact, high-performance receiver offers reliable, long-range communication with low latency, perfect for FPV enthusiasts. Its lightweight design (0.8g) and small size (17x10.5mm) make it ideal for micro and lightweight builds. Experience superior signal stability and boost your drone's performance. Buy now at HTDRONE for fast delivery!
| Enter your email |
| Reviews | |
| Price of consignment | 35 |
| The Availability Of |
|
| The bar code | |
| EAN | 5060491869857 |
| Leave your phone |
Introduction
The Cyclone ELRS 2.4G Nano Receiver is a cutting-edge, ultra-compact radio receiver designed for FPV drone pilots demanding exceptional reliability and extended communication range. Built with advanced ESP8285 + SX1281 technology, this receiver ensures robust signal stability and minimal latency, making it a top choice for serious FPV racers and freestylers seeking optimal performance. Its featherlight construction and minuscule dimensions allow for seamless integration into even the most space-constrained drone builds, especially micro and lightweight FPV quads.
Key Advantages
- High-performance ELRS 2.4GHz communication for superior range and reliability.
- Ultra-compact and lightweight design (0.8g, 17x10.5mm) ideal for micro drones.
- Low latency for precise control and responsive flight experience.
- Powered by advanced ESP8285 + SX1281 chipset for stable signal transmission.
- Easy integration into various FPV drone frames.
- Includes a dedicated antenna for optimal signal reception.
- Robust build quality from Cyclone, a trusted brand in FPV components.
Technical Specifications
- Model: 2.4G Nano
- RF Frequency: 2400-2500 MHz
- Chipset: ESP8285+SX1281
- Transmission Power: 100 mW
- Color: Black
- Connector: IPEX 1
- Input Voltage: 3.6-5.5V
- Weight: 0.8g
- Size: 17x10.5mm
Applications
This receiver is perfectly suited for FPV racing, freestyle flying, drone cinematography, and any application requiring reliable, long-range control for small to medium-sized drones. Its small form factor makes it ideal for building custom FPV drones, micro quads, and toothpick builds where weight and space are critical considerations.
Compatibility
The Cyclone ELRS 2.4G Nano Receiver utilizes an IPEX 1 connector and requires an input voltage of 3.6-5.5V, ensuring broad compatibility with most FPV flight controllers and power systems. It operates on the 2.4GHz frequency band, common in ELRS systems.
FAQ
What is the Cyclone ELRS 2.4G Nano Receiver best for?
The Cyclone ELRS 2.4G Nano Receiver is ideal for FPV drone enthusiasts, particularly those building micro or lightweight drones for racing and freestyle. Its compact size, low weight, and reliable ELRS 2.4GHz communication ensure excellent performance.
What are the key technical specifications of the Cyclone ELRS 2.4G Nano?
This receiver features a 2.4GHz RF frequency, uses the ESP8285+SX1281 chipset, offers 100mW transmission power, and has an IPEX 1 connector. It weighs only 0.8g and measures 17x10.5mm, with an input voltage range of 3.6-5.5V.
How does the compact size benefit FPV drones?
The ultra-compact 17x10.5mm size and featherlight 0.8g weight of the Cyclone ELRS 2.4G Nano Receiver make it perfect for integrating into small FPV drones where space and weight are critical constraints, such as micro quads and toothpick builds.
Where can I buy the Cyclone ELRS 2.4G Nano Receiver with fast delivery?
You can order the Cyclone ELRS 2.4G Nano Receiver with Antenna from HTDRONE. We are based in Poland and offer fast shipping within Poland and reliable international delivery via DHL worldwide.
What is the transmission power of this Cyclone receiver?
The Cyclone ELRS 2.4G Nano Receiver boasts a transmission power of 100 mW, ensuring a strong and stable signal for your FPV drone operations.