Satellite Receiver DSMX/DSM2 2.4Ghz Spectrum/JR (works with Aura 5)

Works great with with Aura 5 stabilizer for plug and play setup.  DSMX 2.4g Compatible Satellite Full Range Receiver with Diversity Antenna (Also DSM2 backward Compatible). True diversity dual antennas with independent processor for monitoring signal on both antennas. DSMX Compatible 

An independent processor monitors an incoming signal and choose the appropriate antenna for reception. This allows 2 different location for installing the antennas along with different orientation. Satellite is no longer needed for receiver diversity. This greatly reduces weight with increased overall reliability in comparison to the use of a primary receiver with satellite receiver.  

DSMP satellite receiver is DSMX/DSM2 compatible that provides superior performance with antenna diversity.  Bind button allows binding to the transmitter without having a receiver. The satellite comes with 25cm JST connector wire (not shown in photo) for the convenience of connecting it to your Flight Controller or Spektrum compatible receiver.

Quick Reference Guide

Binding with receiver
- Connect the DSMP satellite to DSMP receiver
- Prepare the receiver in bind mode with satellite connected
- Power cycle the receiver will cause both receiver and satellite in bind mode with LED flashes.

Binding without receiver
- Connect the DSMP satellite to an appropriate device such as Flight Controller and make sure there is power provided to the satellite
- Hold the B button on the satellite for about 3 seconds. The LED flashes indicate satellite is ready to bind to a transmitter without a receiver connected.

Note: This is not a Spektrum DSMX or DSM2 product, nor is it a copy of a Spektrum DSM2 or DSMX product.  

Spec’s:

• 23mm x 22mm x 9mm
• Weight = 4g
• Voltage = 2.7x to 3.5V from Receiver-
• Bind button allows binding without a receiver nor require special initialization sequence such as using flight controller
• SDR stack ensures the fastest channel searching and advanced algorithm for signal recovery with ultra-low-latency experience
• Best suited to application that requires exceptional signal performance under signal fading condition such as drone
• Antenna diversity improves the reliability of the wireless link