Spektrum SPMAS3000 User Manual
![Spektrum SPMAS3000 Module manual cover](/images/myhvhCMDDWEeTPYzGRDucejH/thumbs/thumb175x175.webp)
The Spektrum SPMAS3000 Module is designed to enhance the signal reception and improve the range of Spektrum receivers by utilizing additional antennas for optimal diversity.
To install the SPMAS3000 Module, securely mount it within the aircraft using the provided mounting tape, ensuring that the antennas are positioned at 90-degree angles to each other for maximum coverage. Connect the module to the compatible Spektrum receiver using the supplied cable.
If the SPMAS3000 Module does not power on, check the connections between the module and the receiver. Ensure that the module is properly connected to a compatible receiver port and verify the integrity of the cables.
The SPMAS3000 Module is compatible with a range of Spektrum receivers that support remote receiver ports. Check your receiver’s specifications to confirm compatibility.
To perform a range test, ensure the module is properly connected and powered. Follow your transmitter’s range test instructions while observing the receiver’s LED status to confirm adequate signal reception over distance.
Regularly inspect the SPMAS3000 Module for any signs of wear or damage. Ensure that the antennas are securely attached and not bent. Clean the module with a dry, soft cloth to remove dust and debris.
If you experience signal loss, first check the antenna placement and ensure they are positioned correctly. Verify all connections between the module and the receiver. Also, check for interference from other electronic devices.
The SPMAS3000 Module itself does not require firmware updates. However, ensure your Spektrum transmitter and receiver are updated to the latest firmware for optimal performance.
The SPMAS3000 Module should be operated within the temperature range specified in the manual, typically between -10°C to 40°C, and should not be exposed to moisture or extreme vibrations.
Yes, the SPMAS3000 Module can improve signal reception in challenging environments such as urban areas by offering additional antenna diversity, which helps mitigate signal reflection and absorption.