Spektrum SPMSR410 User Manual

Pages 34

Year 2012

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Spektrum SPMSR410 Receiver Specification

The Spektrum SPMSR410 Receiver is a compact, high-performance device designed for RC enthusiasts seeking reliable and precise control. Operating on the DSMR protocol, this receiver offers superior range and interference-free communication, making it ideal for competitive environments. It features a 4-channel configuration, enabling seamless integration with various RC models and allowing for versatile control options. The receiver boasts a fast response rate, ensuring minimal latency and enhancing the overall user experience.

Built with durability in mind, the SPMSR410 is encased in a robust housing that protects its internal components from environmental stressors, such as dust and moisture. This makes it suitable for use in diverse conditions. The receiver supports a voltage range of 3.5 to 9.6 volts, providing flexibility in power options and compatibility with a wide range of batteries. Additionally, its lightweight design, weighing only a few grams, ensures minimal impact on the model's overall weight, which is crucial for maintaining optimal performance.

The SPMSR410 is easy to install, thanks to its straightforward binding process and compact size, which allows for effortless placement within tight spaces. It includes an integrated antenna for enhanced signal reception and stability. This receiver is compatible with a variety of Spektrum transmitters, ensuring seamless connectivity and offering users the convenience of using their existing radio systems. Overall, the Spektrum SPMSR410 Receiver is engineered to deliver reliable performance, making it an excellent choice for hobbyists and competitive racers alike.

Spektrum SPMSR410 Receiver F.A.Q.

How do I bind my Spektrum SPMSR410 Receiver to the transmitter?

To bind the SPMSR410 Receiver, power on your receiver while holding the bind button until the LED starts flashing. Then, set your transmitter to bind mode. Once the LED on the receiver stays solid, the binding process is complete.

What should I do if my SPMSR410 Receiver is not responding to inputs?

Ensure that the receiver is properly bound to the transmitter. Check for any loose connections and make sure the power supply is adequate. Re-bind the receiver if necessary.

How can I update the firmware on my SPMSR410 Receiver?

Currently, the SPMSR410 Receiver does not support firmware updates directly. Check the Spektrum website or contact support for any additional information on updates.

What is the range of the Spektrum SPMSR410 Receiver?

The SPMSR410 Receiver typically has a range of approximately 300 meters under optimal conditions. Range may vary depending on environmental factors and installation setup.

How do I troubleshoot signal loss with my SPMSR410 Receiver?

Check the antenna placement and ensure it's not obstructed. Verify that the receiver and transmitter batteries are fully charged. Re-bind the receiver and perform a range test.

Can the SPMSR410 Receiver be used with other brands of transmitters?

The SPMSR410 Receiver is designed to work with Spektrum DSMR transmitters. Compatibility with other brands is not guaranteed and may result in poor performance or loss of control.

Is the SPMSR410 Receiver waterproof?

The SPMSR410 Receiver is not waterproof. It is recommended to protect it from moisture by using a waterproof housing or sealing techniques if exposure to water is anticipated.

How do I install the SPMSR410 Receiver in my vehicle?

To install the SPMSR410 Receiver, mount it securely in your vehicle using double-sided tape or a mounting plate. Ensure the antenna is positioned vertically and away from metal parts to maximize signal reception.

What power supply is required for the SPMSR410 Receiver?

The SPMSR410 Receiver requires a power supply of 4.0V to 9.6V DC. Ensure your power source is within this range to prevent damage and ensure optimal performance.

How can I perform a range test on my SPMSR410 Receiver?

To perform a range test, place your vehicle on a raised surface. With the transmitter powered on, walk away from the vehicle while observing control response. A successful test should maintain control at a distance of at least 30 meters.