Spektrum AR6410 User Guide

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Year 2012

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Spektrum AR6410 Receiver Specification

The Spektrum AR6410 is a sophisticated 6-channel ultra micro receiver with integrated servos, designed specifically for ultra micro aircraft. It operates on the 2.4GHz frequency using DSM2 technology, ensuring a robust and interference-free signal. The receiver features a lightweight and compact design, making it ideal for small aircraft where space and weight are critical considerations. The AR6410 integrates two linear servos, which are pre-installed and deliver precise control surface movements, reducing the need for additional components and simplifying the assembly process.

With its full-range capability, the AR6410 provides reliable signal reception for a variety of flying environments. It supports a wide range of input voltages from 3.2V to 4.2V, accommodating different battery configurations typically found in micro aircraft. The receiver includes a built-in brushed speed controller that handles up to 2A, enabling seamless integration with brushed motors for efficient power management.

Programming and binding are straightforward, facilitated by the receiver's compatibility with Spektrum and JR DSM2 transmitters. The AR6410's advanced design ensures quick response times and low latency, which are crucial for precise control during flight. This receiver is engineered to maximize performance while minimizing weight, making it a preferred choice for enthusiasts who demand high performance from their ultra micro models. Overall, the Spektrum AR6410 receiver combines innovative technology with user-friendly features, offering a comprehensive solution for ultra micro aircraft control.

Spektrum AR6410 Receiver F.A.Q.

How do I bind my Spektrum AR6410 receiver to a transmitter?

To bind the AR6410 receiver to a transmitter, ensure both are powered off. Insert the bind plug into the receiver's BATT/BIND port. Power on the receiver; the LED will flash. Turn on the transmitter while holding down the bind button. Release the button after a few seconds once the LED on the receiver turns solid, indicating a successful bind.

What should I do if my AR6410 receiver loses signal during flight?

If the receiver loses signal, ensure the antenna is properly extended and not damaged. Check for sources of interference and confirm that the receiver and transmitter batteries are fully charged. Rebind the system and consider relocating the receiver to a different position within the aircraft to improve signal reception.

How can I update the firmware on my AR6410 receiver?

The Spektrum AR6410 receiver does not support firmware updates. If you need enhanced functionality or features, consider upgrading to a newer model that supports firmware updates.

Why is my AR6410 receiver not powering on?

Check the power connections and ensure the battery is properly connected to the receiver. Verify that the battery is charged and functioning. Inspect the wiring for any damage or loose connections. If the problem persists, test with a different battery or power source.

What is the range of the Spektrum AR6410 receiver?

The AR6410 receiver typically has a range suitable for park flying, approximately 1000 feet (300 meters) under optimal conditions. Ensure the antenna is properly positioned and free from obstructions to maximize range.

Can the AR6410 receiver be used with any Spektrum transmitter?

The AR6410 receiver is compatible with DSM2 and DSMX Spektrum transmitters. Ensure your transmitter supports these protocols for compatibility.

How do I perform a range check with my AR6410 receiver?

To perform a range check, turn on the transmitter and receiver. Walk away from the aircraft while monitoring control responses. Use the range check function on your transmitter if available. Ensure control surfaces respond smoothly up to the recommended range.

What is the correct way to install the AR6410 receiver in an aircraft?

Install the AR6410 receiver securely within the aircraft using double-sided tape or a foam pad. Ensure the antenna is fully extended and positioned away from metal components and electronic interference sources.

How can I troubleshoot servo jittering with the AR6410 receiver?

Servo jittering can be caused by signal interference or low power supply. Check all connections and ensure the battery is fully charged. Rebind the receiver to the transmitter and relocate the receiver if necessary to mitigate interference.

Is it possible to use the AR6410 receiver with a brushless motor setup?

The AR6410 receiver includes an integrated brushed motor ESC, making it primarily designed for brushed motors. For brushless setups, an external brushless ESC will be required, connected to the appropriate channels on the receiver.