Why does the trim change when flight mode is switched on my Spektrum AR635 Remote Control?
If the trim changes when the flight mode is switched on your Spektrum Remote Control, it's likely because the trim or sub-trim isn't at neutral. If you adjust trim more than 8 clicks, adjust the clevis to remove trim. No Sub-trim is allowed. Adjust the servo arm or the clevis.
Why is there a trim change when flight mode is switched on my Spektrum Remote Control?
When the flight mode is switched on your Spektrum Remote Control, a trim change can occur if the trim isn't at neutral. If you've adjusted the trim by more than 8 clicks, adjust the clevis to remove trim. Also, sub-trim is not allowed; instead, adjust the servo arm or the clevis to ensure proper neutral positioning.
Why does my Spektrum AR635 oscillate?
If your Spektrum Remote Control exhibits oscillation, it could be due to several factors. You might be flying over the recommended airspeed in 3D mode; if so, switch to GF mode. Other potential causes include a damaged or imbalanced propeller (replace or balance it), motor vibration (replace parts or correctly align/tighten fasteners), a loose receiver (align and secure it), or loose aircraft controls (tighten or secure servo, arm, linkage, horn, and control surface). Flight condition variations may also contribute; adjust gain accordingly. Worn parts or irregular servo rotation may require gain adjustments, parts replacement, or servo replacement. Ensure the correct transmitter type is assigned in the receiver. If oscillation persists, decrease gain.
What to do if my Spektrum Remote Control has incorrect response to the AS3X Control Direction Test?
If your Spektrum Remote Control gives an incorrect response to the AS3X Control Direction Test, it is due to incorrect direction settings in the receiver. In this case, DO NOT fly. Correct the direction settings (refer to the receiver manual), then fly.
What to do if Spektrum Remote Control has incorrect response to the AS3X Control Direction Test?
If you observe an incorrect response during the AS3X Control Direction Test with your Spektrum Remote Control, **DO NOT fly** the model. This issue arises from incorrect direction settings in the receiver, which could lead to a crash. To resolve this, correct the direction settings by referring to the receiver manual before attempting to fly.
Why is my Spektrum AR635 oscillating?
If your Spektrum Remote Control exhibits oscillation, several factors could be at play. First, if you're flying over the recommended airspeed in 3D mode, switch to GF mode. Other potential causes include a damaged or imbalanced propeller (replace or balance it accordingly), motor vibration (replace parts or correctly align/tighten fasteners), a loose receiver (align and secure it), or loose aircraft controls (tighten or secure servo, arm, linkage, horn, and control surface). Flight condition variations may also be a factor; adjust the gain to suit current conditions like wind, updrafts, altitude, humidity, and temperature. Worn parts, especially the propeller, pivot points, or servo, can also cause oscillation, so adjust the gain or replace these parts. Irregular servo rotation necessitate...
Defines warning terms used in the manual to indicate potential harm levels.
Provides general safety guidelines, age recommendation, and warnings against counterfeit products.
Highlights key attributes and unique design elements of the AR635 receiver.
Details the intended aircraft types and limitations for the AR635 receiver.
Lists technical data including dimensions, voltage range, resolution, and compatibility.
Provides guidelines for securely mounting the receiver in an aircraft.
Explains best practices for antenna placement to optimize signal reception.
Explains the function of the red LED status indicator for receiver holds.
Outlines the requirements for servos compatible with AS3X operation.
Notes on compatibility and use of Y-harnesses and servo extensions.
Recommendations for configuring transmitter settings like rates and exponential.
Details the essential process to link the receiver to a specific transmitter.
General steps and considerations for setting up the receiver.
Procedure for selecting the correct radio type for receiver configuration.
How to access the receiver's gain control mode using stick combinations.
Explains the methods for adjusting gain values for flight stabilization.
Guide to selecting the axis (Aileron, Elevator, Rudder) for gain adjustment.
Explanation of LED indicators used during gain setup and adjustment.
Ensuring correct sensor response for flight stability before the first flight.
Procedure to test and set the correct direction for the rudder sensor.
Procedure to test and set the correct direction for the aileron sensor.
Procedure to test and set the correct direction for the elevator sensor.
Explains how flight modes are controlled and their effect on gain values.
Describes how gain values are stored for different flight modes.
Procedure to restore all gain settings to their factory defaults.
Steps for powering the receiver on/off to initialize sensors correctly.
Guidance on fine-tuning gain values for optimal flight performance.
Details the power supply needs for the AR635 receiver and AS3X system.
Explanation of the throttle safety feature for preventing unintended motor operation.
Instructions for performing pre-flight radio range checks.
Lists common problems with AS3X and their potential solutions.
Outlines the terms and conditions of the limited warranty coverage.
Details procedures for obtaining warranty and non-warranty service.
Provides contact details for warranty, service, and customer support by region.
US regulatory compliance statements according to FCC rules.
EU regulatory compliance information including R&TTE directive conformity.
Guidelines for the proper disposal of waste electrical and electronic equipment.
General| Channels | 6 |
|---|---|
| Telemetry | Yes |
| AS3X | Yes |
| SAFE | Yes |
| Stabilization | Yes |
| Modulation | DSMX/DSM2 |
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