Why is the range of my Reely HT-6 system so short?
If the range of your Reely Remote Control system is very short, check the batteries in the transmitter and receiver. Also, inspect the receiver aerials for any damage. For testing purposes, try reorienting the receiver aerials in the model.
What to do if my Reely Remote Control transmitter doesn’t respond?
If the transmitter doesn’t respond, check the batteries and their polarity. Also, check the battery contacts and the on/off switch of the remote control.
What to do if the servos do not respond on my Reely Remote Control?
If the servos do not respond, check the batteries in the receiver and test the switch cable. Also, test the BEC function of the controller and check the polarity of the servo connector. Verify the digital code and perform binding again. For testing, change the receiver and bind again.
Why does my Reely HT-6 Remote Control transmitter switch off on its own?
If the transmitter switches off on its own, check or replace the batteries in the transmitter.
What causes the servos to vibrate in my Reely HT-6 Remote Control?
If the servos vibrate, check the batteries in the remote control and the receiver. Also, check the connectors on the receiver and dry the receiver with a hair dryer if it has gotten wet. Inspect the receiver aerials for damage and reorient them in the model for testing.
What to do if one servo is humming on my Reely Remote Control?
If one servo is humming, check the batteries in the receiver. Ensure that the linkage rods run smoothly. For testing, operate the servo without the servo arm.
Covers general safety rules, prohibitions, and recommendations.
Outlines safe operating practices, precautions, and emergency procedures.
Instructions on how to properly insert batteries into the transmitter.
Details the procedure for powering on the transmitter and understanding its display.
Instructions for swapping stick units to change throttle/pitch function location.
Guide on how to adjust the length of the control sticks for user preference.
Details how to connect servos and power to the receiver.
Explains the function and meaning of the receiver's LED indicator.
Guidance on properly mounting the receiver within the model.
Instructions for physically installing servos in the model.
Procedure to test if servos are responding correctly to commands.
How to choose and manage different model memories.
Guide to naming and identifying saved model configurations.
How to select the correct model type (plane/helicopter) for proper function.
Process for duplicating settings from one model memory to another.
Instructions for resetting a model memory to factory default settings.
Overview of receiver programming submenus and their functions.
How to switch between AFHDS 2A and AFHDS digital encoding.
Setting voltage thresholds for low battery warnings.
Configuring servo positions for failsafe operation upon signal loss.
Displays connected sensors and error rates.
Setting the servo control frequency for optimal performance.
Configuration for using the transmitter as a teacher in flight training.
Configuration for using the transmitter as a student in flight training.
Assigning control sticks to specific receiver outputs/functions.
Adjusting the brightness of the transmitter's LCD display.
Displays the transmitter's software version and date.
Instructions for updating the transmitter's firmware.
Resets all model data and settings to factory defaults.
Reversing the direction of individual servos for correct response.
Adjusting the maximum travel limits for servos.
Graphically displays servo settings and tests servo movement.
Assigning encoders or switches to channels 5 and 6.
Setting the neutral position for servos without adjusting trim buttons.
Adjusting servo deflection sensitivity and response curves.
Customizing the throttle response across different stick positions.
Customizing the pitch response for helicopter models.
Adjusting swash plate servo mixing ratios for helicopter control.
Setting up linear mixers to combine or offset channel functions.
Configuring elevon mixing for delta wing and flying wing models.
Configuring V-tail mixing for models with V-shaped tail surfaces.
Adjusting gyro sensitivity for tail stabilization in helicopters.
Assigning switches to control different flight modes or functions.
Setting up a switch for throttle hold or autorotation control.
General| Channels | 6 |
|---|---|
| Frequency | 2.4GHz |
| Display | LCD |
| Type | Transmitter |
| Model Memory | 10 |
| Power Supply | 4x AA batteries |
| Compatible Receivers | Reely |
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