How to fix Spektrum Remote Control receiver going into failsafe mode?
If your Spektrum Remote Control receiver enters failsafe mode a short distance from the transmitter: * Inspect the receiver antenna for cuts or damage. If damaged, replace the antenna or contact Horizon Product Support. * Ensure the main and remote receivers are properly spaced. Install them at least 2 inches (51mm) apart.
What causes irregular control response in Spektrum NX7e aircraft?
An undesirable number of fades, losses, or holds in the flight log, or irregular control responses in your Spektrum Remote Control aircraft, can be attributed to several factors: * Poor signal reception: Reposition remote receivers to improve RF signal path diversity. * Electronic feedback: Check for and eliminate feedback from servos or motor systems to the ESC or receiver. * Low power: Check the aircraft's power draw and increase battery power, or decrease power demand by installed systems. Ensure all aircraft batteries are fully charged and that the installed BEC for an electric aircraft is adequate for the power demand.
What to do if Spektrum NX7e receiver stops responding?
If your Spektrum Remote Control receiver stops responding during operation, check the following: * Low battery voltage: Completely recharge the flight battery. * Loose or damaged wires or connectors: Inspect the wires and connections between the battery and receiver. Repair or replace any damaged wires or connectors.
Why does Spektrum Remote Control receiver lose its bind?
If your Spektrum Remote Control receiver loses its bind, it might be because the bind button was pressed before the transmitter was powered on. To resolve this, rebind the receiver by following the binding instructions.
Why Spektrum NX7e Remote Control receiver slowly blinking at landing (DSM2 Only)?
If your Spektrum Remote Control receiver is slowly blinking upon landing (DSM2 Only), it could indicate: * Loss of power to the receiver during flight: Check the battery voltage. * The system was powered on and connected, then the receiver was powered off without powering off the transmitter: Power off the transmitter when the receiver is powered off.
General| Proper use | Airplane |
|---|---|
| Control type | Buttons, Lever, Rotary |
| Product type | Transmitter |
| Compatibility | - |
| Product color | Black, White |
| Frequency band | 2.4 GHz |
| Housing material | Plastic |
| Channels quantity | 7 channels |
| Manual | Yes |
| Quantity per pack | 2 pc(s) |
| Receiver included | No |
| Display type | TFT |
| Display diagonal | 2.8 \ |
Explains terms like WARNING, CAUTION, and NOTICE for hazard identification.
Outlines crucial safety practices and important operational guidelines for model flying.
Lists critical safety precautions for charging the battery to prevent hazards.
Details the technical characteristics and capabilities of the transmitter.
Details the process and precautions for charging the internal battery safely.
Explains the procedure for turning the transmitter on and off safely.
Provides guidance on optimal antenna placement for reliable radio signal transmission.
Describes the transmitter's main display interface and user interaction methods using controls.
Explains how to assign switches to functions using the auto-selection feature.
Details connecting to PC and installing memory cards for file transfers and updates.
Manages files, color palettes, and software updates using a memory card.
Guides on how to update the transmitter's firmware for new features and improvements.
Describes how to choose, create, or manage model memories for different aircraft.
Explains how to select the aircraft type (Airplane, Heli, Sailplane, Multirotor).
Covers naming models and selecting aircraft types and icons.
Details assigning switches to flight modes and configuring the flight mode table.
Customizes names for flight mode positions for easier identification.
Assigns transmitter channels to receiver ports and configures channel inputs.
Provides tools for creating, deleting, copying, and resetting model profiles.
Guides on how to add new model profiles and remove existing ones from memory.
Details copying models, resetting settings, sorting lists, and validating files.
Explains how to program transmitter alerts for unsafe control positions during power-on.
Automatic detection and setup of telemetry sensors for real-time data.
Manages telemetry display, units, sensor alerts, and status reports.
Details the setup for wired training connections between two transmitters.
Details the setup for wireless training connections using a remote receiver.
Details transferring model configurations between the transmitter and memory card.
Manages files and folders on the memory card for organization.
Manages color palette configurations for the transmitter display.
Captures screen images and formats the memory card for data storage.
Provides details on the transmitter's serial number and the installed AirWare software version.
Guides on saving the transmitter's serial number to a text file for records.
Configures servo travel endpoints and center points for precise control.
Reverses the direction of servo movement for correct control response.
Fine-tunes control response using rates, exponential, and differential adjustments.
Configures throttle cut functions and optimizes throttle response with custom curves.
Details setting up standard mixes and mixes based on defined curves for custom behavior.
Selects wing/tail configurations and customizes aircraft icons for airplane models.
Customizes aircraft options, gyro gain, and pitch curve settings.
Configures swashplate type and collective pitch adjustments for helicopter rotor systems.
Adjusts collective pitch curves for different flight modes to optimize helicopter performance.
Selects wing/tail types and customizes sailplane icons for different sailplane models.
Programs camber presets and systems for sailplanes, affecting flight characteristics.
Sets up camera gimbal axes, flight modes, and trim behavior for multirotors.
Details how to remove the gimbal and battery covers for access.
Covers adjusting stick length and mounting the neck strap for ergonomic use.
Addresses problems like binding failures, signal loss, and receiver unresponsiveness with solutions.
Details the product's warranty coverage, exclusions, and service procedures.
Explains how to obtain warranty service, required documentation, and limitations.
Details regulatory compliance statements for radio frequency emissions.
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