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Modulation | DSM2, DSMX |
---|---|
Proper use | Airplane, Helicopter, Multirotor, Aircraft |
Control type | Buttons |
Product type | Remote control |
Rubber grips | Yes |
Product color | Black |
Frequency band | 2.4 GHz |
Channels quantity | 10 channels |
Brand compatibility | Spektrum |
Connectivity technology | Wired & Wireless |
Number of memory records | 250 |
Display diagonal | 3.2 \ |
Display resolution | 320 x 240 pixels |
Battery voltage | 3.7 V |
Battery capacity | 6000 mAh |
Describes how to use the scroll wheel, back button, and clear button for menu navigation.
Details manual installation via memory card and automatic installation via WiFi.
Describes how to access and select models from internal memory.
Explains how to choose between Airplane, Helicopter, Sailplane, or Multirotor models.
How to assign custom names to flight modes and set up switches for them.
Reassigning receiver channels and mapping transmitter channels to controls.
Covers creating, deleting, copying, and resetting models.
Step-by-step guide to create a new model, including using templates.
Step-by-step guide to bind the transmitter to a receiver.
Explains how to set up both wired and wireless trainer connections.
Setting up WiFi connections and configuring USB settings for data transfer.
Detailed steps for importing and exporting all models to/from a memory card.
Details on automatically and manually installing AirWare updates using a memory card.
Setting up servo travel, sub-trim, and channel reversal.
Setting up throttle cut for safety and optimizing throttle response with curves.
Setting up basic mixes with rate, offset, and trim options.
Programming timed sequences for control surface movements.
How to access the Range Test screen and perform the test on the NX10.
Using the transmitter as an interface for receiver programming.
Guide to binding the transmitter and receiver without powering off.
Choosing the correct swashplate type for your helicopter model.
Configuring collective pitch settings and adjusting the pitch curve for flight modes.
Configuring swashplate mix for cyclic response and gyro gain.
Configuring camber presets and the camber system for sailplanes.
Assigning a switch to stop the motor for safety.
Optimizing throttle response by adjusting motor curve points.