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General| Channels | 16 |
|---|---|
| Telemetry | Yes |
| Modulation | FHSS |
| Frequency Band | 2.4 GHz |
| Model Memory | 200 |
| Battery | 4000 mAh LiFe |
Provides essential guidelines for safe model building, operation, and handling of RC equipment to prevent damage or injury.
Explains the importance and procedure for performing regular range checks to ensure reliable radio control operation.
Details the correct procedure and precautions for charging the PERMABATT+ battery, including fast-charging.
Provides instructions for performing a range check, crucial for ensuring safe operation before flying.
Details how transmitter controls (sticks, sliders, switches) are assigned to model functions using global lists.
Explains the purpose and use of pre-defined model templates to simplify new model setup.
Covers the process of calibrating servos to ensure accurate control surface travel and matching.
Step-by-step guide for creating a new model memory, including template, servo config, and stick mode selection.
Details the process of assigning servos to receiver outputs, checking directions, and calibrating their movements.
Explains how to use flight phases to adjust transmitter control settings for different flight situations.
Guides users through creating a new helicopter model memory, covering template, servo config, and stick mode.
Covers assigning servos to receiver outputs and changing servo signal format or calibration points.
Describes the process of calibrating main rotor servos for correct centre position and travel.
Explains how to configure and adjust gyro settings (Heading or Damping mode) for helicopter stabilization.
Details how to utilize flight phases for helicopter-specific adjustments like collective pitch and throttle curves.
Provides the final steps for setting up a new model, including confirming parameters and switching to the new memory.
Explains how to assign parameters to 3-D digi-adjusters for real-time adjustments during flight.
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