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General| Simulator | yes |
|---|---|
| Frequency | 2.4GHz |
| Transmitter Power | 20dBm |
| Gimbals | Hall Sensor |
| Display | LCD |
Lists all the components included in the CrossFlight package.
Step-by-step guide to installing the Mission Planner software and necessary drivers.
An overview of the Mission Planner interface and initial setup process.
Instructions for downloading and installing firmware onto the CrossFlight controller.
Steps for calibrating the accelerometer to ensure accurate flight data and stabilization.
Instructions for calibrating the compass for accurate navigation and heading.
Process for calibrating the RC transmitter and receiver for flight control.
How to configure and assign different flight modes to transmitter switches.
Details on how to manually fly the vehicle with self-leveling stabilization.
Information on Rate mode for aerobatics and FPV flying.
How the copter maintains altitude while allowing manual control.
How the copter follows pre-programmed mission scripts.
Mode for maintaining position, heading, and altitude with pilot stick control.
Return to Launch functionality for safe recovery.
Modes for easier control, especially for new pilots, based on heading or GPS.
Brief descriptions of additional flight modes like Guided, Loiter, Circle.
How to set up and test radio signal loss failsafe.
Configuration for Extended Kalman Filter (EKF) failsafe actions.
Instructions for physically mounting the CrossFlight controller onto the drone.
Wiring diagrams and instructions for connecting servos and ESCs for helicopter setup.
How to connect external modules like receiver, buzzer, power module, and GPS.
Procedures for calibrating the drone's level if it appears tilted in Mission Planner.
Overview of the helicopter setup interface within Mission Planner.
Guide to choosing the correct swashplate type for helicopter control.
Detailed steps for setting up swashplate movement and collective pitch.
Configuration for managing rotor speed using different RSC modes.
Using the internal governor for maintaining constant rotor head speed.
Methods for controlling the tailrotor for yaw stabilization and control.
Meanings of different LED color and flashing patterns for status indication.
Step-by-step guide to safely arming and disarming the aircraft motors.
Explanations of various failure messages and their causes.
Overview of key advanced parameters affecting helicopter performance.
Tuning parameters for controlling the yaw rate and tail response.
Guide to tuning PID controllers for optimal flight performance.
Adjusting feedforward parameters to improve servo response speed.
Method for tuning the derivative (D) component of the PID controller.
Method for tuning the proportional (P) component of the PID controller.
Tuning the integral (I) and IMAX parameters for PID control.
Adjusting parameters to compensate for tilt angle during hover.
Overview of OSD parameters and their settings.
Explains the Mission Planner screen interface for OSD customization.
Introduction to the parameter system in Mission Planner for CrossFlight.
Step-by-step guide on how to modify parameters using Mission Planner.
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