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Overview of controlling CoDrone Mini using Rokit Brick.
Steps to enter coding mode using Drone Simulator and Rokit Brick.
Explanation of Rokit Brick based on Snap and Scratch programs.
Instructions for running the Rokit Brick application for CoDrone.
Steps to connect Rokit Brick with the CoDrone.
Description of the Rokit Brick interface and its components.
Detailed explanation of CoDrone Mini's motion control blocks.
Description of blocks for drone status and sensor data.
Explanation of blocks for fine-tuning drone movements.
How to adjust drone speed level and dexterity.
Description of blocks for controlling drone LED lights.
Example of flying CoDrone in open spaces.
Examples of basic drone movements like take-off and landing.
Examples of controlling drone movement using pitch and roll.
Guide to adjusting the drone's hover condition using fine-tuning.
Example of performing rotary flight and acrobatics.
Example of creating LED animations on the drone.
Examples of complex movements like front flips and back flips.
How to use sensor values for attitude control.
Understanding controller buttons and joystick inputs.
Controlling sprite movement using directional keys on the controller.
Using controller buttons for take-off, landing, and return to origin.
Creating virtual control programs using the controller.
Writing scripts for RC mode drone control with joysticks.
Instructions for pairing the drone and controller.
Guide on how to charge the drone battery.
General| Control Range | 50 m |
|---|---|
| Camera | No |
| Connectivity | Bluetooth 4.0 |
| Sensors | Gyroscope, Accelerometer |
| Programming Languages | Python, Blockly |
| LEDs | RGB LED |
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