Drone
Robotics and electronics labs
Open a lab, run code and check the result in the simulation.
From the dashboard open Robotics Lab, then choose a lab card. Read the early-access notice before continuing. Availability and usage limits depend on your account; a visible card does not mean every capability is finished.
For the virtual drone assembly, choose 3D Drone Builder and follow Assembly.
Robot arm and Python
- Choose Simulator and wait for both the simulation and Python to become ready.
- Read the example in the editor.
data.actuator(...).ctrlchanges actuator targets in the model. - Press Run. Check the output and the arm’s movement in the 3D view.
- Change one value, run again and compare. A printed message alone does not prove that the model moved.
The program applies targets to the model’s actuators.
Embedded systems: blinking an LED
- Choose Embedded and choose the Blink example.
- Check the board, connections and code. This example uses Arduino Uno and pin
D13. - Press Run and wait for compilation. Read and fix any output errors before trying again.
- Once running, check that the LED changes state. Editing the
delay(500)values changes the blink interval.
Run compiles the sketch and executes the resulting firmware in the simulation. This is not a physical-board test.
Circuits: preview under development
The Circuits card is currently marked Coming soon. The status screen lets you return or select Continue anyway to open the preview. Check with your teacher before relying on it for an exercise.
The video shows the development status and entry to the canvas. It does not demonstrate a successful electrical simulation.
For access, connection or usage-limit problems, start with Running a lesson. Use Back in the lab header to return to the dashboard.