100 Projects to Master Robotics.
The "Hello World" of hardware. Learn to control a digital output and understand timing loops.
Master digital inputs and pull-up/pull-down resistors to trigger actions with a physical button.
Generate audible tones and patterns using PWM signals to create simple notification systems.
Use an Analog-to-Digital Converter (ADC) to measure ambient light levels with a Photoresistor.
Measure distance using sound waves to create a proximity detection system for your robots.
Interface with digital sensors to monitor environmental conditions in real-time.
Learn precise angular positioning for robot joints and steering mechanisms using PWM.
Master H-Bridge motor drivers to control the speed and direction of mobile robot wheels.
Achieve extreme movement accuracy for 3D printers and CNC machines using stepper motors.
Host a dashboard directly on your Vhorde board to control hardware via any web browser.
Connect your smartphone to your robot using Bluetooth Low Energy for low-latency control.
Enable IoT capabilities by syncing sensor data to the cloud using the MQTT protocol.
Decode EMG or EEG signals to control robotic actuators directly from human intent.
Use the Nova Pro's NPU to run real-time object detection and tracking for autonomous navigation.
Implement Inverse Kinematics to control multi-axis robotic arms with fluid, natural movement.