Explore augmented reality features to interact with a virtual Adabot on any surface. View pinout overlays for and third-party microcontroller boards. Learn electronics through interactive visual guides.
Control Bluetooth-connected Arduino devices with sliders, buttons, and a joystick. Adjust custom inputs to interface with motors, servos, and sensors. Manage device connections and send commands via BLE.
Record sensor data from smartphone or connected devices. Log experiments, save measurements, and create graphs. Share findings and export data files. Track environmental variables like light, sound, and temperature.
Control and program the robot from the Robotics: Smart Machines - kit. Adjust movement settings via a built-in keypad. Download and upload programs to customize behavior. Monitor sensor data and adjust parameters for different tasks.
Control hardware via Bluetooth with . Send commands to Arduino, ESP32, Raspberry Pi Pico, and other BLE devices. Adjust settings, trigger actions, and monitor device status in real time.
Navigate mazes to collect cheese and reach the exit. Avoid lava pits, beetles, and locked passages. Use potions and conveyor belts to solve puzzles. Progress through increasingly complex levels with new challenges.
Solve mazes to improve concentration and problem-solving skills. Choose from classic, animal, and 3D-style mazes. Progress through increasing difficulty levels. Play on iPhone or iPad without in- purchases.
Measure acceleration, orientation, and motion with built-in sensors. Record and analyze real-time data for experiments. Detect and generate sound tones. Visualize audio waveforms. Export measurements and graphs for scientific use.
View celestial objects like stars, planets, and constellations using device sensors and GPS. Tap to identify objects and learn about their properties. Explore detailed information on celestial events and navigation. Share observations with others.
Monitor sensor data in real time including accelerometer, gyroscope, GPS, barometer, and compass. View detailed readings and generate graphs. Use decibel meter, metal detector, and other tools for environmental measurements.
Measure angles between two surfaces using accelerometer and gyroscope. Determine angles between lines on a plane by aligning device edges. Display measurements in degrees. Switch between protractor and finder modes.