Learn Arduino programming through 15 levels. Unlock all levels after connecting to the gamepad. Use innovative controls to navigate challenges. Transfer real-world actions to digital gameplay. Track progress through interactive challenges.
Solve puzzles by placing screws into matching colored toolboxes. Navigate obstacles and use strategic thinking to progress through levels. Track achievements and unlock new challenges.
Explore a sci-fi narrative where Amanda Ripley investigates her mother's disappearance. Navigate a space station, solve puzzles, and uncover secrets through interactive storytelling and environmental exploration.
Play through levels by extending a character's arms and legs to avoid obstacles. Adjust limb length carefully to prevent the character from breaking. Complete challenges with precise movements and timing.
Manage Bluetooth devices with intuitive setup guidance. Monitor battery level and connection status. Adjust equalizer settings and customize volume controls for personalized listening experience.
Surf waves in a virtual ocean environment. Adjust timing and direction to ride waves. Choose different wave intensities and speeds. Compete in surfing challenges. Unlock new surf locations and equipment. Track progress and achievements.
The app displays the number of buttons, axes, and dpads for connected joysticks and gamepads. It provides visual feedback for button presses and analog stick movements on Mac.
Allows players to move and obstacles to guide a ball into a bucket. Complete levels with increasing difficulty. Track progress across devices. Compete on Game Center leaderboards.
Design joysticks, paint, and customize controllers
Create custom controllers by cleaning surfaces, applying spray paint, and using stencils and markers. Design consoles with painting tools and varnish. Save and share finished projects.
The app presents a 3D puzzle where players balance a ball through mazes and unstable environments with unpredictable gravity. It offers 34 levels with more planned and supports multiple screen orientations and control methods.