A gesture-controlled car is an innovative robotic vehicle that operates based on hand movements instead of a traditional remote control. Using advanced sensors such as an accelerometer or gyroscope embedded in a wearable glove or device, the car detects the direction and tilt of the hand and converts these gestures into motion commands.

When you tilt your hand forward, the car moves forward; tilting it backward makes it reverse. Similarly, left and right tilts control the steering direction. This technology combines robotics, wireless communication (like Bluetooth or RF modules), and microcontrollers (e.g., Arduino) to create a fun and interactive project.

It is a popular project for STEM learning, robotics workshops, and engineering students, as it enhances understanding of embedded systems, sensor integration, and real-world automation concepts.