Magnetic, Motion and Acceleration Sensors detect movement, orientation, magnetic fields, and physical presence without direct contact. From gyroscope sensors and accelerometer modules to PIR motion detectors, hall effect sensors, and compass magnetometers, these suit robotics, navigation, and security builds. Best price guaranteed with fast delivery across India.

Magnetic, Motion and Acceleration

What are Magnetic, Motion and Acceleration Sensors?

Magnetic, motion, and Acceleration Sensors are electronic modules that detect physical movement, orientation changes, magnetic field strength, and object presence. They convert these physical inputs into digital or analog signals that a microcontroller can process. A widely used example in Indian college robotics and IoT projects is the MPU-6050 gyro and accelerometer module that provides six-axis motion data over I2C for drone stabilization, gesture recognition, and tilt-controlled robot builds.

Magnetic, Motion and Acceleration Sensors Available at StemVolt

How to Choose the Right Magnetic, Motion and Acceleration Sensors

Choose based on the type of physical input your project needs to track. For tilt, rotation, and acceleration measurement together, MPU-6050 covers all three axes in one I2C module. For simple human presence detection in a room, the HC-SR501 PIR motion sensor is the easiest and most affordable option. For direction and compass heading in navigation builds, the GY-273 magnetometer gives accurate three-axis magnetic field readings. One practical tip: MPU-6050 needs DMP library initialization for stable angle readings, so use the i2cdevlib MPU6050 DMP6 example sketch as your starting point rather than writing sensor fusion code from scratch.

Buy Magnetic, Motion and Acceleration Online in India | StemVolt

India's fastest-growing DIY electronics store, based in Kota, Rajasthan. We deliver genuine, quality-verified components at unbeatable prices—with fast dispatch, reliable support, and cash on delivery. Thousands of customers trust StemVolt. Now it's your turn.