Acceleration & Rotation Sensor

This is an Arduino Speed Measuring Sensor Module. If there is a block detection sensor, such as the speed of the motor encoder, the output interface can be directly connected to a microcontroller IO port....

The ADXL345 is a versatile 3-axis accelerometer module known for its high-resolution measurements and digital output. With a wide measurement range and low power consumption, it's ideal for various applications such as motion sensing, tilt...

The rotary encoder is used to detect axial movement and its direction. Rotary Encoder is an incremental electro-mechanical device that converts the angular position or motion of a shaft or axle to digital code.  The...

It's a Microwave Motion sensor Round shape Slim. It has Low power consumption, power-saving. Detect distance, ambient light and time-delay are adjustable, you can make your own setting. Features  Operating Volt: AC 220-250V 50Hz-60Hz. Load...

DT-2234B Photo Tachometer Typical max. 300 mm/12 inches is a very useful product. The rotational speed of any gadget can be measured with this product. The wide measuring range and high resolution of the auto...

This dual Axis PS2 Joystick module uses two potentiometers (one for each direction) to detect the directional movement. Both the potentiometers are of value 10K and can move in any direction independently. There is also...

It's a Speed Measuring Sensor Groove Coupler Module. This is a high quality sensor module which has the output indicator led, if output level is high, it will off otherwise it will on. The LM393 wide voltage comparator has...

MPU-6050 Module consists of 3 axis accelerometer and 3 axis gyrometer. MPU-6050 is used to measure motion-related parameters like velocity, acceleration, displacement, orientation, etc. There is an inbuilt 16 bit ADC in the MPU-6050 module...

The dual Axis XY Joystick module uses two potentiometers (one for each direction) to detect the directional movement. Both the potentiometers are of value 10K and can move in any direction independently. There is a...