Motion and Orientation Sensors

Non-contact module for precise measurement of rotation angle, ideal for motors and automation projects. Operates at 3.3V and offers I2C, analog 0-3.3V and PWM outputs for easy integration with microcontrollers. Includes neodymium magnet and allows setting the direction of rotation via the DIR pin, stable detection at short distances from the magnet.

Contactless magnetic encoder for precise angle measurement, ideal for motors and rotation sensing projects. Offers 12-bit resolution, I2C, PWM or analog outputs for quick integration with Arduino and other boards, operates at 3.3-5V with simple adaptation. Includes radial magnet and PCB with slots for easy mounting.

Ratiometric Hall sensor for precise measurement of position and variable magnetic fields, ideal for industrial and electronic applications. Operates at 4.5-10.5 VDC with low power consumption, has bidirectional sink/source output for flexible integration, fast 3 us response and wide temperature range -40 to +150°C.

Compact solution for measuring orientation and movement in space, ideal for robotics, drones and tilt detection. Integrates original MPU-6050 sensor with 3-axis accelerometer and gyroscope, I2C communication for quick connection to Arduino and other microcontrollers, 3V-5V power supply via integrated LDO regulator, durable PCB with gold finish for stable contacts.

Compact module for measuring absolute orientation on 9 axes, ideal for robotics, navigation, and wearable devices. It performs sensor fusion directly on-chip for stable and fast data, and includes an accelerometer, gyroscope, and magnetometer with an ARM Cortex-M0+ processor. It operates at 3-5V and communicates easily via I2C or UART, compatible with Arduino, ESP32, STM32, and Raspberry Pi.

The ADXL345 3-axis accelerometer module is ideal for Arduino projects and other development boards, providing precise acceleration measurement and vibration detection, useful in stabilizing and maintaining the balance of robots. It operates at 3-5VDC, communicates simply via I2C, has a compact form factor for quick integration and good response to fine movements.

Module with ADXL345 for measuring acceleration and tilt on 3 axes, suitable for Arduino and other development boards. Offers flexible communication via I2C or SPI, operates at 3.3-5V and includes RT9161 regulator for stable power supply in noisy environments. Compact format 28 x 14 mm, easy to integrate into control, monitoring and orientation projects.

2.2 inch flexible analog sensor for measuring bending degree in robotic gloves and wearable projects, changes its resistance from 25K ohm straight to 45K-125K ohm when bent for easy reading with ADC. Durable, over 1 million cycles, operates between -35 and +80°C, 2-pin interface with 0.1 pitch, compatible with Arduino, ESP32, STM32.

Quickly detects tilt and vibration in monitoring or alarm projects, provides easy-to-read digital output with Arduino, ESP32 or STM32, operates at 3.3-5V, typically triggers at approximately 15 degrees, includes status LED for visual confirmation and sealed metal ball sensor for rugged use.

10 DOF sensor module for measuring orientation and motion, plus atmospheric pressure for estimating altitude variation, ideal for drones, robots and IoT projects. Includes MPU9250 and BMP280, offers gyroscope, accelerometer, 3-axis compass and pressure, communicates via I2C or SPI, operates at 3-5V with internal regulator for stable readings.

9DOF module for measuring orientation and motion in robotics and navigation projects, combines on the same PCB ITG3205 gyroscope, ADXL345 accelerometer and HMC5883L magnetometer for 9-axis readings. Communicates via I2C, operates at 3-5V with integrated LLC, is compatible with Arduino and other boards, compact 22 mm format for easy integration.

Adjustable vibration sensor for shock and vibration detection in electronic projects and industrial equipment, with analog output for easy integration into microcontrollers and monitoring systems. Sensitivity is quickly adjusted with a potentiometer, offers stable and repeatable response, operates at common supply voltages, has a compact format for easy mounting on the board.

Compact module for detecting vibrations, movement or tilt, ideal for burglar alarms, security projects and earthquake detection. Adjustable sensitivity from potentiometer for application adaptation, LOW or HIGH digital output for quick integration with microcontrollers, 3.3-5V operation with LM393 comparator for stable signal, board with mounting hole and dimensions 32 x 14 mm.

Ideal for measuring rotation speed and counting pulses in Arduino projects, this IR optical sensor with LM393 comparator provides stable digital 0 and 1 signals, operates at 3.3V to 5V for easy integration, has LED indicator for output status and a compact 32 x 14 x 7 mm format suitable for mounting in tight spaces.

3-axis magnetometer module for measuring the magnetic field and creating a digital compass in Arduino or microcontroller projects, operates at 3-5VDC, uses QMC5883L chip, communicates via IIC for quick integration, compact 18 x 13 mm format suitable for applications with limited space.

6-axis module with MPU-6500 for precise motion measurement, ideal for robots, drones or stabilization. Integrates gyroscope and 3-axis accelerometer, communicates via I2C or SPI with Arduino and other boards, has 16 bit AD converter for detailed data, operates at 3-5V with internal regulator, compact format 15x25 mm with 2.54 mm pins.