Category: Sensors 6DOF/9DOF/10DOF
Modern Sensors 6DOF/9DOF/10DOF – Precise Control and Measurement
Welcome to the category of 6DOF/9DOF/10DOF sensors, where you will find the most advanced solutions in the field of motion and position sensors. Our modules, equipped with accelerometers, gyroscopes, barometers, and other key components, provide accurate measurements in various applications – from robotics and drones to navigation systems. These sensors are ideal for tracking motion and stabilization, making them indispensable in projects requiring high precision and reliability. Thanks to precise IMU (Inertial Measurement Unit) devices and advanced sensor calibration techniques, we guarantee reliability and high data quality. Discover how our 6DOF, 9DOF, and 10DOF modules can transform your projects, offering unparalleled measurement and control capabilities.
There are 57 products.
KAmodLSM303C is a module with the MEMS LSM303C chip from STMicroelectronics. The chip has a digital signal output (I2C or SPI bus) and allows measurement of accelerations and magnetic field values in three axes
KAmodLSM6DS3 is a module that allows measurement of acceleration and angular velocity values. It has a built-in voltage stabilizer and level translators on SDA / SCL lines, thanks to which it can be used in 2.5-5.5V voltage systems
The GY-87 module is composed of a module with MPU6050, QMC5883L and BMP180 sensors, allowing the measurement of traffic in nine axes and the measurement of atmospheric pressure. The module has a built-in 3.3 V voltage stabilizer
6DoF module with MPU6050 (3-axis accelerometer, 3-axis gyroscope) powered with 3-5V. I2C communication interface
The GY-86 module is a module with sensors MPU6050, HMC5883L and MS5611, allowing the measurement of traffic in nine axes and the measurement of atmospheric pressure. The module has a built-in 3.3V voltage stabilizer. modGY-86
Accelerometer and gyroscope module, allows measurement of acceleration in the range of +/- 16 G and angular velocity in the range up to +/- 2000 dps. modMPU6500 (GY-6500)
Module with 6-axis IMU sensor that allows you to measure acceleration and rotational speed in the range up to ±16g and ±2000dps. Equipped with a STEMMA QT connector, it communicates via I2C or SPI. Adafruit 4503
BMI270 3-axis accelerometer and gyroscope module. The chip is a low-power IMU optimised for wearables, providing precise acceleration measurement, angular velocity measurement and motion-triggered interrupt functions. Equipped with a Qwiic connector, it communicates via an I2C interface. SparkFun SEN-22398
Compact 9DOF IMU sensor with accelerometer, gyroscope and magnetometer, supporting advanced data fusion with Arm Cortex M0 processor and CEVA SH-2 software, offering I²C, SPI and UART-RVC interfaces and a wide range of functions for precise motion and orientation analysis. Adafruit 4754
Module with 9-axis IMU ICM-20948 sensor. The chip is an integrated 3-axis accelerometer, gyroscope and magnetometer and a digital motion processor DMP (Digital Motion Processor). Communication via I2C or SPI. SparkFun SEN-15335
A module with an acceleration and rotational speed sensor based on the LSM6DSOX system and the LIS3MDL magnetometer. Equipped with a STEMMA QT connector, it communicates via the I2C, SPI or I3C interface. Adafruit 4517
Module with 3-axis accelerometer and ISM330DHCX gyroscope. Equipped with a STEMMA QT connector, it communicates via the I2C or SPI interface. Adafruit 4502
A module with an acceleration and rotational speed sensor based on the MPU-6050 system. It communicates via the I2C interface. DFRobot SEN0142
Module with acceleration and rotational speed sensor based on the LSM6DSO32 chip. Equipped with a STEMMA QT connector, it communicates via the I2C or SPI interface. Adafruit 4692
A module with an acceleration and rotational speed sensor based on the ICG-20660L system. It communicates via the I2C or SPI interface. DFRobot SEN0443
Module with acceleration and rotational speed sensor based on the MPU6050 system. It communicates via the I2C or UART interface
The Pololu MinIMU-9 v5 is an inertial measurement unit (IMU) that packs an LSM6DS33 3-axis gyro and 3-axis accelerometer and an LIS3MDL 3-axis magnetometer onto a tiny 0.8″ × 0.5″ board.
BMI270 3-axis accelerometer and gyroscope module. The chip is a low-power IMU optimised for wearables, providing precise acceleration measurement, angular velocity measurement and motion-triggered interrupt functions. Equipped with a Qwiic connector, it communicates via an I2C interface. SparkFun SEN-22397
Module with a 9-axis IMU sensor, which combines an accelerometer and a gyroscope (ICM20600 system) and a magnetometer (AK09918 system). The board is equipped with a Grove connector and communicates via the I2C interface. Seeed Studio 101020585
Module with 3-axis accelerometer and ISM330DHCX gyroscope. Equipped with a Qwiic connector, it communicates via the I2C or SPI interface. SparkFun SEN-19764
Versatility of Applications
Our sensors are used in many fields, from consumer technology to advanced industrial systems. 6DOF modules are perfect for stabilization and motion tracking in VR applications and drones. 9DOF modules, with the addition of a compass, are ideal for navigation systems and robotics, where spatial orientation is crucial. 10DOF modules, additionally equipped with a barometer, are indispensable in applications requiring precise height measurement, such as aviation and meteorology.
Precise Sensor Calibration
To ensure the highest measurement accuracy, our sensors undergo advanced calibration processes. Sensor calibration involves adjusting them to working conditions and eliminating potential measurement errors, which is crucial for applications requiring high precision.
Technologies and Components
6DOF modules combine an accelerometer and a gyroscope, enabling motion measurement in six degrees of freedom. 9DOF modules add a magnetometer, allowing full spatial orientation. 10DOF modules additionally integrate a barometer, enabling atmospheric pressure and height measurement. All our modules use advanced sensor fusion technologies, allowing for precise and reliable data acquisition.
Why Choose Our Sensors?
Our 6DOF, 9DOF, and 10DOF sensors guarantee the highest quality and precision. Thanks to advanced technologies such as IMU and precise calibration, our products meet the highest quality standards. Whether you are creating a navigation system, a robotic application, or a VR application, our sensors will provide you with the accuracy and reliability you can rely on. We invite you to explore our offer and discover how our sensors can enhance your projects.