VMU931

$99.00

NEW Rugged and Compact Inertial Measurement Unit VMU931; 9-axis

  • Ultra compact Ø ~ 31 mm
  • 9 Degrees of Freedom MEMS IMU
  • Low cost, shock resistant, splashproof and dustproof
  • Compensated gyro bias over temperature & self-test
  • Low power & low voltage
  • Wide operating range
  • USB connectivity
  • Adjustable output data: quaternion, rotation matrix, euler Angles, linear Acceleration
  • Intuitive and flexible user interface provides easy-to-use display and data logging tools (see VMU Reader)

The purchase price includes:
Sensor + 6ft USB cable

Available on backorder

SKU: 627843694847 Category:

Description

The new rugged VMU931 is a round IMU with a diameter of 31 mm, that can fit up to 3-axis accelerometers, 3-axis gyros, 3-axis magnetometer in a robust aluminium housing as shield against extreme environmental conditions. This sensor is:

  • Cost effective
  • Ultra compact
  • Low cost, shock resistant, splashproof and dustproof
  • User friendly and easy to integrate
This sensor is based on the latest MEMS technology, which is highly adaptive to various applications. Real-time data logging, maximum sensitivity and automatic factory calibration ensure that the sensor will fit your system proprely.

Specifications

FeatureValue/NoteUnits
Number of axes9
Diameter31mm
Thickness8mm
Weight10g
Sensing range±2000, 16, ±4800°/s , g, μT
Resolution16bit
Communication interfaceUSB

Downloads

Visit the Downloads page for a complete list of all the resources available.

Applications

Our sensors gather data quickly and record it accurately, whether in the classroom, research lab, or industrial processing room. Sensor technology can store the data in memory, and our user interface allows you to easily retrieve this data later for processing, analysis and presentation.

Aside from these standard applications, our sensors can be used in many other areas, including sports and medical applications, such as UAVs navigation and clinical research. Our sensors bring many improvements in accuracy and safety, and they promote collaborative learning between humans and the systems that humans oversee.

Robotics
  • Drone Navigation and flight testing
  • Unmanned control
  • Measurement and testing
Industrial
  • Antenna Stabilization & Pointing
  • Detect vibration and impact forces
  • Measure forces during crash testing
Medical
  • Human movement science
  • Activity recognition and Motion Capture
  • Surgeons hand movements tracking
Sports and Multimedia
  • Measure athletic performance
  • Biomechanics research
  • Video Games & virtual reality devices
Sports
Rehabilitation
Robotics

Additional information

Weight 100 g
Dimensions 152.4 x 101.6 x 76.2 mm

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