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Inertial Motion Box 2 - Transparant - website

Get your Xsens Inertial Motion Box

Expand or upgrade your curriculum with three test kits at once. Xsens wants to power future engineers by offering universities, and other educational institutes this box as an educational bundle. Combined with in-depth online resources, your students can get practical experience quickly.

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Test kits included in the box

MTi 3 DK - transparant - website
MTi-3 AHRS Development Kit
MTi 630 DK - transparant - website
MTi-630 AHRS Development Kit
MTi 680G SK - transparant - website
MTi-680G Starter Kit

A complete kit for motion tracking mastery

icon_star All-in-one box

Includes three different IMUs, each designed to demonstrate unique aspects of inertial measurement

icon_star Compatible

Most flexible interfaces/protocols in the market. Easy-to-use SDK. Full portfolio of ecosystem partners.

icon_star Full support

Free global technical assistance and extensive documentation. Support articles on our knowledge base.

Benefits

Enhance learning outcome with hands-on experience

Future-proof curriculum

Prepare your students for careers in cutting-edge fields by providing practical experience with industry-standard IMU technology. 

Diverse applications

Three different Xsens MTi test kitss suitable for a wide range of projects and applications, from land to sea and in the air.  

Plug-and-play sensors

Seamlessly integrates into existing programs with comprehensive documentation and support.  

Comprehensive and economical

The Inertial Motion Box is designed to prepare engineers of the future and does not require you to break the bank.  

Why choose Xsens MTi?

  • High-quality strap-down integration model, including coning/sculling compensation, antialiasing, and proper filtering. 

  • Easy configurability of outputs, output rates, output format, and sensor alignment.

  • Synchronization options . 

  • Component end-of-life (EOL) management. 

  • Fully tested and calibrated. 

  • Plug-and-play integration.   

 

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Ecosystem Partners

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NVIDIA
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Potential Applications

ROV - sub sea navigation-1
Marine (surface & subsea)​

Providing navigation and positioning data. 

Last-mile delivery
​​​​Outdoor mobile robots & vehicles

Enabling precise movement control. 

AGV-AMR
​​​​Indoor Autonomous Mobile Robots

Allowing navigation and path planning. ​     ​​​  

Surveying and mapping
​​​​3D mobile mapping & surveys

 Ensuring accurate spatial data collection. 

Payload
Camera, antenna, and payload stabilization​

Maintaining real-time stability. 

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Humanoid robots

assisting in balance and movement control.

carnegie_mellon_casestudy

Navigation without GPS

Find out how Carnegie Mellon University’s autonomous submarine tracks velocity, attitude and heading underwater. 

Read more