Accurate, real-time kinematics for training, control, and performance optimization:
- Full body motion capture Xsens Link and Metagloves
- Kinematics data for teleoperation and ML datasets
- From lab tests to multi-robot training pipelines
Train humanoid robots to move with Xsens motion capture and balance them with Xsens industrial IMUs. One partner, one motion intelligence stack.
- Scientifically validated, accurate motion data
- High-frequency orientation
- Low latency
- ROS 1/2 drivers
- Cross-platform compatibility (including NVIDIA Jetson)
- Plug-and-play APIs and SDK
- Deployed in hundreds of humanoid robots
- Best in class data in challenging environments
Accurate, real-time kinematics for training, control, and performance optimization:
Get real-time orientation and balance data that keeps robots upright, stable, and safe in dynamic environments:
From bean sorting to changing the face of manufacturing
How to make a robot that wins marathons
Working alongside humanoid robots
The next generation of Kepler robots, created with Xsens MTi and motion capture suits
Validation of magneto-inertial measurement units for upper-limb motion analysis through an anthropomorphic robot
Carrying the uncarriable: a deformation-agnostic and human-cooperative framework for unwieldy objects using multiple robots
Human-robot collaborative carrying of objects with unknown deformation characteristics
Engineers design humanoids with compact, low-power MTi sensors delivering 400 Hz orientation data
Xsens motion capture provides real-time kinematics to refine balance, gait, and mechanical performance
With Xsens Link and Metagloves, humanoids learn natural motion directly from human movement
Robots move beyond prototypes, scaling into real-world production and widespread deployment
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