Traditional exoskeleton and wearable robotics systems typically rely on a network of body-mounted sensors to track a user's posture and movement. Our sensorless measurement system takes a different approach, and it's now fully operational and running smoothly in testing.
How it works
Instead of relying on hardware mounted directly to the body, the system uses vision-based tracking to interpret posture and movement in real time. That means fewer physical components, faster setup, and less that can fail or need maintenance in the field.
- Real-time tracking of posture and movement without body-mounted sensors
- Reduced hardware overhead, meaning simpler setup and fewer points of failure
- Stable, consistent performance confirmed across ongoing lab testing
What's next
With the core mechanism validated in testing, we're now looking at expanded trials to explore how sensorless tracking performs across different environments and use cases.
Curious how sensorless tracking could fit into your own wearable robotics project?
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