1. Doing more with fewer sensors: ML-based fusion and sensor reduction The conventional path to better motion data was to add sensors. A full-body capture might use fifteen or more; a detailed lower-limb gait model instruments the feet, shanks, thighs, and pelvis. Each sensor adds setup time, cost, and another thing to fail — and …
Why IMUs took over gait analysis Optical motion capture remains the historical gold standard, but it is expensive, fixed to a calibrated volume, and slow to set up. IMUs flipped that equation. A modern 9DOF sensor — combining a 3-axis accelerometer, gyroscope, and magnetometer — can reconstruct joint kinematics with low cost, easy setup, an …
The four stages, in plain language Stages 1 and 2 together are the technical heart of your product. Stage 3 makes it trustworthy. Stage 4 makes it sellable. Skip any of them and you ship a demo, not a product. Stage 1 — Measurement is easier than people think This is the stage that used …
Looking for a wearable 3D motion capture system that delivers studio-grade accuracy without the studio? QSense Motion is a next-generation, sensor-based mocap solution designed for professionals who need reliable, real-time 3D movement data anywhere—on the field, in the clinic, on set, or in the lab. In this guide, we break down exactly what a wearable …
A technical guide to IMU sensors — how inertial measurement units work, key specifications, sensor fusion, calibration and selection criteria for engineers and researchers.
Exploring IMU and EMG sensor combinations for Shoulder Compensation QSense Motion is a high-performance IMU sensor platform for measuring human motion in research, sports and rehabilitation. In the MoveVREE project we are combining IMU + EMG sensors. At its core, QSense is all about precise inertial sensing: multi-sensor IMU nodes, sub-millisecond synchronisation and flexible data access for labs, clinics …
Accurate, Real-Time Motion Tracking – Anywhere, Anytime FieldSync is an IMU-based portable motion analysis system designed for athletes, sports scientists, rehabilitation professionals, and biomechanics researchers. Using synchronized, wireless IMU sensors, FieldSync provides precise, real-time movement tracking without the limitations of optical motion capture systems. Whether you’re analyzing athlete performance, monitoring rehabilitation progress, or optimizing training programs, FieldSync delivers high-quality, lab-grade motion data in …
Discover the pros and cons of IMU-based motion capture systems vs. camera-based alternatives in this detailed analysis.
A Unique Approach to Rehabilitation and Personalized Care MoveVRee is setting a new standard by combining high-precision measurement with ease of use. The Virtual Reality Rehabilitation is carefully designed to keep patients engaged and motivated, incorporating gamified elements like rewards and challenges to make rehabilitation an enjoyable and rewarding process. This approach not only boosts …
How VR4Rehab is Revolutionizing VR Rehabilitation The VR4Rehab VR rehabilitation motion capture project is dedicated to developing VR solutions that are specifically designed for rehabilitation purposes. By integrating motion capture technology, these solutions can monitor a patient’s movements with high precision, ensuring that exercises are performed correctly and consistently. This is particularly beneficial for patients …
QSense is a motion intelligence platform for performance-critical applications in sports, health, industry and defense. We enable organizations to measure, analyze and act on human motion where accuracy, timing and reliability matter.
QSense is developed by 2M Engineering.
2M Engineering
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