kineability-RayKnot Markerless Motion Capture System

OVERVIEW

RayKnot is a markerless 3D motion measurement system designed to capture and reconstruct human movement using synchronized precision-calibrated RGB camera arrays.

It provides clean, objective 3D kinematics for research, rehabilitation environments, sports labs, and robotics/AI studies — without the need for markers, suits, or wearables.

RayKnot forms the foundation of the entire Kineability product suite and supports whole-body or region-specific motion measurement depending on user needs.

Key Features

Markerless 3D Capture Captures natural human movement using precision-calibrated RGB cameras.

AI-Based Reconstruction Fuses multi-view video streams to generate accurate 3D joint trajectories and spatiotemporal measurements.

Standardized Data Export Supports C3D exports, metadata bundles, and optional overlay videos for downstream biomechanics, sports, and robotics workflows.

Real-World Deployment Ready Optimized for clinics, therapy gyms, sports centres,and engineering labs.

APPLICATIONS

Biomechanics & Gait Analysis

▸ Quantifies joint motion, posture, and balance behaviour for objective movement documentation in rehabilitation and research settings.

▸ RayKnot supports timing alignment with EMG, force plates, and sensor systems through an external sync box.

Sports Science Research

▸ Measures movement efficiency, coordination, and asymmetry during dynamic athletic tasks such as running, rowing, bowling, and strength exercises.

▸ Enables sports scientists to incorporate RayKnot’s measurements into their data-driven coaching, performance refinement, and training workflow.

Robotics & Human-Machine Interaction

▸ Provides structured human-motion datasets for robot learning, gesture modelling, tele-operation studies, and imitation learning.

▸ Supports assistive robotics, humanoid development, and physical intelligence research through high-quality 3D human movement measurements

Markerless vs Marker based vs current market solution