Synchronized cameras record the movement from multiple perspectives, without markers attached to the body.
3D reconstruction illustration
MARKERLESS MOTION CAPTURE
Human movement,
understood.
Synchronized cameras. Three-dimensional insight.
A clearer view of how the body moves.
IMAGE FRAME3D MODEL
Explore the reconstruction Drag to compare
KALEVAR 3D BIOMECHANICSCAPTURE / RECONSTRUCT / UNDERSTANDIllustrative frame & model
01 / THE IDEA
Let the body move.
Let the cameras observe.
Movement carries information that the eye alone can miss. Kalevar brings it into view—turning synchronized video into a three-dimensional picture of how the body moves.
No body markers. No capture suits.
Just movement, measured.
02 / THE TECHNOLOGY
Many perspectives.
One picture of movement.
From coordinated camera views to measurements you can explore. Follow the process.
01 / SYNCHRONIZED CAPTUREPROCESS SCHEMATIC
○ Joint centers— Reconstructed segments
Coordinated views of the same movement.ILLUSTRATIVE CAMERA ARRANGEMENT
Computer vision locates anatomical landmarks in each view. Triangulation brings those points together as a 3D skeleton.
Biomechanical analysis translates reconstructed movement into joint angles, full-body kinematics and left-to-right symmetry.
Review charts and assessment reports, then compare movement across visits to follow changes over time.
03 / MOVEMENT INTO MEANING
See the pattern.
Understand the difference.
A three-dimensional view is only the beginning. Kalevar connects motion to measurements that support a closer assessment.
Joint by joint.
Explore joint angles and full-body kinematics through gait, squats and jumps.
Hip → femur → knee → tibia → ankle
KNEE FLEXION / LOCAL COORDINATESSide by side.
Examine left-to-right symmetry and the movement patterns behind it.
BILATERAL COMPARISONVisit by visit.
Bring charts, symmetry indices and editable clinical narratives into PDF reports.
Visuals illustrate analysis concepts; they do not represent patient data.
04 / APPLICATIONS
Where movement
matters.
A shared foundation for professionals working to understand human movement.
Articulated movement model
Original concept model. Not patient data.
Clinical care & rehabilitation
Support movement assessment in orthopedics, neurology and rehabilitation. Compare changes before and after an intervention.
Sport & performance
Examine running, jumping, lifting and changes of direction. Bring movement analysis into training and return-to-sport assessments.
Research & ergonomics
Study motor patterns and task-related movement with three-dimensional kinematics and structured reporting.
A CLOSER LOOK STARTS HERE