A precise bike fit does far more than improve comfort on the saddle. It can influence how the hips and knees move through every pedal stroke, shape pedaling efficiency, and

Anterior Cruciate Ligament (ACL) injuries remain a major clinical challenge requiring exhaustive functional evaluation to ensure recovery and prevent re-injury. Dynamic body surface scanning provides an innovative biomechanical approach by

MOVE4D—the high-speed 4D body scanning solution from the Instituto de Biomecánica (IBV)—is enabling new research workflows that bridge biomechanics, ergonomics, and cultural heritage.    In a project led by Nuela

By 2026, we will reach a turning point in applied biomechanics, sports science, ergonomics and product design: markerless motion analysis will no longer be an alternative—it will be the standard

Scoliosis assessment has traditionally relied on radiographic imaging to quantify spinal deformity. While radiographs remain essential for diagnosing and monitoring curve progression, they provide a static view of a condition

The XLVII International Congress of the Iberian Society of Biomechanics and Biomaterials (SIBB 2025) took place on 6–7 November 2025 at the University of the Basque Country. Javier Gámez Payá,

On December 4th, the Institute of Biomechanics (IBV) hosted the webinar “4D Human Body Scanning: Redefining Apparel Fit Through Dynamic Digital Human Modeling”, delivered by Sandra Alemany, Lead Researcher in

The Instituto de Biomecánica (IBV)  took part as a Special Guest in the Humanetics User Meeting and Workshop 2025, held in November in Shanghai.   At this international forum, Dr.

We are excited to officially announce the release of MOVE4D v2.0, the most advanced version of our dynamic human body scanning system to date.   This major update brings new

MOVE4D, the dynamic body capture technology developed by the Institute of Biomechanics (IBV), played a leading role at 3DBody.Tech 2025, the international benchmark conference on 3D/4D body scanning held in