Transform the way you analyze the cyclist and measure the bike. Transform results. THE ULTIMATE INVESTMENT FOR BIOMECHANICAL EXCELLENCE 3DMA isn't just a tool—it's a game-changer. Combines real-time analysis and biofeedback, automatic event detection and precision metrics, together with automatic reports, it provides biomechanical professionals with the data they need to make informed decisions and supports bike fittings. For athletes, it's the key to unlocking their full potential, improving technique, and pedaling injury-free. Take your cyclic analysis to the highest level. Choose 3DMA, where innovation meets performance, just like the best cycling teams do. Unmatched Precision: Discover details invisible to the naked eye. 3DMA reveals critical insights elevating the quality of your analysis and recommendations. Performance & Injury Prevention: Optimize pedaling technique, enhance performance, and reduce the risk of injuries with data-driven insights tailored to each athlete's unique biomechanics. User-Friendly & Fast: Designed for professionals, 3DMA is intuitive, easy to use, and delivers results quickly. Its clear, interpretable outputs make it accessible for both experts and athletes alike. 3DMA requires a few minimum computer specifications to ensure a smooth operation: • Laptop or desktop computer • 2 or 3 available USB ports • Windows 10/11 • Mid-range NVIDIA graphic • Intel i7 processor (9th generation or later) card recommended • 8GB RAM (16GB welcome, not strictly required) • Full HD screen.

Featured Parameters Crank angle, Cadence, KOPS, Ankle lateral oscillation, Hip Seatback, COG, Pelvis, Cicle Manager, Biofeedback, Coordination curves, Antrophometry,… Advanced System for 3D Cycling Biomechanics and Precision Bike Fitting Cycling 3DMA is a 3D motion capture system based on optical technology, designed specifically for bike fitting professionals. It accurately analyzes the rider’s full-body position on the bike and captures key bike measurements. It’s part of the 3DMA family – a powerful tool used by biomechanists, sports scientists, and healthcare professionals around the world....