Dartfish qualitative and quantitative movement analysis technology is a cost and time effective way to provide a micro-level view of biomechanical motion technology: in biomechanics labs with force plate integration; in clinics for screening to evaluate mechanical deviations to prevent injury; during rehabilitation to not only diagnose and treat movement dysfunction, but to recommend proper exercises with evidenced progression for return to activity that is age/developmentally appropriate; in training and coaching to finely tune motion, optimizing athletic performance; to teach corrective exercises/drills to improve joint and muscular motion; for analysis of sprinting/running/gait mechanics to detect miniscule deficits and zero in on biomechanical abnormalities; in bike fitting to fine-tune and optimize biomechanics, position, and power output.
Dartfish offers solutions for the classroom, lab, research, internships, practicums and clinics - opportunities to analyze all types of movement - sport skills performance, training procedures, gait analysis and rehab protocols, as well as projectile motion, and vector resolution. Dartfish video technology brings to life biomechanical movement concepts for improved comprehension and career application. Dynamic Biomechanics
, the first of its kind e-text embedded with video and teamed with Dartfish technology, provides hands on learning to help students understand and apply biomechanical movement principles. Using Dartfish cutting edge technology, students view, manipulate, and analyze movement and performance, creating an authentic learning experience to best prepare for success in the classroom and beyond.