Understanding motion—whether in humans, animals, or mechanical systems—is critical for fields ranging from sports performance and rehabilitation to biology and robotics. Subtle movements, micro-adjustments, and rapid actions often happen too quickly for the naked eye to perceive. High-speed imaging provides detailed visual data to study locomotion, assess performance, and optimise movement patterns.
Using Phantom high-speed cameras, Apex Slow Motion captures precise movements in extreme slow motion, enabling engineers, researchers, and coaches to:
Analyse human gait and posture for rehabilitation or ergonomic studies.
Study athletic performance, including jumps, swings, and running mechanics.
Observe animal locomotion such as insect flight, bird wing movement, or quadruped gait.
Evaluate robotic or prosthetic motion for design optimisation.
This detailed insight supports informed decisions in medical, research, and sports applications, revealing patterns invisible in real time.
Sports Science: Enhance performance, prevent injuries, and refine technique.
Medical & Rehabilitation: Analyse walking, running, or limb movement to guide therapy.
Biological Research: Study animal biomechanics, flight patterns, and locomotion.
Robotics & Prosthetics: Optimise mechanical designs for accurate, human-like motion.
Identify inefficiencies and movement errors.
Improve rehabilitation outcomes and athletic performance.
Generate precise data for research or product development.
Enhance understanding of complex biological and mechanical systems.