VALD 
HumanTrak System 
				The VALD HumanTrak System is a cutting-edge motion analysis tool. It combines advanced technology to assess, monitor, and optimize human movement.
															Motion analysis
- HumanTrak is a markerless 3D movement analysis system that measures what the eye can’t see, complexity and inaccessibility of a biomechanics laboratory. Assess a range of common single- and multi-joint movements in seconds and see your athlete’s results appear immediately.
 
															- Rehabilitation:
 
- Tracks recovery progress after injuries or surgeries.
 - Helps physical therapists tailor rehab programs based on objective data.
 
- Sports Performance:
 
- Optimizes athletic performance by identifying and correcting inefficiencies in movement.
 - Monitors training load and reduces the risk of injuries.
 
- Injury Prevention:
 
- Detects movement imbalances that may lead to overuse injuries.
 - Provides actionable insights for proactive interventions.
 
- Corporate Wellness:
 
- Supports workplace ergonomics and employee wellness programs.
 
- Clinical Research:
 
- Used in studies related to biomechanics, kinesiology, and physical therapy.
 
															Force Plates
- Measures ground reaction forces to assess balance, stability, and performance metrics.
 
															ForceDecks automatically detect and assess over 20 different movements, ranging from squats and jumps to isometric strength tests and functional evaluations like sit-to-stand and balance assessments. With its versatile capabilities, ForceDecks offer a test suitable for nearly any athlete or musculoskeletal condition.
Force plates are advanced measurement tools designed to analyze ground reaction forces during various activities, including standing, walking, jumping, and running.
Applications of Force Plates
- Sports Science:
 
- Performance Optimization: Assess jump height, sprint starts, and explosive power.
 - Injury Prevention: Identify imbalances or inefficient movement patterns.
 
- Rehabilitation:
 
- Monitor recovery progress after injuries or surgeries.
 - Provide objective data to guide treatment plans.
 
- Biomechanics Research:
 
- Study gait, posture, and movement dynamics in various populations.
 
- Clinical Use:
 
- Assess balance in older adults or individuals with neurological conditions.
 - Analyze movement disorders or physical impairments.
 
- Ergonomics:
 
- Evaluate workplace tasks and design interventions to reduce injury risk.
 
															