DynaMo vs KinetikIQ

DynaMo allows you to perform more than 300 strength and range of motion tests with ease. View test results in real time and get an immediate test summary showing breakdown of results and comparison to historical data. Connect to your DynaMo via Bluetooth to perform inbuilt strength and range of motion tests that are recorded against a client profile. Save time on recording test notes with results that are automatically uploaded to VALD Hub and saved against a client profile. The DynaMo app also allows you to: - Create new profiles - Review historical data and trends saved against a client profile - View live test data for strength and range of motion tests - View test protocol videos and written protocol instructions for more than 300 tests Requirements -iOS 11 or later -Requires internet connection (additional fees may apply) -Requires DynaMo hardware

Real-Time, Sensor-Free Movement Assessment. KinetikIQ is the brand new release from Precision Sports Technology - providing fast, accurate information on movement patterns without the need for any sensors or wearables. This app is the complete toolbox for physiotherapists, strength and conditioning coaches, athletic trainers and therapists. Instant Metrics Once you record an assessment in the app, our AI system will generate automatic metrics on biomechanical movement patterns including range of motion, velocity, asymmetries and instabilities, allowing you to get instant, objective data on your client's movement quality. In Version 1, the metrics generated are highly sport science focused, with later releases catering to patients and athletes with greater accessibility. Custom Exercise No limitation on exercises and no need to wait for Precision Sports Technology to provide the capability to get analysis on the movement pattern you need. With custom exercises, simply select key points to measure, hit save and ready to go! Group Management, Long-Term Analysis Save your athlete or patient profile in the app and generate their profile over time to learn any progressions or regressions in movement patterns. Later in 2024, we will offer automated detection of movement anomalies on a completely individualised basis with our cutting edge machine learning techniques.