The Motus Sleeve Protects Baseball Pitchers From Injury
Rahul Kalvapalle — November 28, 2014 — Lifestyle
References: motusglobal & gizmag
The Motus Sleeve is an innovative wearable contraption, developed by Motus Global, that aims to prevent the occurrence of ligament injuries among baseball pitchers. These injuries occur when pitchers 'throw their arm out,' causing damage to their ulnar collateral ligament.
The Motus Sleeve is a stretchable sleeve worn on the throwing forearm. The sleeve's elbow pouch houses a 3D motion-sensing module that in turn consists of a trio of accelerometers and gyroscopes, flash memory and a Bluetooth transmitter. It cab operate for 8 hours at a time on a full battery charge.
The device gathers data on arm speed, wrist velocity, elbow velocity, release point, elbow height, arm orietnation and forearm pronation. This data can be used to analyze pitchers' technique and monitor their performance and fatigue in real time.
The Motus Sleeve is a stretchable sleeve worn on the throwing forearm. The sleeve's elbow pouch houses a 3D motion-sensing module that in turn consists of a trio of accelerometers and gyroscopes, flash memory and a Bluetooth transmitter. It cab operate for 8 hours at a time on a full battery charge.
The device gathers data on arm speed, wrist velocity, elbow velocity, release point, elbow height, arm orietnation and forearm pronation. This data can be used to analyze pitchers' technique and monitor their performance and fatigue in real time.
Trend Themes
1. Wearable Motion-sensing Technology - The development of wearable sensors for tracking athletes' movements and detecting injury risks provides a valuable opportunity for athletic healthcare and management.
2. Real-time Performance Monitoring - The integration of wearable sensors with data analytics technologies enables real-time monitoring and analysis of athletic performance, providing more accurate and valuable insights for coaches and healthcare professionals.
3. Injury Prevention and Rehabilitation - The use of wearable sensors and motion analysis technologies can help prevent sports-related injuries and support rehabilitation programs for athletes.
Industry Implications
1. Sports Medicine - The integration of wearable technology and data analytics in the field of sports medicine presents an opportunity for more effective injury prevention and rehabilitation.
2. Athletic Training and Coaching - The development and use of wearable sensors for real-time performance monitoring and injury prevention provides new opportunities for athletic training and coaching programs.
3. Consumer Electronics - The rising demand for wearable technologies and IoT devices for fitness and health monitoring provides growth opportunities for consumer electronics manufacturers.
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