Sony Announces Development of Smart Compression Clothing for Athletes and Medical Use. The new technology aims to improve physical performance and support recovery. The clothing uses sensors and adjustable pressure systems to adapt to body movements in real time.
(Sony Develops Smart Compression Clothes)
The smart fabric integrates lightweight materials with responsive polymer fibers. These fibers react to electrical signals to tighten or loosen specific areas. This helps reduce muscle fatigue and stabilize joints during exercise. Athletes can maintain better form and efficiency during training.
Sony tested the clothing with professional sports teams. Early results show a decrease in injury rates and improved endurance. The system connects to a mobile app for personalized settings. Users can select modes for running, weightlifting, or recovery.
The technology also targets medical rehabilitation. Patients recovering from surgeries or injuries can benefit from controlled compression. Hospitals and clinics have shown interest in adopting the product. Sony plans to collaborate with healthcare providers for clinical trials.
The clothing is machine-washable and designed for daily use. Batteries last up to 48 hours on a single charge. Sony aims to keep the price competitive with high-end sportswear. Mass production is expected to begin in early 2025.
A Sony representative stated the project reflects their focus on merging technology with human health. The team prioritized comfort and practicality during design. Feedback from testers influenced adjustments to the sizing and pressure levels.
Initial releases will target professional athletes and medical institutions. Consumer versions may follow based on demand. Sony has filed patents for the fabric’s unique material blend and sensor network. Competitors in wearable tech have yet to announce similar products.
(Sony Develops Smart Compression Clothes)
The company will showcase prototypes at next month’s Tokyo Innovation Expo. Media previews are scheduled for later this week.