A comprehensive selection of advanced smart clothing integrating embedded sensors to monitor vital signs, muscle activity, and movement metrics in real-time, tailored specifically for professional athletes and serious competitors.
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A medical-grade knit shirt that monitors ECG, respiration rate, heart rate variability, and oxygen saturation. It provides clinical accuracy for performance analysis and is designed for high-intensity training environments.
A screenless fitness tracker worn as a strain monitor that focuses on recovery, sleep, and strain load. It offers continuous biometric data and personalized coaching insights without the distraction of a display.
A sleek, lightweight ring that tracks sleep stages, heart rate variability, body temperature, and activity levels. It is ideal for athletes seeking discreet, 24/7 monitoring of recovery metrics and readiness scores.
While primarily a sleep solution, this headband technology helps athletes optimize recovery by tracking sleep stages and providing personalized coaching. It ensures peak physical readiness for next-day performances.
An adhesive patch that analyzes sweat composition to measure sodium, potassium, magnesium, and hydration levels. It helps athletes personalize their hydration strategy based on actual physiological losses during exercise.
Adhesive patches that attach to muscles to monitor muscle activation, timing, and coordination. This technology provides deep insights into biomechanics and neuromuscular function for performance optimization.
A full-body motion capture suit using inertial measurement units (IMUs) to track joint angles and body position. It is widely used in professional sports for detailed biomechanical analysis and technique correction.
A small, clip-on sensor that attaches to the spine to monitor posture and movement patterns in real-time. It alerts athletes to poor form, helping prevent injuries during complex athletic movements.
A dual-sensor that provides optical heart rate monitoring and power data via arm muscle contraction. It is versatile for both indoor and outdoor training, offering accurate power metrics without a chest strap.
Smart garments that light up to provide real-time visual feedback on muscle activation or form. This immediate feedback loop helps athletes correct movements instantly during training sessions.
Compression shorts with embedded EMG sensors that track muscle activity and recovery. They provide detailed data on muscle strain and symmetry, useful for preventing overuse injuries in leg-dominant sports.
A complete fitness system including a headband and shirt with electrodes that monitor muscle signals and heart rate. It allows for real-time training adjustments based on neural drive and physiological output.
A wearable sensor that measures acceleration and orientation to provide real-time feedback on speed, power, and agility. It is designed to enhance athletic performance through precise movement analytics.
A wrist-worn device that monitors electrical skin activity, acceleration, temperature, and blood oxygen. It is particularly useful for tracking stress levels and physiological arousal during high-pressure competitive events.
Adhesive patches placed on the shoulder blade to track shoulder kinematics during throwing or overhead motions. It provides detailed biomechanical data to optimize performance and reduce injury risk in upper-body sports.
A foot pod that measures running power, pace, and effort metrics with high precision. It offers a comprehensive view of running dynamics, helping athletes manage intensity and improve efficiency.
Previous generation screenless monitor focusing on strain, sleep, and recovery. While newer models exist, it remains a popular choice for athletes seeking a minimalist, non-distracting biometric tracking solution.
An older model of the Oura Ring that continues to provide reliable sleep and activity tracking. It serves as a cost-effective option for athletes who need core biometric data without the latest features.
A wearable sensor that adheres to the chest to monitor heart rate, breathing rate, and motion. It is designed for military and law enforcement but is also used by elite athletes for intense training data.
Socks with embedded sensors that monitor foot temperature and pressure distribution. This data helps in preventing blisters, assessing foot health, and optimizing footwear choices for peak comfort and performance.
Small, versatile sensors that can be attached to various parts of the body or equipment. They provide customizable data on speed, acceleration, and impact, suitable for a wide range of sports applications.