Wearable sensors are becoming increasingly common in gymnastics training, allowing athletes to monitor their movements, technique, and performance in real-time.

Virtual Reality (VR) offers a range of applications in gymnastics, including creating immersive training environments, simulating competition scenarios, and providing personalized feedback to athletes.

Biomechanics research in gymnastics encompasses a wide range of areas, including injury prevention, performance enhancement, equipment design, and understanding the mechanics of gymnastic movements.

BOSU balls (Both Sides Up) are half-spheres that provide an unstable surface, challenging gymnasts' balance and coordination during exercises.

3D motion capture systems provide valuable insights into gymnasts' movements, enabling coaches to analyze technique, form, and performance, create personalized training programs, and simulate competition scenarios.

Airtracks are inflatable mats that provide a soft landing surface, allowing gymnasts to practice aerial skills and improve their air awareness and body control.

Nutrition research in gymnastics aims to optimize performance, prevent injuries, promote recovery, and ensure gymnasts receive the necessary nutrients to support their training and competition demands.

Wearable sensors offer a range of applications in gymnastics training, including monitoring heart rate and oxygen consumption, tracking movement patterns and muscle activation, and providing real-time feedback on technique.

Foam pits are primarily used in gymnastics training to provide a safe landing surface for gymnasts performing aerial skills, such as flips and twists.

Augmented Reality (AR) offers various possibilities in gymnastics, including creating interactive training environments, providing real-time performance feedback, and simulating competition scenarios.

Resistance bands are elastic bands that provide variable resistance during exercises, helping gymnasts improve strength and flexibility.

Psychology research in gymnastics encompasses various areas, including mental skills training, performance anxiety management, motivation and goal-setting, and understanding the psychological factors that influence gymnasts' performance.

Smartwatches offer a range of features that can be beneficial in gymnastics training, including tracking heart rate and activity levels, providing sleep analysis and recovery monitoring, and offering personalized training recommendations.

Trampolines provide a dynamic and safe environment for gymnasts to practice jumping and landing skills, improving their air awareness and body control.

Equipment design research in gymnastics aims to improve safety and performance, reduce the risk of injuries, and create more challenging and engaging apparatus that meets the evolving needs of the sport.