HAL® – ‘the Hybrid Assistive Limb’ is a neurotechnology device designed to assist patients in restoring natural movement to their paralysed legs by interpreting their intentions. It aims to enhance the ability to walk in individuals with muscle injuries, particularly athletes, and those with various neuromuscular conditions in the chronic phase. HAL is used to teach elite athletes how to use neurosensing technology to relax their muscles. The ability to effectively manage muscle contraction and relaxation is what distinguishes world-class athletes from semi-professional ones.
HAL® Theory for Athletes
- Understand the ideal timing and equilibrium between muscle contraction and relaxation
- Envision neural signals and offer real-time physical cues for elite athletes
- Achieve performance levels that surpass your usual capabilities
Athletes are always striving to push their limits. Achieving greatness requires relentless effort, and top athletes often rely on external tools and technologies to constantly enhance their performance.
The Wearable Cyborg™ HAL offers various immediate feedback options that are exclusive to the device. For example, the HAL device provides real-time physical feedback by responding to even the slightest muscle contractions. This feedback can alert the athlete to unnecessary muscle tension that may hinder their full potential. Additionally, HAL can analyse the athlete’s muscle movements and body positioning, helping them identify the best posture or stance for improved performance.
Most importantly, HAL’s ability to display real-time bio-electrical signals through the HAL Monitor helps athletes understand and practise efficient muscle contraction and relaxation. For top athletes, the ability to control muscle activities efficiently and effectively can greatly escalate performance results.
Cyberdyne’s Neuro HAL Plus, currently only accessible in Japan, is a software created specifically for athletes to enhance muscular system performance and adjust the optimal timing and balance of muscle contraction and relaxation.
Cyberdyne’s HAL® suits are the pioneering exoskeletons to have obtained a Global Safety Certificate. Furthermore, they are the first medical treatment robots of their kind in Europe. At Cyberdyne, we take pride in contributing to the advancement of athletes’ agency, confidence, and performance.
Recovery by Cyberdyne HAL
When an individual attempts to move their body, the brain sends nerve signals to the muscles through motor neurons, causing the musculoskeletal system, including joints, to initiate movement. Prior to the body’s movement, subtle “bio-electrical signals” that indicate a person’s intention are emitted through the skin. The Cyberdyne HAL can detect and interpret these signals, and adjust the power unit to assist in joint movement in sync with the individual. By utilising HAL, which reads the wearer’s intended motion through bio-electrical signals, this promotes interactive biofeedback within and outside the body, involving HAL, the brain, nervous system, and muscular system.
Rehabilitation robots used in physical therapy help athletes with weakened limbs due to injuries to move and enable them to exert greater motor energy than usual.
Cyberdyne’s Wearable Cyborg™ HAL® is a system that enhances the brain’s motor learning, ultimately leading to the neuroplasticity of brain functions.
Log onto https://rehabmodalities.com/ to know more about HAL’s Cyberdyne treatment to create better stance in athletes!
