Bioelectrical Impedance Analysis (BIA)
Bioelectrical Impedance Analysis (BIA) can estimate body composition (e.g. fat mass and fat-free mass) via a small electrical current.
As the world of technology advances, coaches and athletes are looking for ways to use these new innovations to increase their chances of success, whether that be winning trophies or setting world records.
As the world of sports technology is very complex, our aim is to simplify the science so that coaches, athletes, and everybody else can understand how to these tools in order to optimise sports performance.
Bioelectrical Impedance Analysis (BIA) can estimate body composition (e.g. fat mass and fat-free mass) via a small electrical current.
Velocity-based training is simply a method of training which uses a piece of technology to track the movement speed of the exercise.
The acute:chronic workload ratio can assist practitioners in understanding the preparedness of an athlete and their relative injury risk.
Trusted by thousands of teams and organisations worldwide, VALD’s ForceDecks Dual Force Plate System is widely considered the world leader.
Power BI is a potent tool, offering sports organisations a comprehensive solution for visualising, and analysing data.
Virtual reality for sports training is becoming an option for many athletes. While it’s not for everyone, it does have potential to help support the development of technique and even help minimise some injury risks.
While it’s not possible to completely prevent injuries, monitoring their load can significantly reduce the risk.
The exact mechanisms behind music and exercise performance aren’t well understood. However, it does seem the tempo of your music may affect your strength and endurance performance.
Compression garments are everywhere nowadays, from elite athletes down to the average Joe. But what are they supposed to do, and should you be using them to improve your recovery?
Training load monitoring and management is an important step in the process of setting up a team or athlete to be prepared for a competitive season.
Even amateur-level teams are looking to get the edge on their opponents – ideally, with the smallest possible price tag. The secret most clubs don’t know is that you can develop high performance initiatives for peanuts, even at the lowest levels of sport.
Concussion technology is an ever-growing area of importance for many collision sports, with cutting-edge mouthguards being developed in the hope of helping prevent or minimise head knocks.
Just a few years ago, suggesting virtual reality as a training method would have got you laughed out of the room – now many elite and amateur athletes are using it with great success.
Many gym-goers wear trainers or sneakers, but some wear special weightlifting shoes with a built-up heel. And some may have no shoes at all. What is this witchcraft?
GPS analysis can often be confusing, with thousands of metrics and the need for highly specific reporting, so how on earth do you select the right key performance indicators?
There is no doubt sport science is here to stay, but how can sport scientists and coaches best understand data collection so they seamlessly align and accomplish what they set out to do?
Force plates are used to analyse the ground reaction force of athletes during walks, runs, or other physical exercises like jumping. But how do coaches and athletes get the most out of them?
Elite athletes have access to teams of coaches and sport scientists, who use sports technology to drive performance. But amateur athletes can also benefit from the latest tech, too.
Learn from a world-class coach how you can improve your athletes' agility. This course also includes a practical coaching guide to help you to design and deliver your own fun and engaging agility sessions.
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