
Velocity-Based Training
Velocity-based training is simply a method of training which uses a piece of technology to track the movement speed of the exercise.
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.
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.
Bioelectrical Impedance Analysis (BIA) can estimate body composition (e.g. fat mass and fat-free mass) via a small electrical current.
Monitoring fatigue: Are subjective wellness, jumping performance, and submaximal running tests reliable? Your weekly research review Contents of Research Review Background & Objective What They Did What They Found Practical Takeaways Reviewer’s Comments … Read more
Workload efficiency: a new index for external and internal workload? Your weekly research review Contents of Research Review Background & Objective What They Did What They Found Practical Takeaways Reviewer’s Comments About the … Read more
Strategies and effectiveness of daily sleep and HRV monitoring Your weekly research review Contents of Research Review Background & Objective What They Did What They Found Practical Takeaways Reviewer’s Comments About the Reviewer … Read more
Natural grass vs. artificial turf: which surface poses an increased injury risk? A research review from the Performance Digest Contents of Research Review Background & Objective What They Did What They Found Practical … Read more
Fatigue monitoring: Which metrics should we be tracking? A research review from the Performance Digest Contents Background & Objective What They Did What They Found Practical Takeaways Reviewer’s Comments About the Reviewer Comments … Read more
Does the use of electronic devices in the evening affect the sleep patterns of athletes? A Performance Digest Snippet June 18th, 2019 | 3 min read Contents of Article The Objective What … Read more
Can a low-cost Crane Scale provide solid data for strength testing? A review from the Performance Digest Contents of Article Objective What they did What they found Practical Takeaways Carl’s Comments About the … Read more
Bioelectrical Impedance Analysis (BIA) can estimate body composition (e.g. fat mass and fat-free mass) via a small electrical current.
Reliability helps us understand the sources of error and how they affect findings in practice and in research.
Dual-energy X-ray Absorptiometry (DEXA) scans can be a valuable assessment tool for measuring body composition (e.g. levels of body fat).
Statistical significance is a scientific method that helps to determine whether reported research findings are actually true.
The acute:chronic workload ratio can assist practitioners in understanding the preparedness of an athlete and their relative injury risk.
Fitness testing is a crucial part of athlete profiling, and meaningful results can be assessed by calculating the smallest worthwhile change.
Velocity-based training is simply a method of training which uses a piece of technology to track the movement speed of the exercise.
GPS devices are often used to measure the workload of athletes. In this article, we explain what you need to measure and why.
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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