Introduction to Cueing: The Frans Bosch Method by Hanna Cabrera
[This is a guest post by Hanna Cabrera. Hanna is a recent Exercise Science graduate from UNC Charlotte. She is passionate about strength and conditioning and enhancing sports performance through evidence-based coaching. She is currently taking part in the Athletic Lab Coaching Mentorship Program.] Frans Bosch is a Dutch sports scientist, author, and renowned coach recognized for his innovative approach to athletic performance, particularly in the areas of biomechanics, motor learning, and strength training. He has lectured in motor learning and biomechanics at Fontys University of Applied Sciences in the Netherlands and has coached elite athletes across multiple sports, including track and field, rugby, soccer, and baseball [1]. Throughout his career, Bosch has challenged traditional strength and conditioning practices that focus on isolated muscle training and strict technical instruction. He promotes a systems-based approach that emphasizes coordination, variability, and adaptability [1,2]. He believes these qualities are essential for developing athletes who can perform effectively in unpredictable, real-world environments. His work has inspired coaches to rethink how they teach movement, highlighting that athletic success depends not only on physical strength but also on the ability to coordinate and adapt efficiently under pressure [1]. Building Athlete Independence Bosch’s coaching philosophy emphasizes the importance of aligning feedback with the athlete’s developmental stage and the specific demands of the sport [1,2]. He believes that athletes develop a stronger sense of self-efficacy when they are given the freedom to explore movement challenges independently rather than relying too heavily on instruction. This approach encourages athletes to take ownership of their learning process and ultimately build confidence in their ability to problem-solve during performance. By creating space for exploration, athletes learn to self-organize and discover efficient movement solutions on their own. Understanding [...]






