World Rugby’s Executive Board has introduced new player load guidelines aimed at benefiting elite men’s and women’s rugby globally. These guidelines, developed by a group of experts representing players, unions, regions, and competitions, draw from scientific evidence and expert opinion to enhance player welfare—an area World Rugby prioritizes.
The guidelines set specific limits for player participation, emphasizing a precautionary approach. Key recommendations outline that players should not play more than 30 games in a single season or six consecutive weeks, ensuring they receive a dedicated five-week off-season break. Furthermore, the guidelines stipulate a minimum one-week rest period for players selected for international fixtures, allow for 12 weeks of non-contact time throughout the year, and require thorough communication between clubs and national teams regarding player load.
This initiative aligns with World Rugby’s existing policies focused on player welfare. Notably, the agreement on these new guidelines is also tied to the approval of the upcoming Nations Championship, set to commence in the summer of 2026. Dr. Brett Robinson, Chairman of World Rugby, emphasized the importance of these guidelines, noting the intense negotiations that led to their agreement and expressing hope that local unions and competitions would form agreements tailored to their players’ unique needs.
The Player Load Project Group, which included representatives from various rugby unions, coaches, and independent experts, was crucial in crafting these comprehensive guidelines. This collective effort showcases an ongoing commitment to advancing player welfare while promoting the sport’s growth and sustainability.
With rugby’s evolving landscape, these guidelines serve as a robust framework for supporting player health and performance, fostering a system that ultimately aims to enhance the overall experience for players and fans alike. The future of rugby appears promising with a commitment to prioritizing player safety and well-being at its core.