Fraser Valley farmer John "Trey" Rogers III grew the custom ryegrass turf used for the first World Cup match in Vancouver [1].
The quality of the playing surface is critical for elite soccer, as the pitch must withstand intense professional play while ensuring athlete safety. Because the tournament reaches billions of fans [3], the visibility and performance of the field are under global scrutiny.
Rogers produced the specialized blend on his farm in British Columbia to meet the strict playing-surface standards set by FIFA [1, 2]. The turf was installed at BC Place for the opening match on June 18, 2026 [1]. Elite players praised the surface during the event, noting its consistency and quality [1, 2].
While Rogers grew the specific ryegrass blend for the Vancouver stadium [2], some reports indicate the pitch may include other cool-season grasses to maintain stability [4]. Other World Cup venues in hotter climates utilized different species, such as bermudagrass [4].
Rogers maintains a close connection to the final product. "I always watch the grass before the players crisscross it," Rogers said [2].
The development of the surface was a collaborative effort focused on durability. Dr. Maria Sanchez, a turf specialist, said, "Our goal is to deliver a pitch that stays consistent throughout the tournament while keeping player safety top‑mind" [3].
Some reports suggest that researchers from the University of Tennessee spent years developing the safe, consistent turf used across all 2026 World Cup venues [5]. However, local production in the Fraser Valley ensured the Vancouver pitch met the specific environmental needs of the region [1].
“"I always watch the grass before the players crisscross it."”
The use of locally grown, custom-blended turf for a global event like the FIFA World Cup highlights the intersection of agricultural precision and professional sports. By combining regional farming expertise with international standards, organizers aimed to minimize the risks of surface failure or player injury under the high-intensity conditions of a world championship.
