Скачать или смотреть Clyde High School | Synthetic Turf Baseball Field + Softball Field

We’re proud to highlight the new Synthetic Turf Baseball and Softball Fields delivered for Clyde High School, home of the Clyde Flyers. These facilities were designed to elevate year-round training, improve playability in all weather conditions, and support the strong tradition of athletics within the Clyde community.
Each installation features a performance-engineered synthetic turf system developed in collaboration with TenCate, prioritizing safety, durability, and consistent ball response for both baseball and softball applications. Built to handle high practice volumes, early-season scheduling, and tournament play, these surfaces offer reliable footing, true hops, and long-term stability across all use cycles.
From engineered drainage and precision base grading to the final surface system, every aspect of the project reflects performance-driven construction:
• Controlled impact attenuation and surface consistency for player safety
• All-weather readiness with reduced downtime from rain and muddy conditions
• High-volume usage with minimal maintenance disruption
• Improved cost-per-use efficiency and long-term return on investment
• Sustainable material choices and responsible lifecycle considerations
Both fields were delivered on time and on budget, supported by our vertically integrated project model:
FEASIBILITY • ENGINEERING • DESIGN • CONSTRUCTION • MAINTENANCE • MANUFACTURING
To the Clyde Flyers community, thank you for your trust, support, and partnership throughout this project. Your passion for providing top-tier facilities for your student-athletes made this installation truly meaningful, and we’re honored to contribute to the future of baseball and softball in Clyde.
If your district is exploring synthetic turf upgrades, we’d be happy to walk you through Clyde’s facilities and discuss design, budgeting, and lifecycle planning.
📞 (419) 350-1495
Maumee Bay Turf Center
The Midwest Leader in High-Performance Athletic Surfaces