Willard City Schools | Synthetic Turf Baseball Field + Softball Field

We’re proud to highlight two major athletic facility upgrades completed for Willard City Schools, delivering high-performance synthetic turf systems for both the baseball and softball programs:
• New Baseball Turf Field
• New Softball Turf Field
These projects mean a great deal to us—not only as builders, but as partners to a community that rallies behind its student-athletes with pride. The Willard Crimson Flashes have a strong tradition of excellence, and we’re grateful for the opportunity to help elevate the fields that these athletes, families, and coaches call home.
Both installations use advanced synthetic turf technologies engineered with TenCate, emphasizing player safety, durability, environmental responsibility, and consistent surface performance all season long. Designed for heavy use, these systems maintain true ball response, consistent traction, and safe impact characteristics across thousands of play cycles.
From the engineered base layers to final surface integration, every detail reflects performance-driven construction:
• Controlled impact attenuation and uniform surface consistency for athlete safety
• No weather-related downtime — dependable playability year-round
• Increased cost-per-use efficiency and long-term ROI for the district
• Sustainable materials and responsible end-of-life planning
• Expanded scheduling flexibility for practices, games, and tournaments
Both projects were delivered on time and on budget, supported by our vertically integrated delivery model:
FEASIBILITY • ENGINEERING • DESIGN • CONSTRUCTION • MAINTENANCE • MANUFACTURING
To the Willard community, thank you for your trust in this project. Your support, passion, and pride for Crimson Flashes athletics made this installation truly special.
If your district is exploring synthetic turf upgrades, we’d be glad to arrange a visit to Willard and discuss design options, budgeting, and lifecycle planning.
📞 (419) 350-1495
Maumee Bay Turf Center
The Midwest Leader in High-Performance Athletic Surfaces