Athletic Surface Design Built on Experience
Athletic surface systems created with the precision and oversight that define Boekholder Signature Designs.
Athletic Surface Design Requires More Than Specifications
Designing an athletic surface is the process of engineering a complete system – one that must manage water effectively, maintain structural stability, support athlete safety, and perform consistently under repeated use. Decisions made during the design phase influence drainage performance, surface consistency, maintenance requirements, and lifecycle cost for decades.
With more than 30 years of experience working with athletic facilities across the United States, Boekholder & Associates Sports Surfaces approaches design from a performance-first perspective.
What Our Design Systems Address
• Subsurface drainage performance
• Rootzone composition and stability
• Field grading and surface geometry
• Irrigation efficiency and water management
• Long-term maintenance and lifecycle planning
Our recommendations are grounded in real-world field behavior, long-term maintenance considerations, and a practical understanding of how surfaces respond to heavy use. While our expertise is deeply rooted in engineered turf systems, the principles that guide our design process apply across athletic surface types. Every surface must function as an integrated system – not as a collection of individual components.
Engineered Turf System Design Services
Engineered turf systems perform best when drainage, grading, soil structure, and irrigation are designed as one coordinated system. Rather than treating these components independently, our design approach integrates each element to support long-term performance, safety, and durability under real-world use.
Rootzone Mix Design
Why It Matters: The rootzone influences drainage, stability, and long-term turf performance.
Rootzone design determines how water moves through the profile, how the surface resists compaction, and how well turf establishes and recovers. We specify soil and sand profiles that balance drainage with moisture retention while supporting long-term durability under repeated use.
Drainage System Engineering
Why It Matters: Drainage performance directly impacts usability and safety.
Drainage is a system, not a single component. We design subsurface strategies that move water efficiently, reduce saturation risk, and align with grading and soil profiles to maintain surface consistency during heavy use.
Field Grading & Surface Geometry
Why It Matters: Small grading errors create major performance issues.
Field grading influences water movement, surface consistency, and long-term structural stability. We provide guidance that supports drainage efficiency while maintaining appropriate surface geometry for playability.
Irrigation System Design
Why It Matters:Uniform water coverage supports consistent surface performance.
Irrigation systems should complement the soil and drainage design, not operate independently. We provide irrigation planning guidance that improves coverage, reduces waste, and supports long-term turf health.
USGA-Type Field Designs
Why It Matters: High-performance fields require integrated layering and precision.
USGA-style systems can deliver improved drainage and consistency when properly specified and constructed. We provide performance-driven guidance for layered systems that align with long-term management expectations.
Sand-Cap Systems
Why It Matters: A strategic upgrade path for improving existing fields.
Sand-cap approaches can improve surface performance and reduce compaction on certain fields. We help determine when this solution is appropriate and how to design it for durability and realistic maintenance.