Managing surface water is critical to maintaining safe, playable athletic facilities. ACO Sport® precast trench drainage systems by Sportsfield Specialties are designed to quickly capture and move runoff away from tracks, fields, and surrounding hardscape areas. By creating a continuous channel along field edges and transitions, these systems help prevent standing water, reduce surface saturation, and keep facilities operational in a wide range of weather conditions.
Constructed from high-strength polymer concrete in a U-shaped profile, precast trench systems deliver reliable hydraulic performance while standing up to heavy use. Integrated grates allow water to enter the system efficiently, while also supporting foot traffic and maintenance equipment. The open channel design makes inspection and cleaning straightforward, helping facilities maintain long-term performance with minimal disruption.
Precast trench drainage is commonly installed along track perimeters, between synthetic turf and surrounding surfaces, and in paved areas where rapid water removal is essential. By directing water into the broader stormwater system, these drains help protect both the playing surface and adjacent infrastructure from erosion, pooling, and long-term damage.
For projects where aesthetics and a low-profile surface are a priority, trench drainage systems can be paired with precast slot drainage systems to create a more versatile surface water management strategy. While trench drains provide high-capacity collection with grated access, slot drainage offers a more discreet appearance with a narrow surface opening, allowing facilities to balance performance and visual design across different areas of the venue.
By combining both drainage approaches, facilities can tailor water management solutions to specific zones, improving performance, safety, and overall field usability.
| Title | Size | Date added | Download |
|---|---|---|---|
| ACO Sport System 4020 Track to Knitted Nylon Turf Cut Sheet | 687.89 KB | 20-09-2023 | Download |
| ACO Sport System 4020 Track to Infill Turf Cut Sheet | 760.49 KB | 20-09-2023 | Download |
| ACO Sport System 4020 Inline Catch Basin - Side View Cut Sheet | 544.30 KB | 20-09-2023 | Download |
| ACO Sport System 4020 Inline Catch Basin - End View Cut Sheet | 652.97 KB | 20-09-2023 | Download |
| ACO Sport System 4000 Product Specification Information | 638.43 KB | 20-09-2023 | Download |
| ACO Sport System 4000 Brochure | 1.05 MB | 20-09-2023 | Download |
| ACO Sport Overview Brochure | 2.43 MB | 20-09-2023 | Download |
| ACO Sport Installation Guide | 1.21 MB | 20-09-2023 | Download |
| ACO SPORT System 4000 - 494 ADA Plastic Grate Product Specification Information | 309.61 KB | 20-09-2023 | Download |
| ACO SPORT System 4000 - 420 Galvanized Steel Grate Product Specification Information | 331.35 KB | 20-09-2023 | Download |
| Title | Size | Date added | Download |
|---|---|---|---|
| ACO Sport System 4020 Safety Edge Track to Infill Turf Cut Sheet | 768.59 KB | 20-09-2023 | Download |
| ACO Sport System 4020 Inline Catch Basin - Side View Cut Sheet | 544.30 KB | 20-09-2023 | Download |
| ACO Sport System 4020 Inline Catch Basin - End View Cut Sheet | 652.97 KB | 20-09-2023 | Download |
| ACO Sport System 4000 with Safety Edge Product Specification Information | 502.73 KB | 20-09-2023 | Download |
| ACO Sport System 4000 Brochure | 1.05 MB | 20-09-2023 | Download |
| ACO Sport Overview Brochure | 2.43 MB | 20-09-2023 | Download |
| ACO Sport Installation Guide | 1.21 MB | 20-09-2023 | Download |
| ACO SPORT System 4000 - 494 ADA Plastic Grate Product Specification Information | 309.61 KB | 20-09-2023 | Download |
| ACO SPORT System 4000 - 420 Galvanized Steel Grate Product Specification Information | 331.35 KB | 20-09-2023 | Download |
Routine maintenance typically involves periodic inspection and removal of debris that may collect in the drainage channel. Keeping the channel clear helps ensure water continues to flow efficiently through the system.
Precast trench drains are typically designed to tie into existing stormwater drainage networks, allowing captured runoff to flow into the facility’s broader water management system.