Florida Motorsports Facility >
Designing a world-class motorsport facility comes with a unique set of challenges, from complex site conditions to sustainability demands. At SOLID, we were tasked with delivering a design that balanced performance, safety, and environmental sensitivity while ensuring integration with the natural landscape.
LOCATION: FLORIDA
TRACK DESIGNER: APEX CIRCUIT DESIGN
PROJECT VALUE: CONFIDENTIAL
DATE: 2023-2024
The Challenge
The challenges presented to the team included integrating proposed and existing site levels. Achieving smooth coordination between proposed and existing site levels was crucial. Our goal was to connect the track, paddocks, runoff zones, and service areas into a unified system that respected the site’s natural form while ensuring functionality and flow across the facility. Our civils team was also tasked with managing high groundwater levels and drainage and surface water management
Balancing the site’s cut and fill requirements was both a technical and environmental challenge. Reducing waste and haulage while maintaining stable, safe slopes was a key design priority. Beyond the track, the facility required a robust and adaptable infrastructure, from drainage and foul water systems to utilities, capable of supporting high-capacity events with minimal maintenance and environmental footprint.
The SOLID Approach
At SOLID, we approach every project with the belief that great design starts with understanding the land. Our solutions combine precision engineering, sustainability, and innovation to transform complex challenges into efficient, enduring results. We developed a detailed site-level model to align the proposed design with natural topography. Through precise grading and visual modelling, we ensured all surfaces, from the track to service roads, worked in harmony with the surrounding terrain.
Using site-wide groundwater modelling, we elevated the track formation above seasonal peaks, introducing a protective buffer beneath the subbase. This ensured long-term stability and reduced the risk of deterioration. By applying an iterative cut-and-fill analysis, we balanced material volumes and minimised off-site movement. Collaboration with geotechnical engineers ensured slope stability, safety, and cost efficiency throughout the project.
Our integrated drainage network used the site’s natural gradients to guide water safely away from critical areas. Utilities were routed through protected corridors and underpasses, reducing track interruptions and simplifying maintenance. Every aspect of the design focuses on long-term efficiency and environmental responsibility. By prioritising material reuse and integrating natural drainage corridors, the design sets a strong foundation for a sustainable and future-ready motorsport facility.