Racetrack Drainage and Water Simulation
At racing speed, a shallow sheet of water can be more important than a large drainage structure. Dromo studies how rainfall moves across the three-dimensional track surface and connects that behaviour to levels, pavement and the wider drainage network.
Surface flow begins with geometry
Crossfall, longitudinal gradient, transitions and local depressions determine where water travels and where it can remain. Digital terrain and track models make these paths visible early, allowing the design team to correct geometry before relying on additional drains.
A coordinated drainage system
Surface inlets, channels, pipes, outfalls and attenuation are developed together with the racing line, run-off areas, kerbs and pavement structure. The design considers maintenance access and the consequences of blockage as well as calculated capacity.
Useful for new tracks and existing problems
The same approach supports masterplans, detailed designs and diagnosis of wet-weather issues on operating circuits. Survey evidence and observed behaviour can be combined to locate interventions precisely and avoid unnecessary reconstruction.
Relevant Dromo projects
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Measured, modelled and verified.
