Insights / Racing Surfaces
A racing surface is designed from material to vehicle.
Grip, smoothness and durability are not properties of a mix alone. They emerge from aggregates, binder, geometry, production, paving, compaction, climate and use.
Specification and delivery must remain connected.
Track resurfacing begins with diagnosis. Survey, texture, drainage, failures, vehicle feedback and construction history establish whether the issue lies in the wearing course, levels, interfaces, materials or the delivery process. A project-specific mix can then be developed around available aggregates, climate, tyre behaviour and the required performance.
Construction planning is part of the engineering. Plant consistency, haul time, paving width, joints, temperature, compaction and real-time level control determine whether a laboratory design becomes a uniform racing surface.
Questions and decisions
Control the whole pavement process.
Diagnosis
Separate material, geometric, drainage and construction causes before defining the remedy.
02Mix design
Balance texture, grip, durability and workability with local materials and climate.
03Production
Control aggregates, binder, plant settings, temperature and consistency.
04Paving strategy
Plan equipment, widths, joints, sequencing and logistics around the circuit.
05Compaction and levels
Connect density, smoothness, crossfall and transitions during delivery.
06Verification
Measure the completed surface against project-specific acceptance criteria.
Methods and project evidence
Continue through Dromo’s connected knowledge.
Technical evidence
Measured, modelled and verified.
Dromo project and technical archive. Images are selected for public-safe editorial use; confidential project data is excluded.



Diagnose before specifying.
Dromo can investigate a surface, engineer a resurfacing programme and support production, paving and final verification.
Discuss the technical question with Dromo




