Designing a modern racetrack requires exceptional precision. Track surfaces are subjected to extreme dynamic loading, with strict criteria for surface deformation and differential settlement. Meeting these requirements demands thoughtful pavement design to maintain rigorous control of track conditions, minimise risk, maintain lap consistency and reduce long-term maintenance requirements.

This webinar will examine the key principles of high-performance track pavement design, including how Tensar’s Mechanically Stabilised Layer (MSL) and asphalt reinforcement can improve subgrade conditions, enhance racetrack performance and increase durability under challenging ground conditions. 

The session will cover: 

✅Key principles and considerations in high-performance track pavement designs

✅Managing subgrade conditions and differential settlement risks

✅The use of Tensar Mechanically Stabilised Layers (MSL) to improve pavement structural efficiency and resilience under repeated loading

✅The role of asphalt reinforcement in enhancing racetrack performance and durability

✅Case studies demonstrating how smarter pavement design strategies can improve performance, extend service life and deliver greater lifecycle value

Whether you are exploring racetrack pavement design or looking to better understand approaches for improving performance under challenging ground conditions, this session will provide practical insights supported by real-world case studies.

Format: Live | Online | 60 minutes | Q&A

Audience: Pavement Engineers, Civil Engineers, Geotechnical Engineers, Design Consultants, Project Managers, Asset Owners

Cost: Free to attend