TreadSight™ Tire Wear Testing
TreadSight™ is our structured approach to real-world tire wear testing, built for tire manufacturer and OEM engineering teams that need traceable, cycle based data delivered fast enough to support active engineering review.
The framework is delivered in two operational modes depending on how much operational control the program requires and how much data depth is needed:
TreadSight™ Field Testing
Real-world fleet operating conditions, ideal for capturing variance, robustness, and real duty cycle behaviors. Tread depth based wear trending with cycle by cycle visibility.
Field Testing detailsTreadSight™ Dedicated Tire Testing
Controlled operations for repeatability with expanded measurement depth (e.g, tire mass change tracking, 3D tread scanning, and enhanced documentation), built for A/B comparison and benchmarking .
Dedicated Testing detailsWhat makes TreadSight™ different
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Cycle based transparency
Engineering teams can review wear behavior as it develops across measurement cycles. -
Fast data availability
Measurement cycle data is typically uploaded within hours of cycle completion to our secure data portal, with A.N.D.A.S.™ alerts when new data is available for download. -
Engineering first structure
Data is organized for trending, comparison, and interpretation.
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Traceability
Tire identification, cycle tagging, and program context support auditability over time. -
Decision support during execution
Supports candidate narrowing, anomaly visibility, and alignment with internal analysis workflows. -
Expanded measurement depth
Dedicated Testing has expanded reporting beyond tread wear trending to include abrasion efficiency indicators and heatmap wear visualization, as defined by program scope.
How TreadSight™ complements laboratory testing
Laboratory testing is essential for isolating mechanisms under controlled conditions. Real-world tire testing complements lab results by capturing real-world interactions and variability that controlled tests cannot fully reproduce, and by providing cycle based trend visibility under real duty cycles.
Note: Metric definitions and reporting scope are defined per program and test type. Abrasion efficiency indicators are reported within Dedicated Testing programs. Underlying calculation methodology and data collection processes remain proprietary.