MA-ST3 – Maxxis Moto Australia

MA-ST3

The new MA-ST3 delivers superior traction, stability, and ride comfort across diverse road conditions. Its advanced tread pattern enhances wet and dry grip, ensuring a smooth and confident driving experience. Built for longevity and optimal handling, the MA-ST3 is perfect for riders seeking top-tier performance without compromise. Whether you’re navigating city streets or exploring open highways, the MA-ST3 provides the ultimate balance of safety and performance.

All-new silica high-grip compound & dual compound technology provides outstanding dry & wet grip!
New dual compound design improves wear life and straight-line stability.
Improved tyre construction strength improves stability at high speeds while improving rider feeling and precise cornering behaviour.
High drainage pattern improves contact and rider feeling in wet conditions.

Wet Grip

+28%

Wet Grip Performance
Tested on asphalt road. New compound and siping design provides high water drainage, greatly improving stability and handling in changing conditions.

DCR Technology

+20%

More Mileage
The Dual Compound (DCR) rear construction delivers over 20% more mileage compared to the MA-ST3 without DCR — without sacrificing grip on lean.

Planted Feeling

+10%

Rider Feeling
New tyre construction and dual compound results in over 10% improvement in planted feeling and comfort across all road conditions vs benchmark.

Wet Grip — vs Benchmark

+28%MA-ST3

Benchmark

Mileage — DCR vs Without DCR

+20%MA-ST3 with DCR

MA-ST3 without DCR

Silica High-Grip Compound

All-new silica compound delivers outstanding dry and wet grip across all road conditions.

Dual Compound (DCR)

Hard centre for mileage, soft shoulders for grip on lean — over 20% more tyre life vs without DCR.

High-Speed Stability

Spiral Steel Belt (SSB) construction with strengthened sidewall delivers precise, confident cornering at speed.

Optimal Profile (OPA)

FEA-optimised tyre profile enlarges the cornering contact area for improved grip and rider feedback at all lean angles.