Engineered for Maximum Payload and Extended Service Life

The AEOLUS AE401 represents the next evolution in heavy haulage technology, featuring an E-4 rating for higher load capacity and specialized design for operations demanding maximum payload efficiency. This premium tyre delivers exceptional performance through its advanced compound and tread pattern, specifically engineered for the most demanding haulage applications.

Key Features & Benefits:

• Higher Load Capacity (E-4 Rating): Engineered to handle increased payloads compared to standard E-3 tyres, providing greater operational efficiency and cost-effectiveness for high-tonnage operations.

• Excellent Traction & Long Service Life: Advanced tread design and Compound B work in synergy to deliver reliable grip while significantly extending tyre lifespan, reducing cost per ton hauled.

• Superior Lateral Sliding Resistance: Enhanced sidewall and tread stability provide exceptional resistance to lateral forces, improving safety and control on curves, slopes, and uneven haul roads.

• Optimized for Heavy-Duty Applications: Built to withstand the extreme stresses of high-capacity haulage in mining, quarry, and major earthmoving operations.

• Deep Tread Depth: 36mm (14.00R25) to 45mm (16.00R25) tread depth provides extended service life and reliable performance in abrasive conditions.

Technical Specifications:

E-4 vs E-3 Advantage:
The AE401’s E-4 rating signifies its capability to handle higher load capacities than standard E-3 tyres, making it ideal for operations focused on maximizing payload efficiency and reducing cycle times.

Ideal For High-Capacity Applications:

• High-Tonnage Mine Haul Trucks

• Quarry Operations with Heavy Payloads

• Major Earthmoving Projects

• Any application where maximum legal payload is critical to profitability

Why Choose AE401?
When your operation demands both higher load capacity and extended service life, the AE401 delivers premium E-4 performance that maximizes payload efficiency while providing exceptional traction and lateral stability.