Maximum Flotation and Traction for the Most Unstable Surfaces

The AEOLUS AE77 is engineered as a specialized wide-base flotation tyre designed for agricultural, sand, engineering, and emergency vehicles that operate in soft, unstable, and challenging terrain. Its wide footprint and advanced tread design deliver exceptional flotation and traction where conventional tyres would struggle, making it ideal for applications where ground pressure must be minimized.

Key Features & Benefits:

• High Floating Ability: Wide-base design distributes weight over a larger contact area, reducing ground pressure and preventing sinking in soft sand, mud, and loose soil.

• Excellent Grip Performance: Delivers reliable traction across various unstable surfaces, from loose sand to muddy fields and emergency response scenarios.

• Superior Mud Dispersion & Drainage: Advanced tread pattern effectively clears mud and water, maintaining traction and control in wet, soft conditions.

• E-7 Heavy-Duty Rating: Built to withstand extreme loads and harsh conditions across multiple applications.

• Multiple Wide-Base Sizes: Three specialized sizes to fit various flotation applications and vehicle requirements.

Technical Specifications:

Application-Specific Advantages:

• Agricultural Vehicles: Prevents soil compaction and provides traction in muddy fields

• Sand Operations: Wide footprint floats on loose sand without digging in

• Engineering Vehicles: Stable platform for equipment operating on unstable ground

• Emergency Vehicles: Reliable mobility in off-road rescue situations

Size Selection Guide:

• 24R20.5 (16PR): Largest footprint for maximum flotation in extreme conditions

• 525/65R20.5 (20PR): Higher load capacity with excellent flotation characteristics

• 18R22.5: Standard wide-base option for general flotation applications

Why Choose AE77?
When your vehicles operate in soft, unstable terrain where conventional tyres would sink or lose traction, the AE77 delivers the wide-base flotation technology needed to maintain mobility and productivity in the most challenging conditions.