DUNLOP AT82 110/100-18 OFF ROAD RACING REAR TYRE

Dunlop GeoMax AT82 Rear Tyre 110/100-18 Off-Road Racing

The Dunlop GeoMax AT82 Rear Tyre 110/100-18 is a next-generation off-road racing tyre developed using feedback from world-class riders and decades of Dunlop motocross innovation. Designed for competitive riders and serious off-road enthusiasts, the AT82 delivers exceptional traction, cornering control, and durability across a wide range of terrain.

Engineered with Dunlop’s advanced Progressive Cornering Block Technology (PCBT), the AT82 improves handling by reducing knob deformation during aggressive cornering. The new rear tread pattern increases drive grip and cornering consistency, helping riders maintain traction under acceleration and through technical sections.

The tyre also features an updated construction and profile to enhance bump absorption and overall stability on rough terrain. Its bi-directional rear tread design allows riders to reverse the tyre’s mounting direction depending on conditions, optimising performance for both soft and hard terrain.

Built for modern motocross and off-road bikes, the Dunlop GeoMax AT82 offers race-level performance, improved durability, and versatile traction for varying track conditions.

Key Features

• High-performance off-road racing rear tyre for motocross and enduro riding

• Progressive Cornering Block Technology (PCBT) improves cornering stability and reduces knob flex

• New tread pattern increases drive traction and cornering consistency

• Bi-directional tread design allows optimisation for soft or hard terrain

• Updated construction enhances bump absorption and overall handling

• Durable knob design for improved wear and long-lasting performance

Specifications

• Tyre Position: Rear

• Tyre Size: 110/100-18

• Category: Off-Road / Motocross / Racing

• Brand: Dunlop

• Model: GeoMax AT82

The Dunlop GeoMax AT82 110/100-18 rear tyre is an excellent choice for riders seeking a race-ready motocross tyre with superior grip, durability, and versatile performance across varying terrain conditions.