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The GEOLANDAR G055 tread design has been specifically engineered to deliver confident handling across road conditions.

Transition grooves with notch sipes work together to create biting edges for superior traction in wet and wintery conditions while maintaining tread block rigidity for improved mileage and handling.

Circumferential zigzag grooves resist hydroplaning by channeling water away from the tread and provide aggressive edges for confident winter handling, even as the tread wears.

The Geolandar G055 is constructed to offer a quiet ride and provide maximum responsiveness for added peace of mind.

Integrated shoulder minimizes road noise to offer a quiet, more comfortable ride while resisting irregular wear.

Full nylon cover extends across the belts to improve stability at highway speeds, and delivers confident handling.

The Geolandar G055 is backed by an impressive 65,000-mile limited tread warranty.

Optimized profile provides even pressure across the tread surface ensuring even wear, optimal fuel-efficiency and reliable traction across all conditions.

The GEOLANDAR G055 tread design has been specifically engineered to deliver confident handling across road conditions.

Transition grooves with notch sipes work together to create biting edges for superior traction in wet and wintery conditions while maintaining tread block rigidity for improved mileage and handling.

Circumferential zigzag grooves resist hydroplaning by channeling water away from the tread and provide aggressive edges for confident winter handling, even as the tread wears.

The Geolandar G055 is constructed to offer a quiet ride and provide maximum responsiveness for added peace of mind.

Integrated shoulder minimizes road noise to offer a quiet, more comfortable ride while resisting irregular wear.

Full nylon cover extends across the belts to improve stability at highway speeds, and delivers confident handling.

The Geolandar G055 is backed by an impressive 65,000-mile limited tread warranty.

Optimized profile provides even pressure across the tread surface ensuring even wear, optimal fuel-efficiency and reliable traction across all conditions.