Details for Kumho Eco Solus KL21 | Bruns Service Center Inc. Eldon, MO

Low Rolling Resistance (LRR) technology utilizes high dispersion silica (HDS) that strengthens the molecular structure of the rubber to improve fuel economy up to 5% and provide lower operating cost per mile.

Eco-friendly design reduces rubber dust particle emission by 10% without sacrificing performance attributes like ride comfort, noise levels, steering stability or all-season traction in wet conditions.

Anti-abrasion carbon black technology with HDS improves wear resistance and maintains high traction capability in both wet and dry conditions for better gas mileage, performance and comfort â€“ all while reducing its carbon footprint.

Kuhmoâ€™s proprietary noise simulation know-how delivers exceptionally low noise operation.

Durable belt construction including two full-width steel belt layers, high-tensile bead wire construction and lower rolling resistance mold profile provides strength, durability, ride comfort and better fuel economy.

Low Rolling Resistance (LRR) technology utilizes high dispersion silica (HDS) that strengthens the molecular structure of the rubber to improve fuel economy up to 5% and provide lower operating cost per mile.

Eco-friendly design reduces rubber dust particle emission by 10% without sacrificing performance attributes like ride comfort, noise levels, steering stability or all-season traction in wet conditions.

Anti-abrasion carbon black technology with HDS improves wear resistance and maintains high traction capability in both wet and dry conditions for better gas mileage, performance and comfort â€“ all while reducing its carbon footprint.

Kuhmoâ€™s proprietary noise simulation know-how delivers exceptionally low noise operation.

Durable belt construction including two full-width steel belt layers, high-tensile bead wire construction and lower rolling resistance mold profile provides strength, durability, ride comfort and better fuel economy.

Filter By x

Tire Catalog

Quick Links

Stay Connected

Contact Us