Continental Conti HSR3
This model is an all-position tire developed especially for commercial use to provide improved traction, load/people safety, uniform tread wear, and more road stability. It is designed to be used in regional hauling and light off-road applications.
The Conti HSR3 comes with an innovative tread compound molded into an optimized tread pattern that presents a four-rib with a large footprint for better pressure distribution providing increased mileage, adherence, and more stability at the same time. Due to zigzag groove geometry, this model presents good resistance when it comes to high scrub applications. It uses a rigid belt package with a full-width top belt and extra sidewall protection for increased tread and casing durability.
For safety reasons this model is built on the innovative Conti 3G Casing to add extra resistance to cuts, curbs, and many other road hazards. Three circumferential grooves provide high aquaplaning resistance by better water and slush dispersion from under the footprint, improving overall performance. Another important innovation used by Continental engineers is the pyramidal stone ejector system designed to reduce stone drilling promoting maximum casing protection.
Continental Conti HSR3 is available from 22.5 and 24.5-inch sizes backed by long-lasting treadwear being one of the best all-position options for a wide range of vehicles used in construction applications and goods transportation. This model comes with a 23/32” deep tread pattern, promoting low resistance and high mileage performance.
Features and benefits
Durable all-position tire.
Four-rib design provides better traction, high goods/people safety, road stability, and low road noise.
Zigzag groove geometry promotes good resistance when it comes to high scrub applications.
Full-width top belt promotes additional durability and high safety features as well.
Optimized tread pattern improves wear resistance for more miles.
Available with a Pyramidal stone ejection system.
Three wide circumferential grooves reduce hydroplaning risk.
