Continental HDR
This model is an innovative drive position tire developed especially to provide traction, uniform tread wear for extra mileage, safety, and road grip. It is designed especially for regional hauling and on/off-road applications.
The HDR comes with a SmartWay Verified tread compound molded into an aggressive tread pattern that presents special shoulders designed to deliver superb lateral stability, improved traction, and better overall performance. With a large footprint for better pressure distribution, it offers more adherence, increased mileage, and more stability at the same time. Multi-rib design is to reduce the road noise for a comfortable and quiet ride experience. It uses the 26/32 tread that presents a durable tread compound to provide casing durability, reducing the impacts from road shocks and other hazards. Continental engineers use the latest innovation in the tire industry to provide longer wear and lower rolling resistance by predicting rubber characteristics at the molecular level.
For safety reasons, this model uses tapered tread grooves designed to reduce stone drilling/retention maximum casing durability for possible multiple retreads. Two wide, deep circumferential grooves combined with lateral grooves provide high aquaplaning resistance by better water and slush dispersion from under the footprint, improving wet traction and braking performance.
Continental HDR is available in 22.5-inch size, being one of the best drive options tires for a wide range of commercial vehicles used in people, goods, and construction transportation.
Features and benefits
High-quality drive position tire.
Aggressive design provides better traction and additional grip in light off-road applications.
Offset center tread blocks for increased all-weather traction.
Improved multi-service tread compound promotes high mileage in long and short-haul and on/off-road applications.
Durable sidewall promotes additional casing durability.
An innovative shoulder pattern reduces road noise for more comfort.
Two wide circumferential grooves reduce hydroplaning risk.
