Landsail CLX9 Mudblazer M/T
This model is a mud-terrain tire built especially for light trucks, and other off-road vehicles to provide ultimate performance in terms of traction, grip in severe mud-terrain applications, but also in towing and hauling services.
The CLX9 Mudblazer M/T comes with an advanced tread compound molded into an aggressive tread design that presents independent tread blocks combined with open shoulders to promote superior traction in mud, dirt, snow or sand. Due to the special sidewall design with advanced tread elements this tire feels at home in off-road environments promoting exceptional traction even in severe snow offering additional lateral biting edges. The engineers use trustworthy technology to design a 12-ply construction, for special towing services, thus meeting the needs of thousands of light truck owners.
For safety reasons, this model has special tread grooves to deliver better mud, snow, slush, dirt evacuation from under the tire footprint for improved traction, road stability and more road adherence. Landsail uses the latest technologies in the tire industry to produce a quality rubber product focused on towing and hauling performance, promoting ride comfort, and improved braking performance as well.
Inside the tread, we can find the trustworthy internal construction that includes three layers of polyester cord fabric combined with special steel belt construction designed to add extra durability and strength in off-road environments, thus promoting additional protection from sharp debris and rocks. Landsail CLX9 Mudblazer M/T is available from 15 to 24-inch sizes, with Q, S, and R- speed rating.
Features and benefits
Aggressive M/T light truck tire.
Developed for towing and hauling services.
Trustworthy 12-ply construction boosts carrying capacity and inflation pressure.
Quiet and smooth driving due to special groove geometry that minimizes the road noise and vibrations.
Open shoulders promote powerful grip and improved mud and snow characteristics.
Durable sidewalls improve carrying characteristics and manage the road hazards as sharp rocks.
Optimized footprint allows better weight distribution for uniform wear and more contact patch for road adherence.
