In the world of tire manufacturing, the compromise between summer handling and winter traction has always been considered the most challenging task. The ForceLand Vintek F35 is an example of a tire where the manufacturer has shifted the focus from cost reduction to the stability of the contact patch across a wide temperature range. This model is designed for light trucks and SUVs.
Compound Technology
The key feature is an optimized silica-polymer compound with a structure. Unlike budget-friendly all-season tires, it has an increased content of active silicic acid. This provides elasticity at negative temperatures and abrasive resistance.
Handling without "drifting"
The model features a reinforced breaker made of two layers of steel cord with a zigzag winding. This approach reduces deformation of the contact patch during acceleration and braking, prevents deformation of the shoulder area in turns, and provides a clear, informative steering feel.
Drainage, traction, and directional stability
The tread pattern is a functional scheme where each element works to perform a specific task. The dual central rib with a dividing groove is responsible for quick reactions to steering and directional stability on straight roads. The wavy notches on the central blocks, when braking on a wet road or rolled snow, the lamellas close, creating an additional fixing effect. The solid longitudinal rib in the "shoulder" reduces noise, while the rounded transverse grooves, extending 4-5 mm onto the sidewall, work like a spring. When driving on loose snow or off-road, they actively scoop out the mixture, preventing the tire from becoming clogged.
Key features of the ForceLand Vintek F35:
- the all-season compound works at various temperatures, maintaining elasticity and resistance to wear;
- the steel breaker prevents deformation of the contact patch during sharp maneuvers and full vehicle load;
- 4 longitudinal channels of increased volume provide confidence in rain and slush;
- shoulder blocks with a sidewall overlap improve passability;
- the optimized block pitch eliminates dominant frequencies of hum on the highway.
