Insa Turbo T2

Insa Turbo T2 — a thought-out model for passenger cars. It prioritizes stability on paved surfaces and versatility on dry, wet, and snowy roads. The model demonstrates a short braking distance, high resistance to lateral skidding, and predictable handling.

Directed Symmetry

The tread is made according to the classic directed scheme with a symmetrical structure. This solution is a precise calculation. The arrow-shaped pattern sets a forced direction of movement of water, slush, and mud from the center to the periphery. Thanks to this, the contact area is cleaned as quickly as possible, which directly improves traction and braking properties. In addition, the directed design enhances directional stability — the car "wobbles" less.

Wavy Lames

The key engineering find is the abundance of notches throughout the surface of the blocks. Each such lamella works as an independent gripping element. As a result, a huge number of micro-studs are formed, which literally "bite" into ice and snow crust. It is this technology that allows the tire to effectively grip the winter road, providing a high level of safety.

Elasticity Chemistry

The manufacturer has adapted the rubber compound recipe to work in a wide temperature range. Two key components have been introduced:
- silica — responsible for the microporosity and flexibility of the compound at subzero temperatures;
- a package of synthetic elastomers — increases elasticity and resistance to mechanical stresses that occur at elevated temperatures.

As a result, the compound maintains its working viscosity even in a wide temperature range, stably adapting to the microprofile of the road. This factor critically affects the coupling and traction properties.

Key Features of Insa Turbo T2:

- versatility of application on passenger cars in any season;
- wavy notches form thousands of additional gripping edges, increasing the reliability of braking and acceleration;
- a directed tread with wide channels instantly evacuates large volumes of slush and water, preventing hydroplaning and slushing;
- the rubber compound maintains its working elasticity in a wide temperature range, adapting to the microrelief of the road.