Triangle TR652 165 R13 94/93Q

The Triangle TR652 summer tire is specifically designed for light trucks that can be used on any road. Considering consumer wishes, the company's specialists made a primary focus on maximum safety and stability. To achieve this, a shock-resistant frame and an unusual tread pattern were used. To prevent defective batches from entering the market, the tire undergoes thorough quality control.

Shock-resistant frame

Light truck tires are often subjected to maximum loads, which become the cause of tread ruptures. The used reinforced frame is made using new technology, so it has increased strength and reduced weight. As a result, the tire can withstand heavy loads, and the reduced weight has allowed for improved speed characteristics and reduced braking distance.

Universal tread pattern

The universal tread pattern used in the Triangle TR652 provides excellent driving qualities on any road surface. The dual rows of blocks in the center of the tread provide excellent stability during straight-line movement. The shoulder area has special grooves, thanks to which it was possible to increase stability during any maneuvers. A special protective ring in the shoulder area reliably protects the tire from lateral damage and punctures.

Branching water drainage system

This tire uses a branching water drainage system, consisting of three deep channels and a large number of small notches and lamellas. The deep zigzag channels quickly drain water from the tire, preventing possible aquaplaning. A large number of small notches and lamellas perfectly absorb noise while driving and provide increased traction on wet roads.

Main features of the Triangle TR652 tire

- The reinforced frame provides reliable protection against damage and punctures, withstanding maximum loads;
- The universal tread design has achieved increased stability and excellent handling;
- The new water drainage system increases traction on wet road surfaces and reduces driving noise;
- The increased elasticity of the rubber has allowed for reduced rolling resistance, which has reduced fuel consumption while driving and increased stability on any surface.