Heidenau K74 Motor Cross 110/90 R13 56Q

The Heidenau K74 Motor Cross motorcycle tires are quite specialized, as reflected in their name. However, this model is not only intended for motocross participation but can also be used for civilian purposes, such as motocrossing on rough terrain. When used in this way, this tire shows a rather docile character, distinguished by high performance on various types of surfaces.

Such versatility is due to the manufacturer's approach to forming its model range, where the cross-country tire family has a clear division by surface type. According to this classification, this model is designed for operation on medium-hard surfaces, which predetermined its good traction properties on various surface options.

As befits a classic cross-country tire, the Heidenau K74 model features a tread pattern with a huge number of individually standing rectangular blocks. These blocks are arranged on the tread in such a way that they form multiple transverse ribs, allowing for maximum efficiency when accelerating and braking.

Another feature of this tire is the tread profile, which has a sufficiently large slope. In combination with a multitude of small but very high blocks in the shoulder areas, this became the main reason for the tire's excellent stability when cornering, even at fairly large angles of inclination.

It is also worth noting the excellent characteristics of the tread's self-cleaning properties. The distance between the tread blocks is so great that the tread does not clog even on the most viscous soil, thereby ensuring excellent traction in fairly complex situations.

Main features of Heidenau K74

- Excellent performance on most surface types is ensured by the original tread pattern design;
- Multiple transverse ribs consisting of massive rectangular blocks allow the tire to demonstrate excellent acceleration and braking efficiency, especially on unstable and viscous soils;
- Special blocks located in the shoulder areas of the tread provide excellent stability in corners, regardless of the surface type.