Description Speedways Gripking
The name of the Speedways Gripking tyre can be translated as "king of grip", and this quite accurately describes the strong points of this model for agricultural tractors. It is used on the driving axle and is designed to work on loose, wet, and uneven soil. The diagonal construction is designed for high loads and prolonged operation during ploughing, cultivation, and other energy-intensive operations.
Effective implementation of traction force
The tyre features a classic "agricultural" tread pattern of the R-1 category, distinguished by narrowed blocks with elongated curved walls. Elements of this shape are able to deeply penetrate the soil, preventing wheel slip even with a high moisture content. Significant voids between the blocks prevent the tread from "clogging" and maintain high traction properties.
Resistance to lateral skidding
A characteristic feature of the tyre is its profile, which provides stable contact with the surface when moving under load. The inclination of the block edges at a large angle and their increased length reduce the risk of lateral skidding, making it much easier to work with mounted equipment, especially during field operations on slopes.
Durable construction for heavy conditions
The applied diagonal carcass with a reinforced construction is designed for intensive operation. The special compound is resistant to cuts, chips, and accelerated wear that occurs when in contact with stones, stubble, and hard inclusions. Thanks to this, the tyre retains its initial block shape and working characteristics for longer.
Key features of the Speedways Gripking:
- the optimized block shape allows the tyre to effectively transmit traction force on loose, wet, and processed soils;
the open tread architecture promotes quick self-cleaning and reduces the likelihood of wheel slip;
the reinforced diagonal carcass and cut-resistant compound increase reliability during intensive field operation;
the optimized profile improves directional stability, reduces lateral skidding, and increases the accuracy of control of agricultural equipment.