Description Кама Velta MT 400
Kama Velta MT 400 — a representative of the series of tires with increased passability, which has incorporated the best solutions for active and stunt riding. This is a tire for those who need a real drive on rough terrain.
Aggressive Tread
The basis is a block-directed pattern consisting of multi-faceted elements. Such geometry provides the maximum contact area, especially on rough terrain. The increased size of the blocks works like miniature blades, effectively digging into loose sand, gravel or wet mud, providing confident control over the bike. The arrangement of the "chess pieces" is strictly oriented along the direction of rotation. This solution, characteristic of off-road tires, increases directional stability on a straight line and improves response to steering wheel turns.
Designed for High Loads
When creating the model, engineers made a bet on the reliability of the carcass and the universality of the design, which is especially important for BMX bicycles and active use. The reinforced cord is a sturdy thread-based foundation that guarantees the preservation of the tire's shape and elasticity under load. This minimizes the risk of deformation during stunts and intense riding. The tire was created with consideration of the loads when performing BMX elements, where not only passability is important, but also lateral stiffness during landings and sharp maneuvers.
Work in Any Weather
The compound recipe was developed in the scientific and technical center, taking into account the complex climate of the Russian Federation and aggressive operating conditions. The model retains its working properties at various temperature regimes, making it a universal choice for the entire season.
Main Features of Kama Velta MT 400:
- original tread — multi-faceted "chess pieces" with a directional pattern for confident grip on the ground;
- model for active riding on rough terrain and performing stunts;
- durable carcass, resistant to deformation and rupture under high loads;
- performance and preservation of elasticity at various temperatures.