Conquer Tough Terrains
Designed to meet the rigorous demands of construction and agro-industrial settings, the Alliance 601 Mud & Snow (M+S) tyre combines radial construction with advanced steel belt protection for extended life and exceptional resilience. This tyre is engineered to provide reliable performance in adverse conditions, featuring a non-directional tread design that guarantees consistent traction regardless of the direction of travel.
The high crown radius of the tyre contributes to even ground pressure distribution, ensuring stability and reducing wear across varied terrains. Additionally, its superior self-cleaning ability prevents mud and snow buildup, maintaining high levels of traction in all conditions.
Ideal for use on a wide range of construction and agro-industrial equipment, the Alliance 601 M+S tyre is the go-to choice for operators seeking to maintain productivity and safety, even in the most challenging environments.
The “R-4” designation indicates that the tyre is specifically designed for tractor and industrial use, particularly in intermediate to muddy or snowy conditions where a balance between traction and durability is crucial. This classification signifies the tyre’s suitability for construction and agro-industrial equipment, providing a reliable solution for operators facing diverse and demanding terrain challenges.
Radial Tyre Construction
With its radial build and steel belt protection, the Alliance 601 M+S tyre offers a longer life and enhanced durability, making it a reliable choice for heavy-duty applications.
Efficient Self-Cleaning Ability
he tyre's design ensures high traction and effective self-cleaning, preventing mud and snow accumulation for consistent performance in all conditions.
Non-Directional Tread Design
Offering equal traction in both directions of travel, this design feature ensures flexibility and efficiency, making the tyre suitable for various surfaces and operational requirements.
Even Ground Pressure Distribution
The high crown radius and flat contact area of the tyre promote uniform ground pressure distribution, contributing to stability, reduced wear, and improved fuel efficiency.