Yokohama Geolandar A/T-S P235/70 R16 Tubeless SUV Tyre

Vehicle Compatibility: Mahindra Scorpio, Thar / Tata Safari Storme, Safari, Aria, Sumo Grande, Xenon XT / Force One SUV
The ‘multi-step’ inner tread block design is part of the secret to the off-road traction of the A/T-S and extra rigidity means better mobility on-road and improves the tyre’s self-cleaning properties for better control off-road
Carefully positioned along the circumference of the tyre are multi-length, multi-pitch blocks that ensure tread generated noise is kept to a minimum and it’s a welcome boost in cabin comfort for both driver and passengers alike
Featured on the new Geolandar A/T-S sidewall are powerful tyre block protectors and these enhancements not only aid in protecting the tyre from cuts and abrasions, they also provide added levels of traction in deeply rutted off-road conditions
The innovative large surface area, deep-cut pyramid-like zigzag sipes are key to the outstanding block rigidity and by reducing block deformation under stress, they enhance braking and handling capabilities and minimize uneven tread wear for improved tread mileage, also, the sipes ‘edge effect’ water expulsion design simultaneously provides excellent grip, even on slippery asphalt
The A/T-S is based on a primary tread layout of four deep and straight grooves and these are a vital element of A/T-S’s extremely effective water expulsion capabilities and are essential to its advanced anti-aquaplaning capabilities that further superior overall handling in the wet conditions
Durable, capable and merciless, the Geolandar A/T-S will consume any terrain you throw at it and following exhaustive testing around the world in both off and on-road conditions, Yokohama has formulated a compound, which together with its superior construction design, make the A/T-S the leader in its class
‘Angled’ leading edges to the blocks ensure unwanted tyre noise is significantly reduced and uneven tread wear is minimized – it’s an innovation with long-lasting results
Additionally, the load on each tread block is optimized so that uneven wear is appreciably reduced