As electric and hybrid powertrains reshape global automotive dynamics, tire engineering faces a fundamental transition driven by unique operational requirements. The substantial static mass of battery packs combined with immediate torque delivery puts unprecedented structural stress on tire contact patches, accelerating surface wear and altering vehicle dynamics. Consequently, modern tire manufacturing demands purpose-built compound chemistry and reinforced casing architectures.
Addressing this technological shift, Turkey's AKO Grup is advancing its R&D and production capabilities to support the electric mobility landscape. The company's engineering focus centers on developing low rolling resistance treads to maximize battery range, integrating specialized acoustic dampening materials to mitigate road noise in quiet EV cabins, and utilizing advanced compound formulations capable of supporting higher load indices.
Strategic R&D Alignment and Next-Gen Engineering
Analyzing the changing parameters of tire technology and outlining the company's local manufacturing strategy, AKO Grup Board Member S. Safa Özcan noted:
Electric mobility demands an engineering approach far beyond traditional performance criteria. Higher load capacities, optimized rolling resistance, silent driving comfort, and maximum wear resistance have become the baseline standards of this new era. Today, the tire has evolved from a passive vehicle component into a strategic technological element that directly determines range optimization, passenger safety, and environmental sustainability. At AKO Grup, we closely follow global trends and changing user expectations, working with our robust domestic production infrastructure to bring tomorrow's technologies to the roads today.
