EV Tyres on Concrete Roads: Engineering Challenges & Smart Solutions
Introduction With the rapid adoption of Electric Vehicles (EVs) , tyre design has entered a new era. EVs are heavier, quieter, and deliver instant torque — all of which place unique demands on tyres . These challenges become even more critical when EVs operate on concrete (cement) roads , which are increasingly common on highways and urban infrastructure projects. Concrete roads behave very differently from traditional bitumen (tar) roads, and EV tyres must be engineered specifically to handle this combination. Why Concrete Roads Are Tough on EV Tyres 1. Higher Abrasion & Wear Concrete roads have a harder and rougher surface texture . Compared to flexible bitumen roads, concrete causes: Faster tread wear Higher micro-cut and chipping risk Increased heat generation in tread blocks For EVs, this wear accelerates due to higher vehicle weight (battery mass) and instant torque delivery 2. Increased Road Noise EVs are inherently quiet — no engine noise to mas...