Groundbreaking approach unveiled by the petrochemical sector to tackle the historical vulnerability of electric vehicles
In an EV-dominated world, the tire industry is redefining itself to support the electric vehicle revolution. Collaborations between the automotive and tire industries are expected to advance standards to meet ecological and economic needs in the long term.
The future of tires in this electrified world hinges on balancing durability, performance, and fine particle emissions. Manufacturers like Michelin, Bridgestone, Goodyear, and Nokian Tyres are developing specialized tires for electric vehicles with reinforced structures and composite materials.
Advanced tread compounds, reinforced structures, low rolling resistance, and noise reduction technologies are at the forefront of these innovations. For instance, Nokian Tyres engineer EV tires with abrasion-resistant tread compounds and reinforced sidewalls to withstand the higher torque and rapid acceleration typical of electric vehicles, thereby improving durability and grip without compromising safety or tire life.
Low rolling resistance designs are critical to extending EV driving range by minimizing energy loss. Manufacturers are using specialized rubber compounds and tread patterns to achieve this.
Noise-reduction systems are another key innovation. NEXEN TIRE, for example, uses sound-absorbing materials inside the tire cavity and AI-optimized tread patterns to reduce road noise, enhancing the quiet driving experience of electric or hydrogen vehicles while maintaining strong braking and handling performance.
Industry events like the Europe Tire Innovation Summit 2025 highlight emerging EV tire technologies addressing NVH (Noise, Vibration, Harshness) challenges and the integration of smart tire intelligence systems. These smart tires incorporate sensor technologies that monitor tire pressure, temperature, and road conditions in real time, providing data to improve vehicle safety, performance, and maintenance scheduling.
The goal is to create tires that can withstand the unique challenges posed by electric vehicles while remaining eco-friendly. The use of bio-based elastomers reinforced with plant fibers or biomass derivatives reduces the environmental impact of the tires. In the future, advances in bio-based materials and recycling technology aim to create tougher and longer-lasting tires.
Maintenance tips such as monitoring tire pressure and regularly rotating tires are crucial for extending their lifespan, especially as electric vehicles become the norm. As we navigate this electric future, the tire industry is committed to ensuring safe, economical, and sustainable driving experiences for all.
References:
- Nokian Tyres
- Europe Tire Innovation Summit 2025
- NEXEN TIRE
- Smart Tire Technology
- The tire industry is innovating to support electric vehicles (EVs), with manufacturers like Michelin, Bridgestone, Goodyear, and Nokian Tyres developing specialized EV tires using reinforced structures and composite materials.
- Nokian Tyres engineers EV tires with abrasion-resistant tread compounds and reinforced sidewalls to withstand the higher torque and rapid acceleration of electric vehicles, thereby improving durability and grip without compromising safety or tire life.
- Low rolling resistance designs are crucial for extending EV driving range by minimizing energy loss, with manufacturers using specialized rubber compounds and tread patterns to achieve this.
- NEXEN Tire uses sound-absorbing materials inside the tire cavity and AI-optimized tread patterns to reduce road noise, enhancing the quiet driving experience of electric vehicles while maintaining strong braking and handling performance.
- The Europe Tire Innovation Summit 2025 spotlights emerging EV tire technologies addressing NVH (Noise, Vibration, Harshness) challenges and the integration of smart tire intelligence systems, which incorporate sensor technologies to monitor tire pressure, temperature, and road conditions in real time.
