Ceat launches EV tyres specially designed for electric buses

The performance of Ceat’s WinEnergy X3-R tyres is already proven in EV fleets across the country. Data has shown that these tyres deliver 30% higher mileage, 30% better rolling resistance, and 50% reduction in tyre noise as compared to regular tyres. These parameters are particularly important in EV vehicles. Non-polluting electric buses are cheaper to run and are less noisy compared to vehicles using fossil-fuels.

The R&D invested by Ceat Tyres into the development of the new EV tyres has considered the unique requirements and characteristics of an electric bus. For instance, an EV bus has a higher torque, both at the start and also when accelerating. An electric engine is also heavier than a diesel engine. An electric bus needs to be able to offer a smooth, cushioned ride on city roads which are quite often in a state of disrepair. The technical aspects of Ceat’s WinEnergy X3-R tyres address these requirements. 

The tyre has an all-steel tubeless construction with a robust casing to cater to the high torque. The tyres have a low rolling resistance for better mileage. Other technologies have also been utilised: such as EVST for better stiffness and tyre grip, FaF to dampen noise, and BRIC-T to resist tread buckling. The tyres have a unique circuit design, a wider contact, and have reinforced sidewalls – these features provide better traction and reduce tyre damage, hence making for a safer, cost-effective, and smoother ride. Another aspect of these EV tyres is that they fit all axle positions. The EV tyres are available in two sizes - 295/80R22.5 and 255/70R22.5.

Arnab Banerjee, COO, CEAT said, “Indian cities can look forward to the further deployment of electric buses which provide for a sustainable, air and noise pollution-free transit for commuters. With the launch of CEAT’s WinEnergy X3-R EV tyres we are pleased to be able to offer tyres specifically designed for our EV OEMs, and to help in making urban transport cost-effective, cleaner, and smoother.”