Prepare to experience winter driving like never before with the Nokian Hakkapeliitta 10 EV. Crafted with state of the art tech, this studded tire offers safety and performance for electric vehicles and hybrids, ensuring a smooth and secure ride on icy roads. Moreover, it has the 3PMS symbol on the sidewall, meaning that it can safely handle severe snow conditions.
First of all, the Nokian Hakkapeliitta 10 EV has a directional tread pattern that grants the best surface contact and traction. Next, the SilentDrive technology combats road noise, delivering a quiet and cozy ride. Besides, the center tread blocks create plenty of biting edges that improve grip and control on icy and snow surfaces. The studs boost traction in the harshest conditions, getting you out of any unwanted situation. In addition, the deep grooves channel water and snow away from the patch, thus reducing the risks of skidding or clogging.
What's more, the open shoulder design of the Nokian Hakkapeliitta 10 EV promotes even wear and improves the cornering ability. The tire's abundant siping boosts the braking and acceleration performance, ensuring a smooth ride at all times. Thanks to the tough sidewalls, the rim is safe from curb damage. A complex rubber compound keeps its flexibility when it's below zero outside, offering maximum performance. Moreover, it lowers the rolling resistance for less fuel usage. Finally, this model is available in sizes with rim diameters of 18", 19", 20", and 21". Backed by reviews, this tire is ideal for the following cars: Tesla Model S and Hyundai IONIQ 5.
Features and benefits
- Modern winter tire suitable for electric vehicles and hybrids.
- New rubber compounds cut fuel usage and resist cold temperatures.
- Smart stud design raises grip and traction in severe snow and ice conditions.
- Directional tread pattern offers the best surface contact and handling precision.
- Deep grooves expel water and snow from the patch to increase safety.
- Abundant siping creates extra biting edges to shorten the braking distance.
