Electric cars possess a feature known as regenerative braking, which can catch inexperienced drivers off guard, particularly in icy winter weather and during turns. Driving instructor Riku Tahko explains that the sudden deceleration can unnaturally shift the car's rear, creating a jarring experience when a driver lifts their foot off the accelerator. This can be particularly alarming for those who are not accustomed to the unique handling of electric vehicles.

The process of regenerative braking enables electric vehicles to collect energy during deceleration and braking, which can be both a boon for efficiency and a source of confusion for new drivers. Drivers often have the option to adjust the intensity of regenerative braking or disable it altogether. However, the vehicle's drive modes also influence how this system reacts, with sport modes in cars like the Hyundai Ioniq 5 potentially allowing for more wheel spin, which could lead to further complications in low-grip situations.

Tahko advocates for the use of snow or winter driving modes on slippery roads to improve traction. Understanding how regenerative braking interacts with the vehicle's handling is crucial for new electric car drivers, as it can drastically alter their driving dynamics compared to traditional vehicles. With the rise of electric vehicle adoption, educating drivers on these specific features is increasingly important to ensure safety and confidence on the road.