Regardless of what type of vehicle you drive, you might experience stalling or breakdowns at some point. Every vehicle has a unique set of components that can lead to different issues while driving. Electric cars may require roadside assistance from time to time, as well. Below, learn more about some of the reasons why you might end up having trouble on the roads with your electric car.
4 Reasons Electric Cars May Need Roadside Assistance
Electric vehicles rely heavily on the use of rechargeable lithium-ion batteries, which have an average lifespan of approximately eight years or 100,000 miles. In the event of a breakdown, a roadside assistance company will provide you with a replacement battery to get you back on the road quickly.
Electric vehicles use a braking system that operates similarly to that of gasoline-powered automobiles. Over time, the pads may wear down, causing the calipers and rotors to come into contact with one another, interfering with your ability to decelerate. If you notice loud screeching noises and difficulty depressing your brakes, it is important to pull over. A roadside assistance team will provide the necessary repairs.
The tires on electric vehicles may wear out 30% faster than standard automobiles as a result of the powerful torque of their motors and the weight of their battery packs. In the event of a flat or blowout, roadside assistance will offer a patch or a replacement.
Of course, electric vehicles are no less vulnerable to accidents and collisions. If you get into a wreck and cannot drive your automobile away from the scene, contact a roadside assistance company about having your vehicle towed to the nearest repair shop.
The next time you need roadside assistance, get in touch with Alliance Collision Inc. For over 70 years, they have provided emergency car towing, flat tire changes, and brake services to clients throughout Rochester, NY. Call (585) 232-2390 anytime you need a gas delivery or lockout services and visit them online to learn more about short and long-distance towing.