The safety of electric vehicles has been a major concern in recent years. While they are often considered safer than conventional cars due to their lack of combustion engines, the reality may be different.
Recent research indicates that electric cars can be more dangerous than traditional vehicles when it comes to protecting passengers during an accident. This is largely because electric vehicles have heavier and larger batteries, which can cause additional damage in a collision. Not only that but they’re involved in more accidents as well.
Keep reading for the full scoop on the information about electric cars that manufacturers don’t want you to know.
Electric Cars Have Heavier Batteries
With the rise of electric cars comes an increased awareness of protection in a collision. Electric vehicles are more likely to be damaged than their traditional gasoline counterparts due to their heavier batteries.
To ensure the safety of drivers, manufacturers must pay greater attention to the quality and strength of the frames used in electric cars, so they can better absorb shock in a crash.
If you drive an electric car and you’re in an accident that you think is due to poor vehicle design, you should contact an experienced car accident lawyer to get accurate legal advice on potential next steps.
Additionally, newer materials or reinforced steel must be incorporated into these vehicles if they are to remain safe during even the most extreme impact scenarios.
Unpredictable Battery Temperatures
Another major concern with electric cars is that the temperature of their batteries can be volatile, which increases the risk of further damage in a collision.
An electric car’s battery can explode or catch fire if it heats up too quickly due to excessive friction during a crash. So in addition to the risk of serious injury due to a collision, passengers also now face the potential for explosions and fires.
To reduce this risk, more research must be done on managing battery temperature in electric cars. In the meantime, manufacturers need to incorporate technologies that will protect both their customers and their vehicles in the event of an accident.
Many Electric Cars Do Not Have Structural Reinforcement
Some electric cars do not have the same structural reinforcement as traditional vehicles. They are more susceptible to breakage in an accident.
Manufacturers need to pay greater attention to the quality and strength of the frames used in electric cars so they will be better able to absorb shock in a crash.
Longer Stopping Distances
The heavier and larger batteries result in longer stopping distances than conventional cars, increasing the risk of road accidents.
Drivers must be extra vigilant when driving an electric car to ensure they can stop quickly.
Higher Centers of Gravity
Finally, electric vehicles have higher centers of gravity than traditional cars, increasing the risk of rollovers. In certain scenarios, electric vehicles can become more unstable and difficult to control than their gasoline counterparts.
Drivers must be aware of the increased risk and adjust their driving style accordingly. If you’re an inexperienced driver, don’t try to let your Tesla drive itself.
The Bottom Line
Electric cars can be more dangerous in a collision than conventional vehicles due to their unpredictable battery temperatures, lack of structural reinforcement, longer stopping distances, and higher center of gravity.
To ensure the safety of drivers, manufacturers must design electric cars with better visibility and stability in mind and incorporate technologies that will protect both passengers and vehicles during an accident.
Drivers should also take extra caution when driving electric cars by being vigilant for potential hazards on the road and adjusting their driving style accordingly.
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