Teslas Crash More than ICE-Powered Cars, Here’s Why

Hertz’s recent decision to replace 20,000 electric cars with gasoline vehicles due to frequent crashes has sparked discussions on the challenges faced by the electric vehicle (EV) industry. Digging into insurance data, researchers discovered an intriguing trend: owners tend to crash more when transitioning from gasoline-powered cars to EVs. Let’s explore the reasons behind this phenomenon.

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Hertz’s Electric Exit

Hertz CEO Stephen Scherr highlighted the higher repair costs of electric vehicles and the increased frequency of accidents as contributing factors to the shift away from EVs. This decision, fueled by real-world experiences, reflects a broader concern within the EV industry.

Insurance analysts at LexisNexis delved into the insurance claims data, revealing a significant increase in crash frequency when owners switch to electric cars. Although gasoline vehicle transitions also show a rise in accidents, the surge is more pronounced with EVs. The frequency of claims rises by approximately 14.3%, accompanied by a 14.5% increase in claim severity.

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Analyzing the EV Crash Patterns

The spike in incidents is most prominent during the initial year of owning an electric vehicle, gradually diminishing as drivers acclimate to the new model. This contrasts with transitions between gasoline-powered vehicles, where the issue is less pronounced. Notably, Teslas dominate the EV landscape in these crash statistics, accounting for a significant portion. Even though Hertz’s EV fleet comprised 80% Teslas, similar trends were observed in China, indicating a broader trend beyond a specific brand.

Driving an EV, especially a Tesla, differs subtly from traditional gasoline cars. Instant start without a dedicated “Start” button, powerful electric motors, and the absence of engine sounds pose unique challenges. EVs, including Teslas, often exhibit rapid acceleration, contributing to increased crash risks. The concept of “one-pedal driving,” where lifting off the accelerator pedal slows the vehicle, adds complexity. In emergency situations, transitioning from acceleration to braking may lead to confusion, potentially impacting safety.

EVs, due to their dense battery packs, tend to be heavier than traditional cars. This weight difference amplifies damage during collisions, resulting in higher insurance claims. Moreover, the silent acceleration of EVs might make drivers less aware of their speed.

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Safety and Solutions

The correlation between high-speed capabilities, horsepower, and increased insurance claims has long existed in the automotive world. The powerful acceleration of EVs, often unmatched by gas-powered counterparts, demands heightened caution. Drivers transitioning to EVs, especially Teslas, face a learning curve. Understanding the nuances of rapid acceleration, one-pedal driving, and vehicle weight distribution is crucial. Time and experience contribute to safer driving practices.

While EVs offer environmental benefits and cutting-edge technology, responsible ownership involves recognizing the challenges and adapting driving habits accordingly. Safety should always be a top priority, whether behind the wheel of a traditional car or a cutting-edge electric vehicle. The revelation that EVs, particularly Teslas, experience higher crash rates during the initial ownership period underscores the need for increased awareness and responsible driving practices. As the EV landscape evolves, addressing these challenges is crucial for fostering a safe and sustainable future of electric mobility.

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