The Increased Danger of Injury in Crashes Involving Electric Vehicles

The widespread adoption of electric vehicles (EVs) has brought numerous benefits, including lower emissions, reduced fuel costs, and a quieter ride. However, as EVs become more common on roads, concerns about their safety in crashes have emerged. While EVs are often praised for their advanced safety features, their unique design characteristics may increase the risk of severe injuries in certain types of accidents.

North Carolina car accident lawyer Carl Nagle notes that with EVs showing up far more often in crashes, he frequently sees more severe in non-EV involved vehicles This appears to be due to the weight of the EV, which according to attorney Nagle "makes the collision more like one involving a box truck or larger commercial vehicle". 

1. Heavier Weight, Greater Impact

One of the primary reasons EV crashes can be more dangerous is their increased weight compared to gasoline-powered vehicles. The large battery packs that power EVs add significant mass. For instance, a Tesla Model S can weigh over 4,500 pounds, while a comparable gasoline-powered sedan might weigh around 3,500 pounds. This added weight can have two major safety implications:

• More Force in Collisions: In a crash involving an EV and a lighter gas-powered vehicle, the occupants of the lighter vehicle are at greater risk of severe injury due to the higher impact force exerted by the heavier EV.
• Longer Stopping Distances: Heavier vehicles require more distance to stop, increasing the likelihood of high-impact crashes in emergency braking situations.

2. Battery Fire Hazards

Lithium-ion batteries, which power most EVs, pose unique safety challenges in the event of a crash. While rare, EV fires can be far more intense and difficult to extinguish than those in traditional gasoline vehicles. Some key concerns include:

• Thermal Runaway: When a lithium-ion battery is damaged, it can experience an uncontrollable increase in temperature, leading to fires or even explosions.
• Extended Burning Time: Unlike gasoline fires, which burn out relatively quickly, EV battery fires can reignite hours or even days after an initial incident, posing risks to first responders and crash investigators.

3. Structural Rigidity and Rescue Challenges

EVs are designed with reinforced battery compartments to protect against punctures or impacts, making them more rigid than many gas-powered vehicles. While this enhances overall crash safety, it can also complicate rescue efforts. First responders may have difficulty accessing occupants after a crash due to reinforced battery enclosures and the need to avoid high-voltage components, which can pose electrocution risks.

4. High Instantaneous Torque and Acceleration Risks

Many EVs feature powerful electric motors that deliver instant torque, enabling rapid acceleration. While this can enhance performance, it also increases the likelihood of high-speed crashes, especially for inexperienced drivers unaccustomed to the quick response of an EV’s accelerator.

5. How Car Accident Lawyers Must Respond to These Dangers

The unique risks associated with EV crashes present new challenges for personal injury and car accident lawyers. Legal professionals handling these cases must be prepared to navigate the complexities of EV-related accidents in the following ways:

• Understanding Liability in EV Accidents: Due to their increased weight and acceleration, EVs may contribute to more severe injuries in collisions. Lawyers must assess whether factors like excessive speed, defective braking systems, or battery fires played a role in the crash.
• Investigating Manufacturer Liability: If a battery fire or structural issue contributed to an injury, attorneys may pursue claims against EV manufacturers for design flaws or inadequate safety measures.
• Handling Complex Injury Claims: Given the severity of injuries in EV crashes, attorneys must work closely with medical professionals to accurately assess long-term damages, including burns from battery fires or trauma from high-impact collisions.
• Navigating Insurance Challenges: Some insurance companies may treat EV crashes differently due to the high costs of repairs and potential battery-related risks. Lawyers must be prepared to negotiate fair settlements for victims.
• Educating Juries and Judges: Since EV-related crashes involve newer technologies and hazards, legal professionals must effectively present technical evidence in court to explain how these factors influenced the accident.

Conclusion

Electric vehicles offer numerous benefits, including improved efficiency and reduced environmental impact. However, their heavier weight, fire risks, structural challenges, and high acceleration capabilities create unique safety concerns in crashes. As EV adoption increases, manufacturers, regulators, and first responders must address these risks through improved battery technology, enhanced safety measures, and updated emergency response protocols. Likewise, car accident lawyers must adapt to the evolving landscape of EV-related injuries, ensuring that victims receive fair compensation and that safety regulations continue to improve.

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