Seven electric vehicles recently underwent rigorous testing by the Insurance Institute for Highway Safety (IIHS), with results revealing a mixed bag when it comes to crash protection and pedestrian safety. This analysis of safety features tested the vehicles in various simulated crash scenarios and their ability to avoid pedestrians, essential metrics for modern EV design. While four models earned the institute's top rating of "good," others fell short in critical areas, raising concerns about passenger protection in the back seat and pedestrian safety.

Top Performers: Four EVs Secure 'Good' Ratings

The BMW i4, Chevrolet Blazer EV, Tesla Cybertruck, and Volkswagen ID. Buzz stood out among the vehicles tested, earning "good" safety ratings in crash evaluations. These vehicles demonstrated strong performance in protecting passengers during frontal crashes at speeds of 40 miles per hour, as well as in scenarios involving pedestrian avoidance technologies.

The Tesla Cybertruck and BMW i4, however, did fall short in one area—headlight performance. Both received "poor" ratings for their lighting systems, which could affect visibility in certain driving conditions, especially at night. Automakers have highlighted the importance of visibility and suggested additional improvements to enhance safety.

Mixed Results: Tesla Model 3 and Nissan Ariya

The Tesla Model 3 performed slightly worse than its Cybertruck counterpart, earning an "acceptable" rating in crash tests. While it has substantial safety features, the Model 3 missed the highest designation due to some shortcomings in impact protection.

The Nissan Ariya SUV was rated "marginal," primarily due to its higher risk of chest injuries to backseat passengers based on the IIHS's injury metrics. These results suggest that critical improvements are necessary to protect rear-seat occupants during collisions.

Concerns for Ford F-150 Lightning

The Ford F-150 Lightning, a large, all-electric pickup truck, garnered the worst performance in the latest crash tests, receiving a "poor" safety rating. Although the vehicle's structure performed well during simulations, it failed to protect rear-seat passengers adequately.

The primary issue lay in the position of the lap belt, which shifted from the pelvis to the abdomen in the tests. This irregular belt positioning, along with a high risk of chest, head, or neck injuries reported by the crash test dummy, contributed to the poor rating. Experts from IIHS noted that the results challenge the common belief that larger vehicles automatically provide better safety. Despite its large size, the F-150 Lightning did not excel in protecting its occupants in key safety scenarios.

Pedestrian Safety: A Brighter Spot

While results on collision safety revealed shortcomings in several models, pedestrian crash avoidance technology showed promise across the board. The BMW i4, Ford F-150 Lightning, Tesla Cybertruck, and Nissan Ariya all earned high marks for their ability to detect and avoid pedestrians in simulated scenarios. This indicates that automakers are prioritizing advancements in technology to address a growing safety concern for urban drivers.

Headlight Performance Disparities

Headlight effectiveness varied on the tested vehicles in ways that could impact visibility and road safety, particularly at night. Among the seven models, five were deemed acceptable in terms of headlight performance. However, the BMW i4 and Tesla Cybertruck both lagged in this category, receiving poor ratings. Poor headlight ratings often indicate issues such as insufficient light distribution or excessive glare for oncoming drivers.

Practical Takeaways for EV Buyers

1. If passenger safety during collisions is a priority for you, the BMW i4, Chevy Blazer EV, Tesla Cybertruck, and Volkswagen ID. Buzz stand out as the safest options according to the IIHS rankings.

2. For families frequently transporting passengers in back seats, it’s worth noting the issues identified with vehicles like the Nissan Ariya and Ford F-150 Lightning, which scored poorly for protecting rear-seat occupants.

3. Pedestrian safety features are becoming increasingly important, especially in urban areas. On this front, automakers like Ford, BMW, Tesla, and Nissan show they’re making notable advancements.

4. Visibility is key to overall safety, and the IIHS results reveal that some higher-performing vehicles still lack adequate headlight systems. If you often drive in low-light conditions, this is a factor to consider when purchasing an EV.

Key Safety Ratings at a Glance

Vehicle	Crash Rating	Rear Seat Safety	Pedestrian Safety	Headlight Performance
BMW i4	Good	Good	Good	Poor
Chevrolet Blazer EV	Good	Good	Good	Acceptable
Tesla Cybertruck	Good	Good	Good	Poor
Volkswagen ID. Buzz	Good	Good	Acceptable	Acceptable
Tesla Model 3	Acceptable	Acceptable	Good	Acceptable
Nissan Ariya	Marginal	Marginal	Good	Good
Ford F-150 Lightning	Poor	Poor	Good	Acceptable

The Road Ahead for EV Safety

Automakers must address specific areas to bolster the safety of their EVs further. Rear-seat safety remains a common concern, as these seats are now statistically less protected than their front-seat counterparts in certain models. With the growing popularity of electric vehicles, especially among families, manufacturers have an incentive to improve these features promptly.

Improved safety technology, such as pedestrian crash avoidance systems, does provide a silver lining. As this evaluation shows, most automakers are already making progress in this area. Efforts to enhance vehicle headlights are another opportunity for improvement that could make roads safer for everyone.

Given the increasing competition in the EV market, safety performance will undoubtedly become a defining factor for consumer choices moving forward. The latest IIHS data reminds buyers to thoroughly examine safety features and crash test ratings—particularly for rear-seat passenger protection and night driving—when selecting an electric vehicle.