EVs are so heavy they are death traps for everyone else and they destroy the roads.
The claim you picked EVs are so heavy they are death traps for everyone else and they destroy the roads.
They are heavier. Crash-test scores are typically excellent. Road wear and pedestrian physics are the parts that are not nothing.
What is true
Mass is energy in a crash with a small car or a person. Regenerative braking cuts brake dust; extra weight can add tire wear. Net air-quality is still usually better because there is no tailpipe.
A battery pack is a slab of cells. That mass sits low, which is why EVs often ace moose tests and NCAP/NHTSA stars — they do not roll, and the structure is a skateboard. Occupant safety is not the weak side of this argument.
The weak side is the other object: a 2.3-tonne crossover into a 1.2-tonne supermini, or into a pedestrian. Tire-wear particulates scale with weight. Pavement wear scales faster than linearly with axle load, which is why trucks, not Model Ys, eat motorways — but a fleet of heavier cars is not free. The remedy is smaller packs and smaller cars, not a return to leaded petrol. “Death trap” as a headline skips the occupant-safety record.
Key figures
- Occupant safety
- Generally strong crash-test performance
- Mass penalty
- Worse for the other vehicle / pedestrian; more tire wear
- Roads
- Cars << trucks; heavier cars still not free
Sources
- Electric Vehicle Myths (safety) U.S. EPA
- Weight, tires, and air quality Carbon Brief
