| Reading through the crash test procedure, it is astounding how little attention is paid to pedestrians. 1. Front crash test. Procedure: Crash car into stationary barrier at 35 mph. Is also applicable to face-to-face crash with car of same size, going at same speed. 2. Side crash test. Procedure: Slam concrete block into side of stationary car at 38.5 mph. 3. Side pole test. Procedure: Drag car sideways towards a pole. 4. Rollover resistance. Procedure: Compare the cars footprint to the height of the center of gravity. The biggest thing to notice is that not one of these metrics involves pedestrians. Metrics 1-3 can be easily improved by making a bigger car, elevating the passengers and providing more crumple room. Metric 4 is unaffected, as the track width is increased to compensate. If a low sedan hits a pedestrian, the pedestrian rolls over the car, having a lower impulse given over a longer period of time. If a high SUV hits a pedestrian, the pedestrian is knocked back, having a higher impulse given over a shorter period of time. Safety ratings need to account for the danger cars pose to others. Source: https://www.nhtsa.gov/ratings Source (SSF): https://www.safetyresearch.net/rollover-stability |
https://www.euroncap.com/en/results/tesla/model-3/37573