| I just find it so shocking that there was not one survivor- not even one in critical condition? They all died, but the limo looks pretty intact. So sad |
Have you ever bunked heads with another person? It hurts, a lot. 60MPH, with a downward force, is going to cause a lot of head injuries and likely broken necks. |
Yes. I understand that, but every single person? |
Just like you do a transmission, or other modified parts. The brakes can be upgraded to brakes similar to those on a truck, calipers, pads, rotors etc. Imagine a pair of tweezers, you can hold a certain amount of piece of paper with a normal pair but add 50 more pieces, you can't hold it, that is how brakes work. eventually they can't hold the weight. |
Not to be gruesome, but in that picture the back end of the vehicle is up. I imagine they were thrown into the ceiling with a lot of force. |
Yes of course. I don't know why you'd expect one or two to be spared. You cannot brace for an impact like that. |
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I read one of the victims texted her mom that the limo was in "terrible condition" 20 minutes prior to the crash. This again, is after the party bus didn't show up, and the replacement limo was sent.
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| Gruesomely, you would expect someone to have had the impact of their fall braced by the body of another. That often happens in wrecks sadly enough. |
| Horrible. I can't even begin to imagine what the families of the 4 sisters are going through. |
At 60mph, I would guess even hitting your head on another person (particularly their head) has the potential to break the neck. |
| If they went over a bump (curb?) that quickly they may have all slammed theirs heads forcefully on the ceiling at the same time. |
| I'm surprised no one survived. Interesting story here. |
Agree...physics was unfortunately working against them. Here’s an example from a website about force of impact https://www.engineeringtoolbox.com/amp/impact-force-d_1780.html Example - Car Crash A car with a mass of 2000 kg drives with speed 60 km/h (16.7 m/s) before it crashes into a massive concrete wall. The front of the car impacts 0.5 m (the deformation distance). The impact force can be calculated as Fmax = (2000 kg) (16.7 m/s)2 / (0.5 m) = 1116 kN Note that the gravitation force (weight) acting on the car is only Fw = m g = (2000 kg) (9.81 m/s2) = 19.6 kN The impact creates a force 57 times gravity!! |
| But with variances in height and weight, wouldn’t that change outcome? |
Would the emergency brake have stopped this gigantic stretch limo? Doubt it. |