That is true but is it survivable? Would it be more survivable if the the two vehicles were of equal size? One of the things about crash survivability is how the energy is dissipated and deflected away from the occupants.
This is true, and I also didn't give a speed, which does have an impact. Let's say that we both hit the brakes, and we hit head on at 13 mph each (the supposed average speed of impacts). My Excursion will end up pushing the Smart and so the effective speed that we'll have hit eachother with will be slower on my end (probably more like 5-8 mph) and the Smart will be higher (say 20 mph). These are SWAGs, not actual numbers.
Both cars will be in the body shop, but I'd guess the Smart driver to be a lot more likely to be hospitalized. The car may be better at dissipating energy away from the occupants, but whether or not it can dissipate enough is the real question. There's no doubt that after hitting head on I'll push the Smart my direction a ways
Agreed. I do think the Smart has it up on other small cars. The video that I posted was pretty interesting comparison of two similar class vehicles. I really wonder what the comparision to say a typical sub-compact are?
Keep in mind where Smarts are designed to drive as well. These are not cross country highway vehicles. They are meant for city and suburban driving. Speeds are lower in those types of places. The collisions are not the out in the country road head on types. But more likely the typical intersection t-boning when some moron runs the red or a stop sign.
Like you said there is more to this than the star ratings.
Well, where the vehicle is designed to drive as far as I know doesn't impact the crash testing it goes through it. Crash testing doesn't have a little star next to it that references "Tested for city driving." I can still blow through a red light in New York City going 30 mph in my Excursion (the legal speed limit there), t-bone a Smart, and we'll see how that works out. Similarly, a Smart can run a red light at 30 mph and t-bone my Excursion. That would be an interesting accident to see, actually, because I don't suspect my truck has a lot of strength there despite its weight. Plus cities still have very densly populated highways and 2-way roads that have people crossing the yellow lines all the time at speeds high enough to cause damage. So, I don't think that is a valid argument.
I just downsized from Jeep Cherokee to a VW Jetta. The Jeep was 14 years old. WOW! am I impressed with all the safety features on the VW. I feel far more safe in that than I ever did in my Jeep.
There's a big thing on "feeling" safe (as you know with TSA). Some people buy cars with lots of safety features for it, some people by big trucks for it. I would take your Jeep any day over the Jetta, but that's because the Jetta doesn't do what I need it to. I stopped caring about "safety" features a while ago. So long as it has seatbelts I'm good. Preferably no ABS, traction control, or airbags. I don't like them. Otherwise, I buy the vehicle that does what I need it to. It just so happens in my current case that vehicle happens to weigh 8,000 lbs, but I would downsize if I could afford to have less space. I know, odd that a single guy needs an Excursion, but you should see me pack it full of dog cages and get up my driveway in the winter...
Since I don't have all yer fancy learnin', we'll make this easy.
You get yourself a smart car, and I'll drive my 2005 F150 extended bed filled with 1000 lbs of manure.
We'll start from opposite ends of a parking lot, reach a speed of 60 MPH and then collide head on.
Then we'll discuss the merits of trucks and smart cars.
Whaddya say?
Well, I can answer that one: You'll both be dead. 60 mph head on against even a motorcycle may not be survivable in your truck, people have died from hitting deer at that speed.