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How about those pickup crash test results???????
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I do think the Tundra is slightly more refined than the Ford F150 or the Sierra/Silverado, but it is also more expensive for what you get (4-wheel disc brakes are not even standard on the Tundra).
I own a Mazda B-series truck right now (1990) and it has served well, but it is time to upgrade to a full-size truck. There are only three to choose from but it is tough! They all have their pros and cons. I have ruled-out the Ram because the old design is being replaced, so that leaves the F150, Sierra (I prefer it to the Silverado on appearance), and the Tundra (I know it is smaller, but it is still a considerable upgrade from my Mazda and would be plenty of truck for me). I don't think this test will affect my decision much, but maybe Ford will offer a great deal to keep sales up.
I read that on another board
he said his bodyshop guy told him 16-20K to fix
picture this, by the epa I don't think the tundra is considered domestic because of its low us canadian component %
First of all, one thing I think we'd all agree upon is that every crash is unique and the best you can do when testing is to try to create a realistic simulation. Given that, you have to be careful how you interpret the results when extrapolating to real life crashes. This is why the institute puts so much stock in the COMBINATION of maintaining the integrity of the safety cage AND maintaining control of the driver/passenger's movement during the crash. One without the other is a formula for disaster. To illustrate, consider two extreme examples:
1. In this example, let's assume the safety cage is perfectly maintained during a crash, but the driver is not belted. When the crash occurs, the driver's body will maintain the velocity both he and the truck were travelling just prior to the crash until something stops him (dash, door, whatever). Since the driver's motion is completely out of control, it's a matter of chance as to how badly he will be injured. Maybe he'll be lucky enough to run smack into the air bag, maybe not.
2. In this example, let's assume that the restraint system keeps the driver's movement to a minimum and under control during the crash, but that the cabin fails and basically smashes the driver. The best restraint system in the world wouldn't make a difference here.
These two extreme examples illustrate the importance that both maintaining the integrity of the safety cage and controlling the driver's movement play in preventing injuries during a crash.
Now on to the test results for the Chevy and the Tundra. The Chevy achieved poor results in both a) maintaining the integrity of the safety cage and b) the kinematics (or maintaining control of driver movement). The Toyota, on the other hand, achieved good results in both of these categories. While it is true that in this particular test, the Chevy Dummie was not injured, you need to keep in mind that one important purpose of the test is to help determine how the vehicle will fair in similar real-world crashes.
Because the Chevy's cabin was not as well maintained and the driver's movement was not well controlled, I would contend that similar real-world crashes are likely to produce a greater number of injuries in the Chevy than in the Toyota and that the Chevy injuries will be less predictable due to the more random movement of the driver during the crash.
Put another way, if this test were performed thirty separate times for both the Chevy and Tundra (with slightly varying speeds, slightly different offsets, etc.), I'd expect the Tundra dummy to fair consistently well even if that meant occasionally coming out with a bum leg whereas I'd expect the Chevy Dummie's injuries to be more frequent and more random.
Kinematics may be a funny word to some of you Chevy owners, but don't worry, you won't be able to say it correctly anyway after your head flies out the driver's side window during a crash.
INJURY MEASURES: RIGHT LEG/FOOT MARGINAL Measures taken from the head and chest indicate low risk of injury. However, forces on the right tibia indicate the possibility of lower leg injury.
Silverado:
INJURY MEASURES: GOOD Measures taken from the head, chest, and both legs indicate low risk of injury. Head acceleration from the shoulder belt housing contact was low.
'Nuff said.
I am surprised at how much poeple do not like items made in the USA. I have found that the USA marking means good quality.
Kinematics? Are you guys kidding? Leave the numbers to poeple that know how to study them. Don't fool yourself, use the color codes.
If it were a head on collision, things would be much different. I bet she would have been killed. It is scary, but we are driving things that are very heavy and can kill people more easily than a car.
You must be the guy in the story who after receiving a bag of dung as a Christmas present concluded that there was a Pony around the corner.
In any case, you won't have to worry about YOUR head falling out the side window during a crash since it's obviously stuck firmly in the sand.
BWAHAHAHAHAHAA
I think my previous post was mild by comparison to others in this group, but in the interest of PC, below is a re-posting without the sarcasm.
*****
quad sites one of the four rated categories and ignores the other three (which in, by the way, Chevy scored marginal, poor, and poor respectively).
I don't believe it is prudent to focus solely on the one category that was favorable to the Chevy and ignore all of the rest.
It is obvious to me that the people who designed and ran the test are best able to interpret the results. The Toyota rated GOOD and the Chev rated Marginal. 'Nuff said.
I agree with you! That's why you should leave the editorial (as I have) to the experts, who rate Tundra MARGINAL, and Silverado GOOD on injury protection.
'Nuff said.
Next question; Why didn't they test these vehicles with a full passenger compartment. I would like to know if the other passengers were safe. I am not the only one in my truck 100% of the time. Many people do use them for their families, and that does matter!
-Eric
I would have loved to see how Quad would have defended the ol' side impact exploding GM truck models during the years '73 to '86. Probably would have homed in on and repeatedly posted something like:
"Both the driver and passengers were cooked evenly and thoroughly in the GM trucks. -Nuff said"
What does nuff mean anyway? I had assumed that it was your abbreviation for enough, but since you've already closed at least three of your postings this way and continue to spew forth.....
By the way, does anyone know when the $1000.00 certificates will be sent to side impact exploding truck owners? Just curious.
Pics and all
How would the tundra have faired?
Ryan
I think side impact are the worst kind of crash when the impact is on the same side as the driver or as the passenger when there is one. Your truck looks pretty good, but I doubt a passenger would have faired as well as you did. There is just not enough material/room to absorb the energy between the person and the other car in same side collisions.
I got all the info from another board
I have to agree with the opinion that what's going on here is that some people aren't happy with the results of the test and are looking for ways to find a result that fits their view. Hopefully the manufacturers are looking at the test results with an eye towards improving on areas that need improvement. I DOUBT that they're sitting around saying, "the test was no good because it's not the 'real world'"...
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If there was any ballyhoo, it was limited to discussion in this corner of the web...nothing more.
BWAHAHAHAHAAA
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