2003 Chevrolet Silverado Vs. 2002 Ford Focus NHTSA Full Frontal Impact
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@yellowmusicfreak Correction: all you need to stop a tiny ford moving at 77km/h is a big chevy moving at only 52 km/h.
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I Don't Like Full Frontal Impacts. They ALMOST Never happen In Real Life.
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Apparently all ya need to stop a 4500lb Chevy is a 2500lb Ford. About right;-)
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@toommyy100 yup, windshields consist of 2 layers of glass glued together, so the special glue in the middle keeps them from breaking in blocks and minimize the risk of injuring the occupants :)
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@toommyy100 actually it was broken. but not disintegrated because of the mica layer which holds 2 thin glass layers from being disintegrated and cause the driver-passenger to be damaged by glass cuts.
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i didnt know the windsheild could flex like that with out breaking
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@yellowmusicfreak They're both totaled but I don't think the driver of the truck is going to be feeling it in the morning quite so badly as the driver in the Focus.
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NHTSA's general testing for a vehicle is all done under FMVSS regulations. There are several different kinds of destructive testing. Under FMVSS 208, there is a 35 Mp/h Standard Full-Frontal and a 20-30 Mp/h Unbelted Full-Frontal. Under FMVSS 214, there is a Static door crush, a 52.5 Km/h Side Impact, 61.5 Km/h Standard Side Impact, and a 32 Km/h Standard Pole Test. Finally under FMVSS 301 there is the static rollover, 30 Mp/h Full-Rear, and a 50 Mp/h 70% offset rear impact.
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@CarPro1993 Yup agree, the NHTSA tests focus more on a vehicle's Active/Passive restraint systems. IIHS is more focused on vehicle's structural integrity, Both are good test's, the IIHS seems to test their vehicles on once, but NHTSA I believe per federal law must test at a min 15 times per vehicle. In my opinion cars are by far safer than trucks in most/all types of crashes. Thanks again for the video's man, as always subscribed.
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Even though IIHS's test seems more rigorous on structure, it doesn't do what NHTSA's test does. NHTSA's 35 Mp/h full frontal puts more stress on the occupants. You have a deformable vehicle and a non-deformable wall; the stop is much quicker thus putting high loads on the occupants. For a 1998 Nissan Sentra for example, the NHTSA tests resulted in quite high HIC levels (850-900) for the driver and passenger, while in the IIHS test the driver's HIC was about half (450).
@KillanatorVids
That's simply not true. The IIHS tests SUVs and trucks against a near solid concrete wall at 40 mph, just as they do with cars, replicating a similar size vehicle. The SUVs typically do better because it has larger crumple zones, meaning more room to slow down and less forces enacted on you, the driver.
98MAzdaMilleniaS 11 months ago 14
DAMN like a good neighbor state farm is there
01Tobz 10 months ago 10