I'm rethinking getting a 2017 after watching this!
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Join Date: Jun 2014
Location: DFW, TX-GoldCanyon, AZ
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Obviously the 2017's are not in production yet - so certainly may be different results with a different class truck...
I did not think the damage was that bad. I didn't see any door damage... These days, no one is going to try and save a bolt-on body part. They are far cheaper to replace than to repair.
I did not think the damage was that bad. I didn't see any door damage... These days, no one is going to try and save a bolt-on body part. They are far cheaper to replace than to repair.
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Obviously the 2017's are not in production yet - so certainly may be different results with a different class truck...
I did not think the damage was that bad. I didn't see any door damage... These days, no one is going to try and save a bolt-on body part. They are far cheaper to replace than to repair.
I did not think the damage was that bad. I didn't see any door damage... These days, no one is going to try and save a bolt-on body part. They are far cheaper to replace than to repair.
It's just a radical change in truck technology.. still need to get use to it. I was a bit suprised at the repair costs still being so much higher.
I'll probably stick with my 2016 until the next gen material (Lexalumipolymer) is released
My term.... Aluminum sandwiched between ultra thin/strong Lexan and Polymer.
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I see what they did there in the video......
If you look carefully, it had nothing to do with aluminum vs steel regarding the amount of damage.
What made the difference was bumper angles. The rear of the 14 hits the front of the 15 slightly higher, shoving the 15 bumper down and allowing the rear of the 14 to go into the headlight more, causing excessive damage.
When compared to the 14 coming up from behind, notice how the rear of the 15 doesn't come up and over the front bumper of the 14, rather shifts to the side causing less damage to the 14.
You can tell by looking at the difference in damage of the two front bumpers.
It's just a test of which bumper had the best angle to deflect that particular hit. Nothing at all to do with strength of body panels. Misleading video title from that YouCar site.
If you look carefully, it had nothing to do with aluminum vs steel regarding the amount of damage.
What made the difference was bumper angles. The rear of the 14 hits the front of the 15 slightly higher, shoving the 15 bumper down and allowing the rear of the 14 to go into the headlight more, causing excessive damage.
When compared to the 14 coming up from behind, notice how the rear of the 15 doesn't come up and over the front bumper of the 14, rather shifts to the side causing less damage to the 14.
You can tell by looking at the difference in damage of the two front bumpers.
It's just a test of which bumper had the best angle to deflect that particular hit. Nothing at all to do with strength of body panels. Misleading video title from that YouCar site.
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I picked up my Focus from the local Ford body shop for a door replacement last week and asked the shop manager what their experience was with aluminum body repairs on the '15 F150s. He said they haven't seen much yet, but what they have repaired, they've been quite impressed by the way Ford has put everything together, and they didn't feel that the aluminum body was any tougher or more expensive to repair than the steel body.
Considering a used door, mirror, and paint on a Focus cost around $2,300, I can't imagine aluminum costing much more. If so, vehicles are going to get totaled out faster than ever, even with minor fender benders. Most of the cost of my Focus repair was in the used parts and paint prep.
Considering a used door, mirror, and paint on a Focus cost around $2,300, I can't imagine aluminum costing much more. If so, vehicles are going to get totaled out faster than ever, even with minor fender benders. Most of the cost of my Focus repair was in the used parts and paint prep.
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