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Post accident repair, next step (frame)?
Hey guys, so I found a thread on a car with similar damage, but the OP ended up not having any frame damage, so here goes:
I got into a wreck nearly 2 months ago in my Z, some girl hit my passenger front fender/front bumper going 25-35 mph. The damage didn't look to be too terrible, but it was unpleasant nonetheless. Long story short, I get the car back the other day, and the total cost of repairs was $16.5k... Yikes. As I was going through the receipts, I found a few line items that struck my interest and fear, they read: "Remove/Replace RT upper rail (HSS) 3.5 labor hours body Remove/Replace LT upper rail (HSS) 3.5 labor hours body Pull for Frame/Unibody Mash 3.0 labor hours frame Pull for Frame/Unibody Sway 5.0 labor hours frame Pull for Frame/Unibody Sag 4.0 labor hours frame" This was to my complete chagrin and completely blindsided because when the car was in the shop and I received my original estimate, I asked if there was frame damage and the reply was "no". Is there any way for me to find out how extensive these repairs were, and to judge that the repairs were done to a level of quality that my car is still safe for the roads, as well as auto-x? This is my first wreck with a magnetude above fender bender, and my favorite car I've ever owned, so I just want to explore all possible avenues before taking a huge hit and trading her in... Any wisdom please? :confused: |
12 hours seems like a **** load of time on the frame rack.
Did they give you alignment specs? Those specs could be an indcation of how good a job they did on the frame rack. |
Quote:
MASH: Type of frame damage in which a portion of the side rail is bent down causing buckles to be formed on the underside. UPPER RAIL: Part used on top of the shield to increase the strength of the front section. SAG: Type of frame damage in which one or both side rails bend and sag at the cowl causing buckles to be formed on the top of the side rails. Sway: Type of frame damage in which both sides of the rail is bent in the direction of the impact to the frame. Good luck. |
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