Truck Chassis Repair Like You Won’t Believe. Pulling, Pushing, And Heating Frame Rails From Pretzels To Straight.


Truck Chassis Repair Like You Won’t Believe. Pulling, Pushing, And Heating Frame Rails From Pretzels To Straight.

These are some of the most bent up frame rails I’ve ever seen and the fact that they are on a large heavy duty makes it even more amazing. What will truly blow your mind though is the way this expert pulls, pushes, bends, and stretches these frame rails back into shape using a killer but simple set of tools. With a port-a-power, chains, a couple of wrenches, and a torch it’s insane how quickly they come together. This is some serious skill being displayed and while it isn’t high speed action it’s still fun to watch.

Video Description:

After the accident, a truck was brought in for repairs. As a result of the accident, the truck’s frame was badly damaged. This car was brought from Novosibirsk. This suggests that a good master, wherever he is, is always in demand, and people are ready to spend time and money in order to get exactly to the master they trust. In this video, I will show you, as a specialist, with extensive experience, repairs and straightens a damaged frame on a cargo berth.


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5 thoughts on “Truck Chassis Repair Like You Won’t Believe. Pulling, Pushing, And Heating Frame Rails From Pretzels To Straight.

  1. KCR

    I have always enjoyed watching a true craftsman at work. Someone that takes his or her job seriously . And does a great job at it. Not to mention the well-used homemade tooling. Gotta like that.All very cool

  2. your dudeness

    watched a few times,,, patience beyond belief tools were straight forward ,,,no lasers ,no bells and whistles i wonder the total time on this project and cost with the equipment at hand he has done this before,, skilled man, he knows what he is doing

  3. Geoffrey P Nilson

    I hate to bring this up, but I work at a trucking company that uses older Macks and they will not use heat of any kind on the frame due to the compromised tensile strength without going through a rigorous heating and cooling/quenching process.

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