Jagmandave
Well-known member
I'm sorry, but I disagree.....at least where these boxes are concerned.
There is a large piece of tubing welded underneath, where the wheels bolt on. There is a fairly heavy frame of metal around the bottom that the pieces that the wheels bolt to are welded to also, but the exterior of the sheet metal is about 20 ga, and is bent over this framework. It protrudes about a 1/4" below the framework, and that's what Steevo's boxes look like they're are sitting on, hence my comment. Unless he welded some cross braces that the wheel portion rests on, all the weight of the box and it's contents is being carried on the sheet metal skin of the toolbox.
This pic looks to the back edge of the box, you can see the sheet metal extends past the framework.....
View media item 33683
This pic looks to the front of the box, you can see the sheet metal has a nice finish return bent under, but that's what's the box would be resting on, not the framework designed to support the load.
View media item 33685
That's why I asked......
There is a large piece of tubing welded underneath, where the wheels bolt on. There is a fairly heavy frame of metal around the bottom that the pieces that the wheels bolt to are welded to also, but the exterior of the sheet metal is about 20 ga, and is bent over this framework. It protrudes about a 1/4" below the framework, and that's what Steevo's boxes look like they're are sitting on, hence my comment. Unless he welded some cross braces that the wheel portion rests on, all the weight of the box and it's contents is being carried on the sheet metal skin of the toolbox.
This pic looks to the back edge of the box, you can see the sheet metal extends past the framework.....
View media item 33683
This pic looks to the front of the box, you can see the sheet metal has a nice finish return bent under, but that's what's the box would be resting on, not the framework designed to support the load.
View media item 33685
That's why I asked......



