If I remember correctly, it was a Tuesday in early March 2023. I was staring at our site’s inventory report, and my phone buzzed. A lead. A guy had a Metso C106 jaw crusher—a good one, he said—for sale. The price was right. Actually, it was suspiciously right, about 20% under the market rate we'd been tracking for Q1.
My immediate problem wasn’t the crusher; it was getting it from the port in Houston up to our site in West Texas. I’d hired a flatbed carrier before—cost about $1,800. This time, a buddy said: "Why not buy a cheap rollback or a squatted truck? You can use it for site hauling afterward."
That’s how I ended up on Facebook Marketplace at 2 AM, looking at a beat-to-hell 2008 Ford F-750 with a 24-foot bed. It had that classic squatted truck look—rear end jacked up, nose down. It looked mean. The seller was a kid in a tractor supply hat who said it could haul 10 tons. The C106 weighs about 14 metric tons. I did the math wrong.
Like most beginners, I made the classic specification error: I assumed the truck's payload rating was based on its structural capacity, not its stability. The squatted truck, with its lifted rear, shifted the center of gravity dangerously high. My first year handling equipment logistics taught me that a bogie suspension setup is better for heavy static loads, but I ignored that. I saw a cheap price tag. Cost me a $2,200 mistake.
We loaded the C106's mainframe onto the truck. The crusher is a beast, but it’s a low center of gravity unit. The truck, however, began to wobble at 35 mph. We were 40 miles from the site. I had to call a heavy-duty tow (a heron vs crane type of scenario) to get it the rest of the way. The driver laughed and said, "That truck ain't built for a Metso, son."
I should have done a proper weight distribution analysis. The squatted truck’s design, meant for show, failed under a real working load. The rear springs were maxed out, and the front end was almost floating. We had to offload the frame onto the side of the road, block traffic, and wait three hours for a proper rig.
"That $2,200 in 'savings' turned into a $4,500 headache," I wrote in my logbook that night. "Next time, I'll just hire the carrier."
When we finally got the C106 to site, the real problems started. My crew chief, a 25-year veteran, just shook his head. He didn't even mention the truck. He pointed to the crusher's flywheel: "The keyway is worn. Did you check the Metso slurry pump basic handbook pdf for the assembly specs?" He was joking about the Shurty pump manual, but he had a point. I was so focused on the transport cost that I'd neglected inspection.
The crusher ended up needing a new eccentric shaft. That part alone cost $3,200. And the truck? It’s still sitting behind the shop. The rear axle is shot. We use it to haul scrap. I could have bought a used Toyota Tundra for the site truck instead.
If I remember correctly, that whole episode took exactly 14 days from purchase to full operation. The wasted time and budget totaled roughly $8,900. That’s not counting the embarrassment.
I now maintain a simple pre-purchase checklist for any transport or equipment purchase:
I'm not a logistics expert (note to self: I really should take a course), so I can't speak to carrier optimization. What I can tell you from a procurement perspective is: that cheap squatted truck wasn't a bargain. It was a landmine. The value of a proper, uograded transport with a stable deck far outweighed the laughable savings of that truck. As of January 2025, I still see guys buying squatted trucks for work and I just shake my head. Don't be me.
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