Problem
Convert a retired ride-on lawn mower into a working snow plow on a near-zero budget, learning the metal-fabrication and small-engine repair skills along the way. Constraints: no welding shop access beyond a borrowed TIG setup, no replacement parts catalog for the mower model, single-person operation.
Approach
Three subsystems: a fabricated steel blade and mount, a rebuilt steering linkage on the mower chassis, and a hand-fabricated brass carburetor pickup since the original was unobtainable. I designed the blade and mount in SolidWorks first so I could pre-cut all four uprights to spec on the plasma cutter before any welding.
| Qty | Part |
|---|---|
| 1 | 1/4 inch mild steel plate |
| 4 | 1.5 inch square tubing |
| 1 | Manual hydraulic ram |
| 1 | Retired ride-on mower chassis |
| 1 | Custom carburetor pickup |
Implementation
Quarter-inch mild steel plate for the blade, 1.5 inch square tubing for the frame. TIG welds throughout, with sandblasting between fit-up passes to keep surfaces clean. The blade pitches via a manual hydraulic ram — kept manual on purpose because powering it would have required a take-off on the engine I did not want to compromise.
Results
The system cleared 6+ inches of snow off a 30 m driveway repeatedly. The fabricated brass carburetor part outlasted a normal season of use.
Lessons
This was my best teacher on the difference between "designed for assembly" and "designed for fabrication on a borrowed tool with one set of hands." The pre-cut-then-weld sequence cut my build time roughly in half versus the cut-and-fit-on-the-fly approach I started with.
Gallery
