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Project 06 / C&B Operations · Field engineering

John Deere Air-Filter Adapter

A three-day additive-manufacturing response to a planting-season shortage

RoleDesign and fabrication
TimelineApril 2025
ToolsFusion 360 · Reverse engineering · 3D printing
3D-printed air-filter adapter installed on a John Deere tractor
The completed adapter installed in the tractor intake system.
3 daysrequest to working part
100ssupplier units backordered
Monthsdowntime avoided

01 / Constraint

The replacement part could not arrive before the work needed to happen.

A John Deere engine air-filter component was backordered by hundreds of units during planting season. Waiting for the supply chain would have left the customer without the machine for months.

02 / Response

Measure the interfaces, reinforce the failure points, and print immediately.

I modeled the adapter in Fusion 360 from the available interfaces, thickened weak sections, and produced carbon-fiber nylon and polycarbonate versions for comparison.

Fit and installation—not a perfect digital model—were the final validation criteria.

03 / Result

A working part in three days instead of months of downtime.

The printed adapter was installed and returned the equipment to service. The project is a compact example of why I value rapid prototyping: the best solution was the one that could be designed, built, and validated in the time available.

Tools and methods

  • Fusion 360
  • Reverse engineering
  • 3D printing
  • Carbon-fiber nylon
  • Polycarbonate
  • Field validation
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