Troyer Brothers Inc.
Custom Project · Agricultural Tillage
Curse Buster Tillage Tool
The CurseBuster is a field-proven targeted tillage system designed to improve soil conditions through controlled, lower-disturbance passes. Built around a rugged frame and a unique ground-engaging design, it helps loosen soil, enhance air exchange, and maintain a uniform surface without excessive disruption.
Purpose-built targeted tillage system
The CurseBuster was developed for operators who want a dependable, lower-disturbance approach to improving soil structure. Its design promotes better air and water exchange in the soil profile while helping alleviate compaction and support healthier root development.
Troyer Brothers partnered with the Curse Buster team to engineer and build production frames, weldments, and key structural components—turning a farmer-built concept into a repeatable, field-ready piece of equipment.
For more information about the Curse Buster system, visit soilcursebuster.com or explore the video below for in-field footage.
Built from field experience
The CurseBuster concept originated from producers who needed a practical, reliable way to improve soil conditions without relying on high-disturbance tillage practices. Years of field experience shaped the tool’s layout and functionality, resulting in a system that is straightforward to run and effective across a wide range of soil environments.
Troyer Brothers supported the project by converting field-tested ideas into a manufacturable design. Our engineering and fabrication teams ensured repeatable build quality and long-term durability in demanding commercial use.
Project gallery
See the Curse Buster working in the field and a closer look at the frame and tool layout.
Where the Curse Buster works best
The CurseBuster is suited for operators who want a simple, effective pass that helps maintain soil condition and field uniformity. Typical uses include:
- General field preparation ahead of planting
- Breaking up surface firmness following weather cycles
- Supporting soil air and water exchange in lower-disturbance systems
- Improving consistency in challenging or compacted field zones