Disc Hillers

The Yeomans Disc Hiller is designed to give you complete control over your hills, beds and furrows. Whether you’re establishing new rows or renovating existing permanent bed systems, this unit delivers clean, consistent results across a wide range of soil types and conditions.

Built with strength and flexibility in mind, the Disc Hiller features full 3D adjustment—allowing precise control of tilt, camber and swing. This means you can accurately shape the soil profile to suit your crop, your conditions, and your preferred cultivation system.

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Super strong. Super versatile. Built for precision bed forming.

The Yeomans Disc Hiller is designed for creating clean, consistent hills, beds and furrows across a wide range of soil types. Ideal for both establishing new rows and maintaining existing systems, it delivers controlled soil movement with minimal drag.

With full adjustment in every direction, the Disc Hiller gives operators the flexibility to fine-tune results in the paddock—quickly and easily.

KEY BENEFITS

  • Creates uniform hills and well-defined furrows
  • Ideal for row crops, vegetables, vineyards and orchards
  • Smooth soil flow reduces blockages in sticky conditions
  • Improves water management and drainage
  • Minimises soil disturbance while shaping the surface

FEATURES

COMPLETE 3D ADJUSTMENT
Adjust tilt, camber and swing to achieve the exact soil profile required for your application

VERSATILE BED FORMING
Suitable for new bed formation or renovation of existing hill and furrow systems.

ROLLING DISC DESIGN
The rotating discs allow soil to move freely, reducing drag and maintaining consistent shaping even in variable conditions.

HEAVY DUTY CONSTRUCTION
Built to handle tough Australian conditions with the durability and reliability you expect from Yeomans equipment.

DESIGNED TO WORK WITH YOUR YEOMANS PLOW
The Disc Hiller integrates seamlessly into the Yeomans system, allowing you to combine deep soil development with accurate surface shaping in a single pass—improving efficiency while maintaining the soil structure essential for long-term fertility.