Description

When you’re running your field cultivator through tough soil conditions, the last thing you need is a dull or bent point that’s fighting you every pass. This 10-inch straight cultivator point cuts through the ground cleanly, breaking up compacted soil and chopping through crop residue without getting hung up. It’s the kind of reliable workhorse that keeps your cultivator doing what it’s supposed to do—preparing a good seedbed.

What You’re Getting

Sharp, straight design that penetrates soil cleanly and stays on track through varying field conditions
Durable 1/4-inch thickness that holds up to rocks, roots, and heavy residue without bending
Standard 3/8-inch bolt hole that fits most common field cultivator shanks
10-inch length provides good soil engagement while maintaining structural strength
1-3/4-inch width gives you the right balance of soil disturbance without excessive drag

Built for Real Farm Work

This point fits a wide range of field cultivators used for primary and secondary tillage operations. Whether you’re working corn stubble in the fall, preparing ground for spring planting, or incorporating fertilizer, this straight point design works well in both clean fields and those with moderate crop residue. It’s particularly effective when you need consistent soil penetration across varying field conditions.

Made to Last

Field cultivator points take a beating from rocks, roots, and abrasive soil. This one’s built from quality steel that can handle the punishment while maintaining its edge and shape. The straight design means it wears evenly, giving you consistent performance throughout its working life rather than developing uneven wear patterns that affect soil penetration.

Good to Know

Installation is straightforward—just remove the old point and bolt this one in place with a standard 3/8-inch plow bolt. Keep a few spares on hand since cultivator points are wear items, especially if you’re working rocky ground. Check point condition regularly during the season, as dull or damaged points can significantly increase draft and reduce tillage effectiveness.