Description

If you’ve got a Dickey row crop cultivator and your gauge wheels are starting to feel rough or wobble when you’re trying to maintain consistent depth, chances are it’s time to replace those stem bearings. Maintaining consistent cultivation depth is what separates good stands from great ones, and worn gauge wheels that can’t hold proper positioning will cost you in uneven emergence, poor weed control, and the kind of field variations that show up in your yield monitor when harvest time comes around. This double stem bearing gets your cultivator back to running smooth and steady.

What You’re Getting

Double stem design with 3/8″ threaded ends that secure directly to your gauge wheel assembly
Precision-built bearing that handles the constant jarring and vibration of cultivation work
Direct replacement for Dickey DC2207F—no modifications or adapters needed
AgSmart quality construction that stands up to the dirt, dust, and moisture of field conditions

Built for Real Farm Work

This bearing fits Dickey Row Crop Cultivators and is designed for the demanding work of keeping your cultivation depth consistent whether you’re working corn stubble, bean ground, or summer fallow. Your row crop cultivator depends on accurate gauge wheels to maintain consistent cultivation depth whether you’re working corn, soybeans, or other row crops that need precise cultivation for optimal growth.

Made to Last

Farm bearings take a beating from dirt, moisture, and constant movement, so this one’s built with sealed construction to keep contaminants out while allowing smooth rotation. The specialty agricultural bearing design handles the side loads and impacts that come with cultivation work, season after season.

Good to Know

When installing, inspect the gauge wheel assembly for proper bearing condition and mounting hardware tightness. The 3/8″ threaded ends make installation straightforward—just thread them into your existing gauge wheel setup. During cultivation season, check gauge wheel condition regularly as worn wheels can cause depth variations that affect cultivation effectiveness.