. . NH3 flow monitor is one of those terms that gets thrown around a lot, especially when talking about anhydrous systems. The problem is most people lump it together with rate controllers, even though they do very different jobs. If you’re trying to decide what your system actually needs, understanding that difference matters more … Continue reading “NH3 Flow Monitor vs Rate Controller: What’s the Difference and Which One Do You Actually Need?”

. . Flail mowers don’t usually fail because they’re poorly built. They fail because heavy corn stover pushes them beyond how they’re set up, or how they’re being used. Corn residue today is thicker, tougher, and more stubborn than it used to be. Higher yields mean more biomass. Stronger hybrids mean tougher stalks. That combination … Continue reading “Why Most Flail Shredders Fail in Heavy Corn Stover (And How to Avoid It)”

. . Flail mowers get a lot of attention in residue management, but they’re only part of the conversation. When you’re deciding between a windrower and a shredder, the real question isn’t which machine is better—it’s what you’re trying to accomplish in the field. Corn producers and hay producers often have very different goals. That’s … Continue reading “Do You Need a Windrower or a Shredder? A Practical Buyer’s Guide for Corn and Hay Producers”

. . Flail mowers have been around for a long time, but the conversation around residue management has shifted. Corn yields are higher. Residue loads are heavier. And not every machine handles that well. That’s where the debate starts, do you run a flail-style machine or stick with a traditional stalk shredder? The answer depends … Continue reading “Flail Shredder vs Stalk Shredder: What Actually Handles Corn Residue Better?”

. . Cultivator performance can look great on paper and still fall apart in the field. Most issues don’t come from the machine itself, they come from conditions that limit how well it can do its job. If you’ve ever made a pass and come back a few days later wondering why weeds are still … Continue reading “When Cultivators Don’t Work: Field Conditions That Kill Weed Control Performance”

… Cultivator dealers can make or break your experience with new equipment, and that part doesn’t get talked about enough. Most growers focus on the iron—frame strength, shank design, horsepower requirements—but the dealer behind that machine often determines how well it performs once it hits the field. The wrong dealer leaves you figuring things out … Continue reading “How to Choose the Right Cultivator Dealer (And What Most Farmers Overlook)”

  Cultivator decisions are getting harder, not easier. Fields aren’t as predictable, herbicide resistance keeps creeping in, and timing windows feel tighter every season. A lot of growers are asking the same thing right now, should I stick with a row crop setup or move to something faster? The answer isn’t one-size-fits-all. It depends on … Continue reading “Row Crop Cultivator vs High Speed Cultivator: Which One Fits Your Operation in 2026?”

. . Flail mowers start to make more sense when corn stover gets thick enough to slow everything down. After harvest, some fields are manageable. Others feel like you’re driving over a mat of residue that doesn’t want to break apart. Heavy corn stover isn’t just a surface issue. It affects soil temperature, planting performance, … Continue reading “What’s the Best Equipment for Heavy Corn Stover?”

. . Flail mowers tend to come up in conversation when residue starts becoming a problem instead of a benefit. After harvest, fields can be left with thick layers of material that don’t always break down the way you want. That’s where the comparison between flail shredders and stalk choppers starts. Both are built to … Continue reading “Flail Shredders vs Stalk Choppers: Which One Handles Residue Better?”

. . Anhydrous flow monitor systems don’t usually get much attention until something feels off in the field. Maybe application rates don’t match expectations. Maybe parts of the field look uneven later in the season. That’s often when growers start digging into how their rate control system is actually working. At a basic level, these … Continue reading “How Anhydrous Ammonia Rate Controllers Work and Why They Matter”