84 in stock across 17 Indiana and Ohio dealerships, from $1,270 to $197,900.
In the silt loams and clay loams common across Indiana and Ohio, budget roughly 30 to 40 horsepower per shank at working depth. That puts a 5 shank ripper around 175 to 200 horsepower, a 7 shank at 250 to 300, and a 9 shank near 350. Deeper depths, heavier clay, and dry hard ground all push the number up. Weight and traction matter as much as engine power, so make sure the tractor is properly ballasted and shod before assuming it can pull the tool.
Tillage decisions in Indiana and Ohio come down to residue, drainage, and compaction, and the right tool depends more on your soils and rotation than on what the neighbor runs. Used tillage equipment is one of the better values on any dealer lot, because the machines are simple, the wear parts are replaceable, and a well cared for tool lasts decades.
Primary tillage means moving soil deep to fracture compaction and manage heavy residue. In our region that usually means a disk ripper or an in line ripper working 10 to 16 inches, run in fall after corn. Secondary tillage means preparing a seedbed, and that is the field cultivator or soil finisher working 3 to 5 inches in spring. Vertical tillage sits in its own category, sizing residue and leveling without much soil inversion, and it is popular on ground that needs residue management but not fracturing.
If you are moving toward no till or strip till, your tillage needs shrink to a strip till bar and possibly a light residue tool. Strip till has grown steadily on Indiana and Ohio row crop ground because it warms and dries a narrow band for corn while leaving the rest covered. The point is to buy for the system you intend to run, not the one you are leaving, since a heavy primary tillage tool has almost no resale value in an operation that never uses it.
Sizing tillage to your tractor is where most buyers get in trouble. In the silt loams and clay loams that dominate Indiana and Ohio, budget roughly 30 to 40 horsepower per ripper shank depending on depth, which puts a 7 shank disk ripper in the 250 to 300 horsepower range and a 9 shank near 350. Field cultivators are far lighter at roughly 8 to 12 horsepower per foot, and vertical tillage tools sit near the bottom of that band since they are run fast and shallow.
Weight and ballast matter as much as rated horsepower. A tractor that has the engine to pull a ripper but not the weight or tire footprint to transfer that power will just spin, waste fuel, and compact your headlands. Duals or tracks change what a given tractor can realistically pull. If you are buying a bigger tool for an existing tractor, price ballast and tires into the same decision, because they are frequently the missing piece.
Frames tell the truth. Walk the full length of the main frame and wings looking for cracks, especially at welds near hitch points, wing hinges, and shank mounts. Look for repair welds, bent tubes, and mismatched paint that indicates prior damage. Check the hitch, the wing fold cylinders, and every pivot pin and bushing for slop, because worn pivots cause uneven depth that shows up as strips in the field. Hydraulic hoses and cylinders should be checked for weeping and for cylinders that drift under load.
Then price the wear parts, because they are the real cost. On a ripper, look at shank point condition, shin guards, and shank shear protection. On a disk, measure blade diameter against new spec, since blades lose several inches over their life, and check bearings by spinning each gang by hand and listening. On a field cultivator, look at sweep condition, shank spring tension, and the rear harrow or rolling basket. A tool that needs a full set of blades or sweeps can carry several thousand dollars of parts before it works a single acre.
A tillage tool that will not hold level depth is worse than no tool. Check that the depth control system, whether hydraulic with stops, mechanical, or a modern hydraulic leveling system, actually holds setting. Set the tool on a flat surface and measure front to back and side to side. Uneven wear on front and rear ranks, mismatched tire sizes on the gauge wheels, or a bent hitch will put you fighting the machine every pass.
Rear attachments do more work than most buyers credit. Rolling baskets, spike harrows, and reel finishers set the seedbed and determine how much you have to do again in spring. Make sure they are complete and adjustable, because replacing a full rolling basket assembly is expensive. On vertical tillage tools, blade concavity and angle define how aggressive the machine is, so match that to whether you want residue sized or soil moved.
Tillage is a fuel and time expense that many operations underestimate. Deep ripping commonly runs 1.5 to 2.5 gallons of diesel per acre, field cultivating perhaps 0.5 to 0.8, and vertical tillage in a similar light range. Add labor, wear parts, and depreciation and each primary tillage pass carries real cost per acre. That arithmetic is a big part of why reduced tillage systems have gained ground across Indiana and Ohio over the last two decades.
Wear parts are the ongoing bill. Ripper points, sweeps, and disk blades all have finite life measured in acres, and abrasive soils chew them faster. Keeping spare points on hand and changing them before they get short protects both fuel efficiency and depth consistency. Bearings on disk gangs and rolling baskets are the other recurring item, and they are cheap to replace on schedule and expensive to replace after they seize and take a shaft with them.
Guidance pays off on tillage as much as anywhere. Consistent overlap on a 30 foot field cultivator saves fuel and time on every pass, and section based approaches reduce double working on point rows. Machine mounted depth control and hydraulic leveling systems on newer tools can be adjusted from the cab display, which makes it realistic to change depth by soil type within a field rather than setting once and living with it.
Documentation matters too. Recording tillage passes, depths, and dates in John Deere Operations Center gives you the record you need to explain a yield map two seasons later. It also supports conservation program documentation and helps when you compare tillage systems side by side on your own ground. TRULAND runs a Precision Ag Support Center at (260) 296-2391 for questions about what a specific tool supports and how it integrates with your existing display.
Tillage tools trade in the off season. The best selection in Indiana and Ohio typically shows up in late winter and again in mid summer, after spring tillage is finished and before fall demand builds. The worst times to shop are the two weeks before you need the tool, which is exactly when everyone else is shopping and prices reflect it.
Because tillage equipment is simple and durable, buying used is often the highest value decision on the farm. A ten year old ripper with a fresh set of points and sound bearings does the same work as a new one. Spend the savings on getting the wear parts right and on a proper inspection of the frame and hydraulics. With 84 used tillage units listed across the group, it is worth comparing configurations across stores rather than settling for the first tool of roughly the right width.
External sources are provided for reference. For anything specific to your machine or your operation, call the store nearest you.
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In the silt loams and clay loams common across Indiana and Ohio, budget roughly 30 to 40 horsepower per shank at working depth. That puts a 5 shank ripper around 175 to 200 horsepower, a 7 shank at 250 to 300, and a 9 shank near 350. Deeper depths, heavier clay, and dry hard ground all push the number up. Weight and traction matter as much as engine power, so make sure the tractor is properly ballasted and shod before assuming it can pull the tool.
A field cultivator uses sweeps or shovels to work 3 to 5 inches deep and prepare a seedbed, mixing soil and cutting weeds. Vertical tillage uses near vertical coulter blades run fast and shallow, generally 1 to 3 inches, to size residue and level the surface without much horizontal soil movement or a tillage pan. Vertical tillage is popular for managing heavy corn residue while keeping cover on the surface. They are complementary tools, not substitutes.
Walk the frame and wings for cracks and repair welds, especially near hitch points, wing hinges, and shank mounts. Check every pivot pin and bushing for slop, since worn pivots cause uneven depth. Test that depth control holds setting and that the tool sits level front to back and side to side. Then price the wear parts. Measure disk blade diameter against new spec, spin each gang by hand for bad bearings, and look at ripper point, shin, and sweep condition.
Fall primary tillage is common on heavier ground after corn, because freeze and thaw cycles over winter help mellow the soil and it spreads the workload away from the tight spring window. Spring tillage risks working ground too wet, which creates compaction that lasts years. On lighter or highly erodible ground, leaving residue over winter is usually the better call for erosion control. Drainage, slope, and residue level should drive the decision more than habit.
Run just below the compaction layer, not deeper. Dig a hole and find where the restriction actually is, often 8 to 14 inches in Indiana and Ohio row crop ground, then set depth an inch or two below that. Running deeper than necessary burns significantly more fuel, brings up wet clods, and can create a new pan at the point depth. Soil should be reasonably dry through the working depth, since ripping wet ground smears rather than fractures and can make the problem worse.
Fuel alone runs roughly 1.5 to 2.5 gallons per acre for deep ripping and 0.5 to 0.8 for field cultivating or vertical tillage. Add wear parts, labor, and equipment depreciation and a primary tillage pass typically costs several times the fuel figure. This is the arithmetic behind the shift toward reduced tillage across the eastern Corn Belt. Tracking your own passes in Operations Center makes it easier to compare systems on your ground rather than on averages.
Tillage is one of the strongest cases for buying used. The machines are mechanically simple, most wear items are replaceable, and a sound frame lasts decades. A ten year old ripper with fresh points and good bearings does the same job as a new one. Focus your inspection on frame integrity, pivot wear, hydraulic function, and depth control, then price out the wear parts before you agree on a number, since blades and sweeps can add thousands.
Match it to your tractor and your spring window. Budget roughly 8 to 12 horsepower per foot, so a 200 horsepower tractor comfortably handles 24 to 30 feet in most conditions. Also consider transport width and your road situation, and whether the tool folds within legal limits. Wider is not always better if it means running at a crawl or fighting depth control. Aim to cover your spring acres in the number of fit days a typical Indiana or Ohio April gives you.
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