187 in stock across 17 Indiana and Ohio dealerships, from $650 to $651,700.
For 500 acres of corn and soybeans in Indiana or Ohio, most operations land between 180 and 250 engine horsepower for the primary tractor, assuming a 12 row planter and a 24 to 30 foot tillage tool. If you run conventional tillage with a ripper, size up toward the top of that range. If you are no till or strip till with a narrow planter, you can work comfortably at 150 to 180. Many farms in that acreage band run one larger tractor plus a 100 horsepower utility tractor for hauling, loader work, and spraying.
Tractors are the backbone of every operation in Indiana and Ohio, from a 40 acre hay ground to a 3,000 acre corn and soybean rotation. Buying used is where most of the value sits, because a well maintained row crop tractor with 4,000 hours can do the same work as a new one for a fraction of the money if you know what to look at.
The old rule of thumb still holds up reasonably well in the eastern Corn Belt. Figure roughly 1 to 1.5 PTO horsepower per acre of row crop for a single tractor operation, then adjust for how much tillage you do and how tight your planting window is. A 500 acre corn and soybean farm running a 12 row planter and a 24 foot vertical tillage tool is generally well served by 180 to 250 engine horsepower. Push past 750 acres with conventional tillage and you are into 300 horsepower and up, or a second tractor.
Match the tractor to the implement, not to the brochure. Every foot of a disk ripper wants somewhere near 12 to 15 horsepower in our heavier silt loams and clay loams, so a 9 shank ripper is a 300 horsepower conversation, not a 200 horsepower one. Mounted implements load the three point hitch and need lift capacity and rear axle weight, while drawn implements need drawbar pull and ballast. Write down the widest and heaviest tool you plan to run in the next five years and buy to that number.
Hours matter less than how those hours were accumulated. A row crop tractor that spent 6,000 hours pulling tillage in the fall at 75 percent load is usually in better shape than a 3,000 hour tractor that idled all day on a loader or ran a mower deck at wide open throttle with no load. Modern engines are commonly good for 10,000 to 15,000 hours before major work if oil intervals were kept. Transmissions, hydraulics, and cab components are far more likely to write the repair check than the block.
For rough planning, a utility tractor under 100 horsepower sees a few hundred hours a year and 2,500 hours is barely broken in. A row crop tractor in a grain operation typically runs 400 to 600 hours a year, so 4,000 hours is a normal ten year old machine. Anything over 8,000 to 10,000 hours should be priced with a transmission or final drive rebuild in mind, which does not mean walk away, it means know the number before you sign.
Start cold. A cold start tells you about injectors, glow plugs, and blowby that a warmed up tractor hides. Pull the crankcase breather tube while it idles and watch for heavy smoke, which points to worn rings or liners. Check the coolant for oil sheen and the oil for coolant. Look at the turbo shaft for play and the charge air cooler for oily film. Then get it warm and cycle everything, because cold hydraulics mask weak pumps and slipping clutch packs.
Drive it under load if you can, ideally with a loaded wagon or a disk. Shift through every powershift range and listen for harsh engagement or hesitation, especially the shuttle. Cycle each remote to the stops and watch for drift on the three point and the loader. Crawl underneath and look at final drive and axle housing seals, the front axle king pins and tie rod ends on MFWD units, and the drawbar and hitch for elongated holes. Tires are money. A set of rear duals in the 480/80R50 class can be a five figure line item on its own.
A new tractor buys you full factory warranty, current emissions hardware, the newest cab and display technology, and a machine nobody else has abused. It also takes the steepest part of the depreciation curve, which on ag tractors is heaviest in the first three to four years. Buying a machine at four to six years old lets the first owner absorb that hit while you still get a tractor with plenty of service life and parts availability.
Used makes the most sense when your hours per year are moderate, when downtime for a day is inconvenient rather than catastrophic, and when you have a service relationship you trust. New makes more sense when uptime during a narrow planting window is worth real money, when you want the tax treatment of a new purchase, or when you need current generation precision ag that is expensive to retrofit. A John Deere PowerGard Protection Plan can close part of the risk gap on a used purchase, and it is worth asking about at the store.
Diesel burn scales with load, not with rated horsepower. A useful planning figure for tillage and heavy drawbar work is roughly 0.045 to 0.055 gallons per horsepower hour, so a 250 horsepower tractor pulling hard runs 11 to 14 gallons an hour. Light loader work or planting might be half that. Over a 500 hour year that difference is thousands of dollars, which is why matching the tractor size to the job matters more than most buyers expect.
Budget for oil and filters at the interval in the operator manual, coolant and hydraulic fluid on longer cycles, and a real diesel exhaust fluid line item on Final Tier 4 machines. Set aside money each year for tires, batteries, air conditioning service, and the small hydraulic leaks that show up around 5,000 hours. The single best cost control on a used tractor is a documented service history from the seller and a pre-purchase inspection through a dealer service department.
Check what technology is actually on the machine and whether it transfers. A tractor may show a display in the cab but not include the receiver, the activations, or the subscription. Autotrac activation, correction level, and any Section Control or documentation licenses are tied to the machine and the account, so confirm in writing what comes with it. Older displays still work well for guidance but may not support current data formats or wireless data transfer to John Deere Operations Center.
If you already run a mixed fleet, standardizing on one display generation saves real frustration during planting and harvest. Retrofitting guidance to an older tractor is very doable, and steering ready machines make it far cheaper than adding a mechanical steering kit. TRULAND operates a Precision Ag Support Center at (260) 296-2391 and publishes an RTK network dealer map, so signal coverage in your township is a question you can get answered before you buy rather than after.
Used tractor supply in Indiana and Ohio moves with the calendar. Trades come in heaviest after harvest through late winter, so December through February usually offers the widest selection and the most negotiating room. Late summer is thinner, because anyone who needs a tractor for fall has already bought it. Compact and utility tractors buck this slightly, spiking in spring when everybody remembers they own a lawn and a food plot.
Give yourself lead time for inspection and setup. If you buy in January, there is room to fix a hydraulic leak, order a hitch, get ballast right, and load the guidance profile before the ground fits in April. Buying in the first week of planting means you take whatever is on the lot and hope it runs. With 187 used tractors listed across the group and 18 stores in Indiana and Ohio, it pays to search the whole inventory rather than just the store closest to you.
External sources are provided for reference. For anything specific to your machine or your operation, call the store nearest you.
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For 500 acres of corn and soybeans in Indiana or Ohio, most operations land between 180 and 250 engine horsepower for the primary tractor, assuming a 12 row planter and a 24 to 30 foot tillage tool. If you run conventional tillage with a ripper, size up toward the top of that range. If you are no till or strip till with a narrow planter, you can work comfortably at 150 to 180. Many farms in that acreage band run one larger tractor plus a 100 horsepower utility tractor for hauling, loader work, and spraying.
There is no hard cutoff. Modern ag diesels routinely run 10,000 to 15,000 hours before major engine work. What matters is how the hours were earned and whether service was documented. A 5,000 hour row crop tractor with oil records and no leaks is a better buy than a 2,500 hour tractor that idled its life away on a loader. Expect to budget for transmission, hydraulic, or final drive work somewhere past 8,000 hours, and price accordingly. Compact tractors are different, where 2,000 to 3,000 hours is substantial.
Used almost always costs less per hour of ownership if the machine is sound, because the first owner absorbed the steepest depreciation. New wins when uptime is critical, when you want full factory warranty, or when you need current precision ag hardware that would be expensive to retrofit. A middle path many buyers take is a four to six year old machine with a protection plan, which keeps the purchase price down while capping the repair risk. Run the numbers on total cost per hour, not just the sticker.
Start it cold and watch for smoke and blowby at the breather. Check oil and coolant for cross contamination, turbo shaft play, and charge air cooler oiling. Warm it up, then shift every gear and range, cycle each hydraulic remote to the stops, and test the three point and loader for drift. Inspect final drive seals, front axle king pins on MFWD, and the drawbar for elongated holes. Look hard at tires, since a rear set can cost five figures. A dealer pre-purchase inspection is money well spent.
For a disk ripper or in line ripper in the heavier silt loams and clay loams common across Indiana and Ohio, budget roughly 12 to 15 horsepower per foot, or about 30 to 40 horsepower per shank depending on depth. Vertical tillage and light finishing tools are much easier, in the 8 to 10 horsepower per foot range. Field cultivators fall between. Depth, speed, and soil moisture change these numbers more than anything else, so size for your worst conditions, not your best day.
Not automatically. Displays, receivers, correction subscriptions, Autotrac activations, and documentation licenses are separate items and are often removed or retained by the previous owner. Always confirm in writing which components and which activations transfer with the machine. If the tractor is steering ready, adding guidance later is straightforward and much cheaper than retrofitting a mechanical steering kit to an older tractor. TRULAND runs a Precision Ag Support Center at (260) 296-2391 that can tell you what is on a specific unit.
In the eastern Corn Belt, December through February usually brings the widest selection and the softest pricing, because trades arrive after harvest and demand is quiet. Late summer is the thinnest window, since anyone needing a machine for fall has already bought. Compact and utility tractors run on a different cycle, tightening up in spring. Buying early also gives you time for inspection, repairs, ballasting, and getting guidance set up before the ground fits.
Load drives fuel burn far more than rated horsepower. A reasonable planning figure for heavy drawbar work is 0.045 to 0.055 gallons per horsepower hour, so a 250 horsepower tractor pulling tillage hard runs roughly 11 to 14 gallons an hour. The same tractor planting or running a grain cart at partial load may use half that. Idling burns fuel and adds hours without doing work, which is one reason lightly loaded high hour machines often show more wear than their hour meter suggests.
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