How Much Does a Harvester Cost: Prices for Every Type

A new combine harvester typically costs between $350,000 and $600,000, though high-capacity models with premium features can push well past that range. The final price depends heavily on the type of harvester, the brand, engine size, technology packages, and the headers or attachments you need to actually cut and gather your crop.

New Combine Harvester Prices

The major combine manufacturers (John Deere, Case IH, CLAAS, and New Holland) all offer lineups that range from mid-size machines suited for smaller operations to flagship models built for large-scale grain farming. A mid-range new combine generally starts around $350,000, while fully equipped large-frame models with GPS guidance, yield mapping, and automated systems regularly land between $500,000 and $600,000 or more.

What makes this category tricky is that the combine itself is only part of the cost. Combines don’t come with the front-end attachment (called a header) that actually cuts or picks the crop. That’s a separate purchase, and it’s not cheap.

Headers Add Significant Cost

A header is the wide front attachment that feeds crop into the combine. You’ll need different headers for different crops, so many farmers own two or more. Current listing prices give a good sense of the range:

  • Corn headers: $150,000 to $220,000 for new models. A John Deere C18F (18-row) lists around $175,000 to $219,000, while a 12-row model runs $147,000 to $178,000.
  • Draper headers (used for soybeans, wheat, and small grains): Newer models like the John Deere HD50F list around $163,000, while used units from 2017 or 2018 can be found for $50,000 to $61,500.

So the realistic total cost of a new combine ready to harvest corn and soybeans is the base machine plus two headers, which can easily bring the total investment to $700,000 or more.

Forage Harvester Prices

Self-propelled forage harvesters, used primarily for chopping corn silage and grass for livestock operations, occupy a similar price tier. A new, top-of-the-line forage harvester like a 2024 John Deere 9700 lists around $725,000. Recent-model used machines give a better picture of the spectrum:

  • 2022–2024 models: $384,000 to $725,000 depending on brand and size
  • 2020–2021 models: $230,000 to $415,000
  • 2015–2018 models: $130,000 to $240,000
  • Older machines (2000–2007): $41,500 to $124,000

A CLAAS Jaguar 970 from 2020 might sell for around $366,000, while the same model from 2015 drops to roughly $198,000. John Deere 9900s follow a similar pattern: a 2023 unit lists near $534,500, while a 2020 drops to $230,000. Depreciation is steep in the first few years, then levels off.

Used Combine Prices

Buying used is how most small and mid-size operations make harvester ownership realistic. A combine that’s five to seven years old with moderate hours typically sells for 40% to 60% of its original price. Machines older than ten years can drop below $100,000, though repair costs climb as components wear.

The key number to watch on a used combine is engine hours. A combine with fewer than 1,500 separator hours is considered relatively low-use. Machines approaching 3,000 hours or more will likely need major component rebuilds in the near future, which can cost $20,000 to $50,000 depending on the repair.

Annual Operating Costs

The purchase price is only the beginning. University of Illinois cost estimates break down what it actually costs to run a combine per acre, and the numbers add up quickly.

Combine overhead (covering depreciation, interest, insurance, housing, and repairs) runs about $27.00 per acre for corn and $31.80 per acre for soybeans. Header overhead adds another $17.20 per acre for a corn head or $7.50 per acre for a soybean platform. On top of that, you need fuel, labor, and usually a grain cart to unload into, which adds another $20.00 per acre for corn or $11.00 per acre for soybeans.

For a farmer harvesting 1,500 acres of corn and soybeans, total harvest costs can easily reach $50,000 to $75,000 per year before you factor in the machine payment itself. This is why custom hiring (paying someone else to harvest your crop) remains competitive for smaller operations that can’t spread the machine cost across enough acres.

Leasing as an Alternative

Leasing lets you run a newer combine without the full purchase price up front. On a typical five-year lease for a combine in the $350,000 to $600,000 range, monthly payments run between $4,800 and $8,500. That works out to roughly $57,600 to $102,000 per year.

Lease structures vary. Some are straight operating leases where you return the machine at the end of the term. Others include a buyout option that lets you purchase the combine for a residual value once the lease ends. Dealerships, agricultural lenders, and specialized leasing companies all offer programs, and terms can be adjusted around seasonal cash flow so payments are heavier after harvest when income arrives.

What Drives the Price Difference

Several factors explain why two combines can differ by $200,000 or more:

  • Rotor and cleaning shoe capacity: Larger threshing systems process more grain per hour, which matters on big operations racing against weather.
  • Grain tank size: Bigger tanks mean fewer stops to unload, saving time in the field.
  • Technology packages: GPS auto-steer, yield monitors, moisture sensors, and telematics systems that send performance data to your phone all add cost but improve efficiency and record-keeping.
  • Engine horsepower: Ranges from around 250 hp on smaller combines to over 500 hp on the largest models.
  • Track systems: Some high-end combines offer rubber tracks instead of tires for better flotation in wet fields. Tracks alone can add $30,000 to $50,000.

For a small grain farm under 500 acres, a used mid-size combine in the $100,000 to $200,000 range with a single header can be a practical investment. Large operations farming several thousand acres typically need the throughput capacity of a new or near-new large-frame combine, and many run two machines side by side during harvest. At that scale, the math works because the cost per acre drops significantly when spread across more ground.