Reviewed September 2026 against USDA NASS-derived University of Illinois farmdoc data, ResearchAndMarkets, and Credence Research.

Try it: Run your own numbers →

Farm equipment leasing companies in the US serve a market valued at $9.8 billion in 2024, projected to reach $15.7 billion by 2033 at a 6.2% compound annual growth rate, according to Credence Research. Roughly 68% of commercial US farms now use some form of financing for machinery, split between lease financing (41% share) and loan financing (45% share). This article breaks down what leasing actually costs per acre, who the major equipment makers are, how rental compares to buying, and how to run the numbers for your own operation before you sign anything.

Farm Equipment Leasing and Financing: The Market in Numbers

The overall US agriculture equipment market was valued at $81.14 billion in 2026, per market research firms tracking the sector (GM Insights). Within that, the rental segment specifically is worth $13.2 billion as of 2025, and tractors make up 38.47% of rental transactions by equipment type — the single largest category, ahead of harvesters, tillage tools, and hay/forage equipment combined.

Leasing is a distinct product from renting: a lease is typically a multi-year commitment with an end-of-term option (return, renew, or buy out), while a rental is short-term and often seasonal. Both sit alongside outright purchase financed by a loan. The financing mix for equipment specifically breaks down as 41% lease financing and 45% loan financing, with the remainder in other structures such as dealer credit lines or cash purchase reported separately in ag finance surveys. The lease segment is projected to grow at 6.5% CAGR from 2024 to 2033 — slightly faster than the leasing market’s blended 6.2% overall rate, meaning leases are gaining share within financing relative to loans.

Why does this matter if you’re comparing farm equipment finance companies against farm equipment leasing companies? Because the products solve different problems. A loan builds equity in a depreciating asset you keep. A lease trades ownership for lower upfront cash and a shorter commitment — useful if you expect your acreage, crop mix, or technology needs to change before the equipment wears out. At 68% of commercial farms using some financing method for machinery, the decision isn’t whether to finance — it’s which structure fits your cash flow and how long you plan to run that specific machine.

Farm Equipment Financing Companies vs. Leasing Companies vs. Dealer Credit

Lease vs. Buy vs. Rent: What Actually Fits Your Acreage

There’s no universal answer, but the market data points to a pattern: 45% of ag equipment financing is loans, meaning nearly half of financed farms are choosing to own outright rather than lease. The other 41% choosing leases are more often farms managing rapid equipment turnover, seasonal cash-flow swings, or a preference to avoid the resale burden on high-tech machinery that depreciates fast once next-generation telematics or emissions standards arrive.

If your operation is under roughly 500 acres, the per-acre economics (detailed in the next-but-one section) usually make renting or leasing specialized equipment — balers, sprayers, planters used only during a narrow window — more efficient than owning it outright. Above 1,000 acres, the calculus often shifts toward ownership for core tillage and harvest equipment, because utilization hours are high enough to justify the capital outlay. Between those two points, the decision depends on how many distinct crop or field operations your equipment mix has to cover in a season — more operations generally favor leasing for anything used fewer than 4–6 weeks a year.

Farm Equipment Companies: Who Makes What

The large-tractor segment of the US market is dominated by three manufacturers, according to ResearchAndMarkets‘ 2025 competitive landscape analysis: John Deere holds 53% of large farm tractor share, CNH Industrial (Case IH/New Holland) holds 35%, and AGCO (Massey Ferguson/Fendt/Challenger) holds 7%. Across the entire agriculture equipment market — not just large tractors — John Deere’s overall share is 15.3%, reflecting how fragmented the broader equipment category (implements, harvesters, sprayers, hay tools) is compared to the concentrated tractor segment.

That concentration matters for anyone evaluating farm equipment companies broadly, not just the three majors: dealers and regional brands compete on service territory, financing terms, and specialized implement lines rather than head-to-head on large tractors. This is where named regional and category-specialist companies — the kind searched by name rather than by category — carve out their niche.

Krone, Moore, O’Bryan’s and Other Named Dealers

Several equipment names get searched directly rather than as part of a broader category search — a sign the buyer already knows roughly what they want and is checking a specific dealer or brand. Here’s what each covers:

• Krone is a German manufacturer specializing in hay and forage equipment — round balers, square balers, mower-conditioners, and self-propelled forage harvesters. In Spanish-language search this shows up as “empacadoras de forraje” (forage balers). Krone competes in the hay/forage tooling segment of the broader rental and equipment market, though no US-specific market-share breakdown for Krone by unit or revenue is published by the sources in this brief — check Krone’s own dealer locator or a regional equipment auction platform (TractorHouse, Machinery Pete) for current US pricing on specific models.
• Moore and similarly named regional farm equipment dealers typically operate as multi-line dealerships carrying several of the major manufacturer brands above plus used inventory, rather than manufacturing their own equipment. Confirm which manufacturer lines a specific “Moore” dealership carries directly with that dealership, since the name alone doesn’t identify a single national brand.
• O’Bryan’s Farm Equipment is a dealer name rather than a manufacturer; as with Moore, verify current brand lines, inventory, and financing partners directly with the dealership, since no independent market-share or pricing data for individual dealerships is tracked by the industry research firms cited in this article.
• Try it: Run your own numbers

Machinery Cost Per Acre by Farm Size

This is the number that actually decides lease-vs-buy math, and it’s counterintuitive: smaller farms spend more per acre on machinery, not less. University of Illinois farmdoc, drawing on NASS data, put average farm machinery investment at $847 per acre for farms under 500 acres, $873 per acre for farms between 500 and 1,000 acres, $807 per acre for farms between 1,000 and 2,000 acres, and $668 per acre for farms over 2,000 acres in 2024 (University of Illinois farmdoc). Scale spreads fixed equipment costs over more acres — the core argument for leasing rather than owning if your acreage sits below that 1,000-acre efficiency threshold.

The same farmdoc dataset breaks machinery cost down by crop for the smallest and largest farm-size bands. Corn machinery cost ran $185 per acre on farms under 250 acres in 2024, versus $178 per acre on farms over 1,000 acres — a smaller gap than the overall investment figures above, because per-crop machinery cost includes fuel, repairs, and depreciation rather than total capital tied up. Soybean machinery cost was $122 per acre on farms under 250 acres and $108 per acre on farms over 1,000 acres in the same year.

These figures update annually. Farmdoc typically publishes its refreshed benchmarks each December using the newest NASS Agricultural Census and survey data — check farmdocdaily.illinois.edu directly each December for the following year’s per-acre figures rather than relying on the 2024 numbers above once a new release is out.

PPC for Farm Equipment Companies: What the Position Data Shows

For equipment dealers and manufacturers running paid search, the category itself is instructive: “farm equipment companies” as a bare search term reflects buyers still comparing brands and dealers rather than ready to transact on a specific model — which is why generic-category PPC campaigns for farm equipment companies tend to compete on awareness and dealer-locator clicks rather than direct add-to-cart conversions. Campaigns built around specific equipment categories (balers, tractors by horsepower class, precision seeding attachments) generally convert at a different rate than campaigns targeting the broad “farm equipment companies” phrase, because the searcher’s intent is narrower.

No campaign-performance benchmark data (cost-per-click, conversion rate by ag-equipment ad group) is included in the research available for this article. If you’re planning or auditing a PPC account for a farm equipment dealership or manufacturer, the closest available proxy for market sizing your ad spend is the $81.14 billion overall US agriculture equipment market figure and the $13.2 billion rental segment figure above — both from GM Insights — which at least frame how large the addressable market is by equipment category before you set bids.

Lease-vs-Own Break-Even Calculator

Use your own acreage and machinery investment estimate below to see roughly how many years it takes a lease to cost more than owning outright, based on the per-acre investment ranges reported by farmdoc above.

Where Satellite Data Fits Into Equipment Decisions

Equipment decisions and crop monitoring aren't separate problems — the two feed each other. We at Farmonaut provide satellite-based monitoring that can inform when and how heavily to run leased or owned equipment, rather than scheduling field operations on a fixed calendar regardless of actual field conditions.

• Satellite-Based Crop Monitoring: NDVI and vegetation health maps help time planting, spraying, and harvest passes — reducing wasted equipment hours on fields that aren't ready.
• Fleet & Resource Management: Track every leased or owned piece of equipment to reduce idle time and improve utilization — try our Fleet Management tools.
• Crop Loan & Insurance Verification: Satellite-based crop validation can support financing applications when a leasing or finance company requires field-condition proof — see Crop Loan & Insurance Verification.
• Carbon Footprinting: Track emissions tied to equipment operation and fuel use for sustainability reporting — explore Farmonaut carbon footprinting.
• Blockchain Traceability: Input-to-harvest transparency for operations financing new equipment against a documented, traceable yield history — see product traceability tools.

Developers and businesses exploring automated data and precision farming can visit Farmonaut's API portal and review the Farmonaut API Developer Docs for integration opportunities.

• Large Scale Farm Management App—Manage big acreages efficiently with satellite, AI, and IoT integration.
• Crop & Plantation Forest Advisory—Transform resource allocation and productivity for forested and specialty farms.

Frequently Asked Questions

How to Verify These Numbers for Your Own Operation

The figures in this article carry a shelf life, and the durable part isn't any single number — it's the method for refreshing them. For US farm equipment leasing market size, check Credence Research's or Grand View Research's annual reports, which update yearly, or search USDA ERS and NASS directly for farm credit and equipment financing surveys released quarterly or annually. For machinery cost per acre by farm size, University of Illinois farmdoc publishes updated benchmarks each December drawing on the latest NASS Agricultural Census data — bookmark that page and check it every December rather than reusing this year's figures indefinitely. For manufacturer market share, ResearchAndMarkets and Mordor Intelligence release updated competitive-landscape reports on a semi-annual cycle.

The working checklist for any farm equipment leasing or financing decision: confirm your acreage band against the farmdoc per-acre investment table above, decide whether the specific machine will see enough annual utilization hours to justify ownership versus a 2–5 year lease, run your numbers through the break-even calculator above, and cross-check current per-unit pricing directly with the dealer or manufacturer rather than relying on any published market-average figure, since none of the sources reviewed here publish per-unit retail pricing.