Equipment Financing

Most business financing asks a hard question: what do we take if you can't pay? Equipment financing answers it before it's asked — the machine you're buying is the collateral. That single feature explains why a two-year-old trucking company that can't get an unsecured loan can still finance a $80,000 truck: if things go wrong, the lender knows exactly what it can repossess and roughly what it will fetch.

This page covers the two big structures — loans and leases, including the crucial difference between $1-buyout and fair-market-value leases — plus down payments, matching the term to the equipment's useful life, and the tax angle that makes equipment purchases different from every other kind of borrowing.

What is equipment financing?

Equipment financing is money lent or structured specifically to acquire business equipment — vehicles, kitchen gear, medical devices, manufacturing tools, computers — with the equipment itself securing the deal. It comes in two families:

Equipment loans. You own the equipment from day one; the lender pays the vendor and files a lien (typically a UCC filing) on the equipment until you finish paying. Miss payments and the lender can repossess it. Finish paying and the lien is released — the asset is fully yours.

Equipment leases. The lessor owns the equipment; you pay for the right to use it. Two sub-types matter enormously:

• $1 buyout lease (capital lease): at the end of the term you buy the equipment for one dollar. Economically this is a loan — ownership is the plan all along, and payments are priced accordingly.
• Fair market value (FMV) lease: at the end you choose — return the equipment, renew, or buy it at its then-market value. Payments are lower during the term because the lessor keeps the residual value.

The honest framing: choose a loan or $1 buyout when you intend to keep the equipment past the term; choose FMV when obsolescence is fast or your need may be temporary — and read the end-of-term clauses twice.

How equipment financing works

1. You pick the equipment and get a quote or invoice. The financing attaches to a specific asset, so the deal starts with the vendor paperwork.
2. The lender underwrites you and the machine. Your credit and cash flow matter, but so does the equipment's age, condition, and resale market. A late-model excavator with a deep used market finances easily; bespoke single-purpose machinery does not.
3. Down payment and terms are set. Stronger profiles and stronger collateral mean smaller down payments and better rates.
4. The lender pays the vendor directly. You typically never touch the money — you take delivery of the equipment.
5. You pay a fixed schedule; the lien comes off at the end (loan/$1 buyout) or you make the FMV choice (lease).

A worked example

Say you're buying a used box truck for $80,000 with 10% down ($8,000), financing $72,000 at a hypothetical 9% APR over 60 months:

• Monthly payment: 72,000 × 0.0075 ÷ (1 − 1.0075^−60) ≈ $1,495
• Total of payments: about $89,680
• Total interest: about $17,680, plus your $8,000 down = roughly $97,680 all-in for the truck

Now the useful-life test: if that truck reliably works for eight-plus years, a five-year term means three-plus years of payment-free service after payoff — healthy. If instead you stretched a five-year-life machine over seven years of payments, you'd spend two years paying for equipment that no longer earns. Match the term to the asset's earning life, not to the smallest monthly payment.

Good uses — and bad ones

Equipment financing is at its best when:

• The asset directly produces revenue — the truck that hauls loads, the oven that ships orders, the lift that books jobs. Owner-operators comparing rigs should see our trucking business loans page for the industry-specific angles.
• The equipment holds value. Deep resale markets mean better terms for you.
• You're young but the purchase is sound. Because the collateral is built in, this is often the first "real" financing a newer business can land — a key path we cover in startup business loans.
• Cash preservation matters. Paying $8,000 down instead of $80,000 cash keeps your reserves alive.

It's a poor fit when:

• The "equipment" is really working capital in disguise. Financing a machine you barely need to free up cash is an expensive detour — compare a line of credit honestly first.
• Obsolescence outruns the term. Five years of payments on tech with a three-year life is the definition of dead money; that's FMV-lease or shorter-term territory.
• Utilization is speculative. A machine that might win contracts is a gamble with a repossession clause attached.

What lenders typically look for

Costs and repayment structures

• Interest rate / lease factor. Loans quote a rate; leases often quote only a payment. Always back out the effective cost: total of payments (plus buyout) versus the equipment's cash price, annualized. Our APR vs. interest rate guide shows the method.
• Down payment. Anything from zero to a substantial share of the price; more down means less interest and less risk of owing more than the machine is worth.
• Fees. Documentation fees, UCC filing fees, inspection fees on used equipment, and origination charges all belong in your total-cost math.
• End-of-term costs (leases). FMV buyout price, return-condition standards, shipping-back costs, and automatic renewal clauses that quietly extend payments if you miss a notice window.
• Insurance. Lenders and lessors require the equipment insured, with them named — a real ongoing cost.
• Taxes. Section 179 may allow deducting qualifying equipment costs in the year placed in service instead of depreciating over years, and financed purchases can qualify. {{VERIFY: current Section 179 deduction limit and phase-out threshold for this tax year — source IRS.gov}} Rules and limits change; consult a tax professional before building a purchase decision around a deduction.

Documents you'll typically need

• The equipment quote, invoice, or purchase agreement (and specs/condition report for used gear)
• Government-issued ID and ownership information
• Business bank statements, usually 3–6 months
• Business and personal tax returns for larger deals
• Proof of insurance or a quote naming the lender
• EIN and formation documents
• For startups: a short plan showing how the equipment generates the payment

Advantages and disadvantages

The risk that deserves the most respect is the equity gap: with a small down payment on a fast-depreciating asset, there's a stretch of the term where the machine is worth less than the balance. If business turns down in that window, you can't sell your way out of the debt. Bigger down payments and shorter terms shrink that window.

How to apply, step by step

1. Spec the equipment first and get a real quote — financing conversations without a vendor invoice are just rate teasers.
2. Decide own-vs-use honestly. Keep it past the term? Loan or $1 buyout. Short cycle or uncertain need? Price an FMV lease — including its exit costs.
3. Check the used market for the same equipment three and five years out; that's your future collateral value and your Plan B.
4. Get at least three quotes: the vendor's captive financing, a bank or equipment finance company, and one online lender. Line them up with our offer-comparison guide.
5. Convert every quote to total cost and APR over the same term in the business loan calculator — leases too, using total payments plus buyout.
6. Ask the end-of-term questions from the callout and get answers in writing.
7. Talk to your tax professional before closing, so the purchase timing and structure line up with the deduction you're expecting.

Alternatives to consider

• Business term loans — when the purchase is part of a bigger project (build-out plus equipment plus working capital), one general-purpose loan may beat piecing it together.
• SBA loans — 7(a) and 504 both fund equipment, at capped rates and long terms, for those with time to spare.
• Business lines of credit — for small tools and recurring gear purchases too minor to finance individually.
• Working capital products — if the real problem is cash flow rather than a specific machine, solve that problem directly instead.

Here's the side-by-side: