Equipment

Lease vs. Buy Vehicle

Compare the total cost of leasing versus buying your next work vehicle over your actual expected hold period.

Cheaper optionLease
Total buy cost$44,625
Total lease cost$41,500

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Methodology

Formula: Buy cost/year = straight-line depreciation + financing + maintenance. Lease cost/year = (monthly payment × 12) + annual fees. Each multiplied by the expected hold period.

Assumption: Uses straight-line depreciation and a flat annual financing cost, not loan amortization, consistent with Equipment Hourly Cost & Rent vs. Buy’s existing convention.

Limitation: Plug in your own lender’s actual interest cost for more precision if you want it.

Frequently Asked

What does "apples to apples" mean in this comparison?
Both options are evaluated over the same expected hold period, so a short expected hold favors leasing's lower short-term exposure while a long expected hold gives buying more time to recover its higher upfront cost.
Does this include the vehicle's resale value if bought?
Yes, an owned vehicle's expected value at the end of the hold period is netted against its total cost; leasing has no equivalent residual value to the business.
What if the actual hold period ends up different than planned?
Re-run the comparison at a shorter and longer hold period; the cheaper option can flip well before or after your original planned hold length, especially near a lease term's natural end.
Does this account for mileage limits on a lease?
Not directly; if a work truck is expected to exceed typical lease mileage limits, factor the resulting overage fees into the lease cost input, since they can materially change the comparison.