Firewood calculator
Put your cords, price and delivery in: 2 cords at $300.00 a cord plus $50.00 delivery cost $650.00 total — $325.00 a cord delivered.
★ CONSTRUCTION · FIREWOOD · COST
On the defaults — 2 cords at $300.00 a cord plus $50.00 delivery — firewood costs $650.00 total, or $325.00 a cord delivered. This is the firewood cost tool: multiply cords by the price a cord, add the flat delivery charge, then divide by the cords — a quote guessed from the cord price alone tells you nothing until delivery is spread across the order.
Put your cords, price and delivery in: 2 cords at $300.00 a cord plus $50.00 delivery cost $650.00 total — $325.00 a cord delivered.
It means two cords at $300.00 a cord, with a $50.00 delivery charge, cost six hundred and fifty dollars in total, which is $325.00 a cord once delivery is spread across the order. The cords set how much wood is bought, the price sets what each cord costs, and the delivery charge is the flat cost of getting it to the driveway: one more cord adds $300.00 to the total but only $300.00 divided by the new cord count to the delivered per-cord figure, and a free delivery leaves the per-cord figure exactly at the cord price. The only judgement is the cord itself — a full cord is 128 cubic feet stacked, and a price quoted per face cord or per pickup load is not a price per cord.
| Output | Formula | What it means |
|---|---|---|
| Wood subtotal | cords × price a cord | $600.00 — 2 × $300.00. |
| Delivery | flat charge per order | $50.00 — charged once, not per cord. |
| Total cost | subtotal + delivery | $650.00 — $600.00 + $50.00. |
| Cost a cord delivered | total ÷ cords | $325.00 — $650.00 ÷ 2. |
First, check the cord: 2 cords must be full cords of 128 cubic feet stacked, not face cords or loose loads — a face cord is a third of a cord, so a price that looks cheap per face cord is three times the cord price. Second, check what the price includes: $300.00 a cord must be the same wood the delivery charge delivers — seasoned hardwood stacked and delivered is a different price from green wood dumped loose, and mixing the two prices breaks the total. Third, check the delivery terms: $50.00 must be the whole delivery charge for the order, not per cord or per trip — a per-cord delivery charge grows with the order and changes the per-cord figure completely.
2 cords, $300.00 a cord, $50.00 delivery. Wood: 2 × $300.00 = $600.00. Total: $600.00 + $50.00 = $650.00. Per cord delivered: $650.00 ÷ 2 = $325.00. In practice that means the order costs six hundred and fifty dollars at the driveway, and the $325.00 figure is the one to compare with other sellers, since a seller with cheaper wood and dearer delivery can still be the dearer order.
At 3 cords instead of 2, the total rises to $950.00 and the delivered per-cord figure falls to $316.67, because the flat delivery spreads thinner. At $250.00 a cord instead of $300.00, the total falls to $550.00. With no delivery charge, the total falls to $600.00 and the per-cord figure is exactly $300.00. At 1 cord instead of 2, the total falls to $350.00 and the per-cord figure rises to $350.00, because the whole delivery lands on one cord.
The cords behind $650.00 are 2: at 1 cord the total is $350.00; at 3 cords it is $950.00. The price behind $650.00 is $300.00 a cord: at $250.00 a cord the total is $550.00; at $350.00 a cord it is $750.00 — the delivery never changes across these reverses, only the wood.
The defaults assume 2 full cords at $300.00 a cord with a single $50.00 flat delivery charge, the wood stacked in cords of 128 cubic feet. They do not assume stacking service, splitting, or a second delivery trip — those are separate charges, so treat $650.00 as the delivered-wood total, not the stacked-and-ready total.
The arithmetic is exact for the inputs entered; the judgement is the cord measure, the price basis, and the delivery terms. Real orders vary with species, seasoning, and stacking — so treat $650.00 as the planning total for 2 cords at $300.00 plus $50.00 delivery, and check it against the seller's written quote before paying.
Bright Side Kit, “Firewood Cost Calculator: 2 Cords Cost $650.00 Total”, https://brightoolbox.com/firewood-cost-calculator/, accessed 3 November 2026. Students and researchers: cite the calculator name, the page URL and the date you used it, and quote the defaults (2 cords, $300.00 a cord, $50.00 delivery) so the result can be checked.
A full cord is 128 cubic feet of wood stacked — a stack 4 feet high, 4 feet deep, and 8 feet long. A face cord is only one third of that, so always check which measure a price uses.
It depends on the stove, the house, and the climate — many homes burn 2 to 4 cords a winter. Price the order with this calculator once the cord count is known.
Yes: a flat delivery charge spread over more cords lowers the delivered per-cord figure. That is why 3 cords cost $316.67 a cord delivered while 1 cord costs $350.00 on the same prices.
Usually yes: seasoned wood burns hotter and cleaner, and green wood needs months of drying. Compare seasoned prices with seasoned prices, not with green.
Measure the stacked pile: length × height × depth in feet, divided by 128, gives cords. A loose dumped pile measures larger than the same wood stacked.
Then it is not a flat charge — add it to the price a cord instead, and set delivery to $0, so the per-cord figure stays honest.