Leather Goods Price Calculator: From Hide Cost to Wallet Price

October 27, 2026 · Selling products and running the numbers

To price a leather product, cost it from what it takes: the leather at its price per usable square foot, not per square foot as sold, the thread, hardware and edge finish, your minutes at the rate you pay yourself, and workshop overhead per hour, then add a margin. In the illustrative wallet below, the full cost is $63.59 and a 30% margin prices it at $90.84. The leather in it is $4.29. Belts, batches and wholesale are worked further down.

None of these figures are market prices. Every hide price, usable share, pattern area, thread measure and task time belongs to one made-up leatherworker and is there to be replaced with your own receipts, patterns and clock.

The leather goods price formula

cost per usable sq ft = hide price / (hide size x usable share)
items per hide        = usable square inches / pattern area, rounded down
leather per item      = hide price / items per hide
parts                 = thread + edge finish + hardware + glue and dye
minutes               = stitches / stitches per minute + cutting
                        + edge finishing + assembly
full cost             = leather + parts + packaging
                        + hours x (your rate + overhead)
price                 = full cost / (1 - margin)

Step 1: how much leather costs per square foot

The example hide cost $120.00 for 20 square feet, shipping included. That is $6.00 a square foot as sold. But after flaws, belly edges and the gaps between pattern pieces, the example’s own record says 75% of a hide is usable: 15.00 square feet. The leather costs $8.00 per usable square foot, and that is the number to price with. Your own usable share depends on the grade of hide and on your patterns, so track it across a few hides.

The wallet’s pieces take 75 square inches. The usable area cuts 28 whole wallets, so each carries $4.29 of leather. Its pattern area alone costs $4.17; the difference is the 0.42 square feet left over, which you paid for too. If you turn offcuts into small goods, the pattern-area figure is the fairer one.

Step 2: thread, hardware and edge finish

The wallet has 40 inches of stitch line. The example measured 4.5 inches of thread per inch of stitching on a test piece, so it uses 180 inches from a $9.00 spool of 25 yards. Edge supplies are spread by the inch: a pot’s price over the inches it finishes.

Hardware is the largest line. Leather is in step 1 and packaging in step 4, so neither is counted here.

Step 3: stitching time from the stitch count

Time stitching from the stitch count rather than guessing a total. At 7 stitches per inch the line is 280 stitches, and at the example’s 8 stitches a minute, punching included:

That is 1.60 hours. These minutes hold no setup; the batch section below adds it.

Step 4: price the wallet

Overhead, the tools, blades, power and rent, goes in at the example’s $3.00 per working hour.

The margin is profit on top of your hourly pay. The example sells the wallet at $95.00, which clears the $90.84 needed and leaves a 33.1% margin. The markup vs margin chart converts a margin to the markup it implies.

Batch or one-off

Setup, laying out patterns, setting tools, prepping dye and cleaning up, takes the example 48 minutes a run. Made on its own, a wallet carries the whole setup and costs $89.99, or $128.56 at the 30% margin. Made 10 at a time, with setup shared and 20 minutes saved per wallet by cutting and dyeing in a run, each costs $55.23 and prices at $78.90. That is $34.76 a wallet between the two, so quote custom one-offs from the one-off cost, not the batch cost.

Belts: price by the inch

A belt is mostly edge work. In the example a 1.5-inch strap cut 48 inches long, with edges finished on both sides, takes 88 minutes, 48 of them on the edges, and prices at $84.11 at the 30% margin. Each extra inch of length adds $0.92, chiefly time, so a 52-inch belt prices at $87.79. A price list by length keeps long belts from being sold at the short belt’s price.

Does a wholesale order pay?

The example shop asks to buy at 50% of the $95.00 retail price, $47.50 a wallet. The batch cost is $55.23, already more than that before the $1.50 a wallet of shipping ($15.00 over 10 wallets). Each wholesale wallet loses $9.23, $92.30 on the order. A retail sale at $95.00, after a 8% platform and card fee and 10 minutes of selling time at your rate, makes $27.17. Wholesale would only break even with a retail price of $113.46, and would meet the 30% margin at $162.09. If a shop’s terms are a fixed share of retail, the retail price has to carry the wholesale cost, not the other way round.

The insight: the leather is the small line

Leather is 6.7% of this wallet’s full cost. Your time is 75.5%. The stitching minutes alone, at your rate and overhead, cost $19.25, more than the wallet’s leather. So the number that moves the price is your speed, measured on a full seam, and a price built from “leather times something” follows the smaller line. Time your next wallet stitch by stitch before you trust any price list. The woodworking pricing post builds a price from materials and hours the same way.

How these were calculated

Cost per usable square foot is hide price / (hide size x usable share). Items per hide are usable square inches / pattern area, rounded down, and leather per item is hide price / items. Thread is stitch line x thread per inch x spool price / (spool yards x 36). Minutes are stitch line x stitches per inch / stitches per minute, plus cutting, edge length / 12 x minutes per foot, and assembly. Full cost is leather + parts + packaging + hours x (rate + overhead), and price is full cost / (1 - margin). Batch cost shares setup over the batch and takes off the minutes saved; wholesale break-even is (batch cost + shipping per item) / wholesale share. Figures are carried from step to step as the spreadsheet shows them, to the cent. Every figure was computed twice, once by the code behind the product below and once by an independent program that counts wallets out of the hide one at a time, sums minutes task by task, costs a whole batch and divides, and costs the longer belt from scratch, and the two agree. All inputs are illustrative, not tannery prices, measured yields or market prices. None of this is financial, legal or tax advice.

To run this on your own hides, patterns and stitching speed, the pack below has eight linked calculators, from hide yield to a custom order quote.