Average cost for a produce walk-in
Beginning value $500 + purchases $1,500 = $2,000 across 1,000 available units → $2.00 average unit cost. Ending count of 250 units is worth $500 and implied COGS is $1,500.
Value ending restaurant inventory with average cost, FIFO, or LIFO — get inventory value, effective unit cost, implied COGS, layer breakdown, and waste/shrinkage-adjusted value from your count sheet.
Average Cost: Average Unit Cost = (Beginning Value + Purchases Value) ÷ Total Available Qty Inventory Value = Average Unit Cost × Ending Qty FIFO (first-in, first-out): Ending inventory is valued from the NEWEST purchase batches, working backward until the ending quantity is covered. LIFO (last-in, first-out): Ending inventory is valued from the OLDEST purchase batches, working forward until the ending quantity is covered. Shared: COGS = Total Inventory Cost − Ending Inventory Value Adjusted Value = max(0, Inventory Value − Waste $ − Shrinkage $)
All three methods answer the same question — what are the units still on the shelf worth — but assign different costs to them. Average cost spreads total available cost evenly across every unit. FIFO assumes the oldest units were used first, so what remains carries the newest prices. LIFO assumes the newest units were used first, so what remains carries the oldest prices. When prices rise, FIFO reports a higher ending value and lower COGS than LIFO; when prices fall, the relationship flips. Waste and shrinkage adjustments are dollar reductions applied after valuation.
Real numbers through the same formula this tool uses.
Beginning value $500 + purchases $1,500 = $2,000 across 1,000 available units → $2.00 average unit cost. Ending count of 250 units is worth $500 and implied COGS is $1,500.
Batches of 100 @ $2, 100 @ $3, 100 @ $4 (oldest first). An ending count of 120 units is valued from the newest layers: 100 @ $4 plus 20 @ $3 = $460, leaving COGS of $440.
Same batches, same 120-unit count — but LIFO values what remains from the oldest layers: 100 @ $2 plus 20 @ $3 = $260, with COGS of $640. Same shelf, $200 lower book value than FIFO.
The $500 average-cost example with $40 of logged waste and $25 of shrink reports an adjusted inventory value of $435.
Turn a physical count into a defensible ending inventory value and implied COGS.
Average cost needs only period totals. FIFO and LIFO need each purchase batch with its quantity and unit cost, oldest first.
Beginning inventory value, purchases value, and total available quantity — the units behind those dollars.
Add a row per delivery or price point: quantity received and unit cost. Labels like 'Week 1' keep the layer breakdown readable.
Units on hand from your physical count. It cannot exceed the units available in the period.
Enter documented waste and shrink dollars to see the adjusted value your books should carry.
Check which batches make up the ending value, then feed COGS into Food Cost %, Turnover, and Inventory Days.
Inventory valuation puts a dollar figure on the stock still in your walk-ins, freezers, and dry storage at the end of a period. That one number sets your cost of goods sold, your food cost percentage, and a line on your balance sheet — so the method behind it matters.
A count tells you 250 units are on the shelf. Valuation decides what those units cost — and average cost, FIFO, and LIFO can give three different answers from the same count when prices moved during the period.
Total available cost divided by total available units gives a single unit cost applied to everything. It smooths price swings and needs only period totals, which is why many kitchens that track dollars — not deliveries — start here.
First-in, first-out assumes the oldest stock was cooked first, so what remains came from recent deliveries. It mirrors real kitchen rotation, which makes the layer breakdown easy to defend to an accountant or an auditor.
Last-in, first-out assumes the newest stock was used first, leaving the oldest layers on the books. When prices rise it reports lower ending value and higher COGS. It rarely matches physical food rotation and is disallowed under IFRS.
FIFO or average cost cover almost every restaurant. Pick the one your records can support — batch-level purchase history for FIFO, period totals for average — and stay consistent. Switching methods period to period makes food cost trends unreadable.
Ending inventory value flows into COGS on the P&L and current assets on the balance sheet. Tax and reporting rules constrain method changes and LIFO use in many jurisdictions, so treat this tool as a working calculation and confirm the reported figure with your accountant.
Valuation is only as good as the counting and costing discipline behind it.
Value proteins and liquor weekly, everything else at least monthly, and always before deliveries land. A count taken Tuesday one week and Friday the next makes period comparisons meaningless.
If a batch was received in cases, count in cases. Mixing cases and eaches inside one item silently corrupts both the quantity and the unit cost.
FIFO and LIFO are only as accurate as the batch list. Pull quantities and unit costs from invoices, not memory, and keep the chronological order intact.
Do not quietly shrink the count to absorb waste. Enter documented waste and shrink dollars as adjustments so you can see — and manage — what they cost. The Food Waste Calculator helps quantify the waste side.
Run FIFO and LIFO side by side in this tool to understand your exposure to price swings, but report with one consistent, documented method.
If ending value keeps climbing, your ordering is outrunning sales. Check batch sizes with the EOQ Calculator and order timing with the Reorder Point Calculator instead of letting cash sit on shelves.
Ways inventory valuation goes wrong in practice.
Four decimal places on a unit cost cannot fix a count that missed a shelf. Fix count accuracy first; the math is the easy part.
FIFO and LIFO slice the batch list from opposite ends. A newest-first list silently swaps the two methods and misstates both value and COGS.
A FIFO January against an average-cost February shows a phantom cost change. Method switches must be deliberate, documented, and applied from a clean cutoff.
If counted stock keeps coming in below what purchases imply, that gap is shrink — theft, spoilage, or receiving errors. Quantify it in the adjustment field instead of accepting a quietly shrinking shelf.
Inventory is valued at cost, never at what you sell it for. Menu-price valuation inflates assets and understates food cost percentage.
Adjacent questions operators raise about valuing food inventory — different angles from the core FAQ.
Only when prices are rising. FIFO leaves the newest, more expensive batches on the shelf while LIFO leaves the oldest, cheaper ones. If your supplier prices fell during the period, the relationship reverses.
It depends on where you report. LIFO is permitted under US GAAP but prohibited under IFRS, which governs reporting in the UK, Canada, Australia, and New Zealand. Even where allowed, switching to it has tax consequences — involve your accountant first.
When you track period dollar totals rather than individual deliveries, or when an item's price barely moves. For stable staples like flour or oil, the average-cost answer lands very close to FIFO with far less bookkeeping.
Value what you count, count what matters most often. Many operators run weekly counts on the top-value categories and monthly full counts. An uncounted category is simply not in the valuation — do not estimate it into the number.
Food cost % is built on COGS, and COGS is total cost minus ending value. Overstate the ending value and food cost looks better than it is; understate it and a good week looks like a crisis. Consistent valuation is what makes the trend trustworthy.
The method takes only what it needs from that batch. In the FIFO example here, 120 ending units take all 100 of the newest batch and 20 units from the middle one — the layer breakdown shows exactly that split.
At the cost of their ingredients plus any yield loss — not at menu price. Cost the batch with the Recipe Cost Calculator, then treat the prepped units like any other item in the count.
Not in this calculator — ending quantity is capped at the units available, so ending value cannot exceed total cost. If a spreadsheet elsewhere shows negative COGS, the count, the purchases figure, or the period cutoff is wrong.
Waste is documented and expected: trim, spoilage you logged, mistakes. Shrinkage is the unexplained gap between what records say you should have and what the count finds — theft, portioning drift, or receiving errors. Tracking them separately tells you which problem to fix.
Yes — bottles and kegs are actually easier than food because units are standard. Run liquor as its own category so bar shrink, which is notoriously high, does not hide inside kitchen numbers.
Usually. Growing value with flat sales means cash is accumulating on shelves and waste risk is rising. Check turns with the Inventory Turnover Calculator and rein in order sizes before the value shows up as spoilage.
In FIFO or LIFO, enter each price as its own batch — that is exactly what the layer methods are for. In average mode, the purchases total already blends the change into the weighted unit cost.
Related RestaurantMetric tools that sit upstream and downstream of valuation — not endorsements of third-party vendors.
Average cost, FIFO, and LIFO are standard inventory costing conventions. They change how cost is assigned between the shelf and COGS, not how much food you actually have — physical counts and rotation discipline still do the real work.
Size the next PO from on-hand, incoming, and par targets before excess stock inflates your next valuation.
Find the order batch that balances ordering and holding costs when ending values say you are buying too much at once.
Size the buffer you deliberately carry so it shows up in valuation as policy, not accident.
Set the on-hand trigger for the next order once you know what current stock levels are worth.
Turn valuation into turns: see how fast the dollars on your shelves convert into sales.
Quantify waste in dollars before entering it as a valuation adjustment.
Feed the implied COGS from this valuation into the food cost % that drives menu decisions.
Cost prepped items and batches at ingredient level so they enter the count at true cost.
Complementary calculators that often pair with this workflow.
Work out exactly how many units to put on your next restaurant purchase order — from projected on-hand and a target or EOQ fill, with supplier MOQ, case-pack rounding, storage limits, and cost.
Measure how much stock your restaurant actually consumed in a period — from inventory counts or purchase records — with daily usage, per-cover and per-sales-dollar rates, waste and shrinkage share, and weekly/monthly/annual projections.
Compare expected versus actual restaurant inventory to calculate shrinkage quantity, shrinkage value, shrinkage percentage, inventory accuracy, and adjusted loss after recovery — with optional cause breakdown for waste, spoilage, damage, and theft.
More tools to browse after you finish this calculation.
Work out what share of your food sales is spent on ingredients. Enter total food cost and food sales to get your food cost percentage instantly, with the formula shown.
Calculate restaurant labor cost percentage from total labor and sales. Optionally include payroll taxes and benefits for a loaded labor figure.
Calculate restaurant sales mix from units sold and selling price per item or category. See mix %, revenue share, contribution and profit rankings, top and lowest performers, and a concentration benchmark.
Guides from the Learning Center that explain this topic.
A clear definition of food cost percentage, why restaurants track it, typical target ranges, and how to calculate it with a simple formula.
Continue ReadingLearn a practical, line-by-line method for recipe costing. Includes formulas, a real restaurant-style example, and common pitfalls to avoid.
Continue ReadingRestaurant gross profit is food margin; net profit includes every operating expense. Learn the difference, how to calculate gross profit %, and how to interpret your food-cost-driven results.
Continue ReadingBrowse all guides in the Learning Center.