How do you calculate demand-capacity match?

Divide available capacity by demand and multiply by the conversion factor. With 9,600 units of capacity against 10,000 units of demand, that is 9,600 ÷ 10,000 × 100 = 96%.

What does a demand coverage below 100% mean?

It means capacity falls short of demand. The example's 96% coverage means the plant can make only 96% of the 10,000 units demanded, leaving a 400-unit gap to close with overtime, offload, or a later delivery.

What is a good demand-capacity match percentage?

At least 100% means you can meet demand, and a small cushion of 105-110% is healthy for absorbing variability. Persistently above 130% suggests excess capacity, while below 100% guarantees a shortfall unless action is taken.

What is the capacity-to-demand ratio?

It is the same comparison expressed as a decimal rather than a percent. In the example the ratio is 0.96, meaning capacity equals 96% of demand, which is the 96% coverage stated another way.

How do I close a demand-capacity gap?

Add overtime or a shift, offload work to an alternate line or contract manufacturer, improve throughput by cutting changeovers and downtime, or rebalance demand by negotiating delivery timing with customers.

Why use a conversion factor of 100?

The factor scales the raw ratio into a percentage. Using 100 turns 0.96 into 96%; you could use 1 to keep it as a ratio, so the factor simply controls how the answer is expressed.

ERP & MRP Planning calculator

Demand Capacity Match Calculator

Demand Capacity Match expresses available production capacity as a percentage of the demand you need to cover, giving planners an instant read on whether the plant can meet the order book. Sales and operations planning (S&OP) teams, master schedulers, and plant managers use it during demand reviews to spot a coverage shortfall before it becomes a backorder or a missed customer commitment. A reading at or above 100% means capacity meets or exceeds demand; below 100% quantifies exactly how short you are. Because it works in plain units, it travels well across product families, lines, and planning horizons whenever you need a quick capacity-versus-demand sanity check.

What this calculator does

Calculate capacity coverage by comparing available production capacity with demand.
a scheduler needs to know if capacity covers demand quantity
It computes available production capacity divided by demand quantity, scaled by a conversion factor, to show the percent of demand that capacity can cover.

Formula used

Demand-capacity coverage = available production capacity ÷ demand quantity × percent conversion factor

Inputs explained

Available production capacity:
Demand quantity to cover:
Percent conversion factor:

How to use the result

Use it in S&OP and master scheduling to test whether a line, plant, or family can meet a demand figure before committing to dates.
It is a single ratio of aggregate quantities and ignores product mix, timing within the period, and changeovers, so it can show adequate coverage while specific items still come up short.

Current U.S. benchmarks

Manufacturing hourly earnings average $30.27 (BLS, Jun 2026), up 4.4% from a year earlier. Median machinist pay is $28.24/hr (OEWS 2025), with state medians on each state page. Manufacturers have 529k open positions nationally (BLS JOLTS).
U.S. manufacturing runs at 75.6% of capacity (Federal Reserve, May 2026). New factory orders are up 2.3% year over year (Census).

Common questions

How do you calculate demand-capacity match? Divide available capacity by demand and multiply by the conversion factor. With 9,600 units of capacity against 10,000 units of demand, that is 9,600 ÷ 10,000 × 100 = 96%.
What does a demand coverage below 100% mean? It means capacity falls short of demand. The example's 96% coverage means the plant can make only 96% of the 10,000 units demanded, leaving a 400-unit gap to close with overtime, offload, or a later delivery.
What is a good demand-capacity match percentage? At least 100% means you can meet demand, and a small cushion of 105-110% is healthy for absorbing variability. Persistently above 130% suggests excess capacity, while below 100% guarantees a shortfall unless action is taken.
What is the capacity-to-demand ratio? It is the same comparison expressed as a decimal rather than a percent. In the example the ratio is 0.96, meaning capacity equals 96% of demand, which is the 96% coverage stated another way.
How do I close a demand-capacity gap? Add overtime or a shift, offload work to an alternate line or contract manufacturer, improve throughput by cutting changeovers and downtime, or rebalance demand by negotiating delivery timing with customers.

Last reviewed 2026-05-12.