Capacity Utilisation
How fully productive capacity is being used.
Formula
Live Calculator
MembersVariables
Example
Output 800, capacity 1000: U = 80%
How it works
Capacity utilisation compares what a process, machine, warehouse, or factory actually produces with the most it could produce in the same period. It works because the ratio tells you what fraction of total available capability is being turned into output, and multiplying by 100 converts that fraction into a percentage. A higher percentage means the resource is being used more intensively, while a lower percentage suggests spare capacity or inefficiency.
When to use it
Use this when you want to measure how busy or productive a production line, vehicle fleet, warehouse, or service team is relative to its maximum possible output. It is also useful for spotting underused resources or planning whether extra capacity is needed.
Worked example, step by step
A warehouse can process a maximum of 2,500 orders per day. Actual orders processed today = 2,000 U = (output / capacity) × 100 U = (2000 / 2500) × 100 U = 0.8 × 100 U = 80% So the warehouse is operating at 80% capacity utilisation.
Common mistakes to avoid
- Using the wrong capacity figure, such as planned output instead of maximum possible output
- Forgetting to multiply by 100, which leaves the answer as a decimal instead of a percentage
- Mixing up output and capacity, which gives a value above 100% or an incorrect result
Did You Know?
Pushing utilisation above ~85% causes queue times to spike sharply — a core lesson of queuing theory.
Share this formula
More in Logistics & Supply Chain
View allEconomic Order Quantity
IntermediateOrder size that minimises the combined cost of ordering and holding stock.
Reorder Point
BasicStock level that triggers a new order, covering demand during the lead time.
Safety Stock
AdvancedBuffer inventory that absorbs demand variability during lead time.
Inventory Turnover
BasicHow many times inventory is sold and replaced in a period.
Days Inventory Outstanding
BasicAverage number of days stock sits before being sold.
Little's Law
IntermediateAverage items in a system equals arrival rate times average time in the system.