How do you calculate a capacity outsourcing gap risk score?

Multiply the three component scores: severity x occurrence x detection. The tool returns a risk priority number you use to rank capacity gaps against each other on a consistent scale.

What is a good capacity gap risk score?

Lower is better. There's no universal threshold — set an action line for your shop (for example, anything above the top quartile of your scored gaps gets a standby outsourcing plan). Severity-driven scores deserve attention even when the total looks moderate.

Why use severity, occurrence, and detection?

Borrowed from FMEA, the three dimensions separate how bad a shortfall is from how likely it is and how early you'd catch it. A gap that's catastrophic but easy to foresee is managed very differently from one that's mild but invisible until it hits.

Should I act on the highest RPN first?

Generally yes, but always read the components. A high score driven by severity (a key customer line) warrants a firm outsourcing contract; one driven by poor detection may be solved cheaply by better demand-sensing instead.

What scale should the scores use?

Pick one scale — commonly 1 to 10 — and apply it identically to every gap you compare. Mixing scales makes the resulting RPNs meaningless against each other.

Capacity gap RPN vs. simple utilization percentage?

Utilization tells you how full a line is today; the RPN ranks the risk of a future shortfall by weighing consequence, likelihood, and visibility. Use utilization to spot tight lines and the RPN to prioritize which ones get an outsourcing safety net.

Make-Buy, Outsourcing & Network Design calculator

Capacity Outsourcing Gap Calculator

Capacity outsourcing gap risk scoring applies FMEA-style thinking to the question of whether a demand spike will outrun your plant's capacity. Production planners and S&OP teams use it to rank which product lines most need a standby contract manufacturer or overflow agreement before peak season. You score how bad an uncovered shortfall would be (severity), how likely the shortfall is (occurrence), and how well you'd see it coming (detection), then multiply for a single risk priority number. Higher scores flag the gaps where you should line up outsourcing capacity now rather than scramble later.

What this calculator does

Estimate capacity outsourcing gap for make-buy, outsourcing and network design using production-ready inputs so teams can rank risks and decide which issue needs containment, controls, or escalation first.
Use it when capacity outsourcing gap in make-buy, outsourcing and network design needs a defensible ranking against other make-buy, outsourcing and network design risks for the next review.
It multiplies severity, occurrence, and detection scores into a single capacity-gap risk priority number so shortfalls can be ranked.

Formula used

Capacity outsourcing gap risk score = capacity outsourcing gap severity score × capacity outsourcing gap occurrence score × capacity outsourcing gap detection score
Use the same scoring scale across comparable capacity outsourcing gap risks.

Inputs explained

Severity of unmet demand if the gap goes uncovered:
Likelihood the capacity shortfall occurs:
Ability to detect the gap before it bites:

How to use the result

Use it during capacity planning or S&OP review to prioritize which lines need a standby outsourcing or overflow arrangement.
Multiplying ordinal scores means an RPN can't be averaged or treated as linear — a 60 isn't twice as risky as a 30, and equal RPNs can hide very different severity profiles, so always inspect the components.

Current U.S. benchmarks

Sourcing currencies as of 2026-07-02 (Federal Reserve H.10): 6.7886 CNY and 17.4524 MXN per USD. Landed-cost comparisons move with these daily rates.
U.S. iron and steel imports ran $2.1B in May 2026 (Census International Trade). The U.S. ran a trade deficit of $0.4B in the category that month. Import volumes are the pressure gauge behind tariff and reshoring decisions.

Common questions

How do you calculate a capacity outsourcing gap risk score? Multiply the three component scores: severity x occurrence x detection. The tool returns a risk priority number you use to rank capacity gaps against each other on a consistent scale.
What is a good capacity gap risk score? Lower is better. There's no universal threshold — set an action line for your shop (for example, anything above the top quartile of your scored gaps gets a standby outsourcing plan). Severity-driven scores deserve attention even when the total looks moderate.
Why use severity, occurrence, and detection? Borrowed from FMEA, the three dimensions separate how bad a shortfall is from how likely it is and how early you'd catch it. A gap that's catastrophic but easy to foresee is managed very differently from one that's mild but invisible until it hits.
Should I act on the highest RPN first? Generally yes, but always read the components. A high score driven by severity (a key customer line) warrants a firm outsourcing contract; one driven by poor detection may be solved cheaply by better demand-sensing instead.
What scale should the scores use? Pick one scale — commonly 1 to 10 — and apply it identically to every gap you compare. Mixing scales makes the resulting RPNs meaningless against each other.

Last reviewed 2026-05-12.