How do you calculate a dispatch priority score?

Rate due-date urgency, constraint load pressure, and recovery visibility weakness each from 1 to 10, then multiply them and scale to the score. With ratings of 8, 7, and 5 the model returns a dispatch priority score of 6.9 for that job.

Why multiply the three factors instead of adding them?

Multiplication mirrors FMEA's RPN: a job has to be bad on all three axes to be truly dangerous. A job that is urgent but on a wide-open machine with easy recovery should rank well below one that is urgent, loading the bottleneck, and blind to recovery.

What is recovery visibility weakness?

It rates how poorly you can see and execute a recovery path if the job slips — a 10 means no slack, no alternate routing, and no early warning, while a 1 means you have buffer, backup machines, and clear status. Higher weakness raises priority.

What is a good dispatch priority score?

There is no universal threshold because the raw product depends on your rating discipline; what matters is the relative ranking. Sort the order book by score and work the top of the list — a job scoring 6.9 outranks one scoring 3.2 regardless of absolute scale.

Dispatch priority score vs critical ratio — which should I use?

Critical ratio is purely time-and-work based, while the dispatch priority score blends urgency with bottleneck impact and recoverability. Use critical ratio for automated sequencing and the priority score to set a human-led meeting agenda.

How should each factor be scored consistently?

Write a one-line anchor for the 1, 5, and 10 levels of each axis — for example, urgency 10 = ships today and already at risk — and have all planners use the same anchors. Consistent anchors are what keep the ranking trustworthy across shifts.

Advanced Planning, Scheduling & APS calculator

Dispatch Priority Score Calculator

Dispatch Priority Score gives planners and shift leads a single number to rank which jobs or schedule problems deserve attention first in the daily dispatch or production meeting. It borrows the multiplicative logic of FMEA risk scoring — urgency, constraint pressure, and recovery visibility — so a job that is late, loading a bottleneck, and hard to recover floats to the top of the list. Schedulers use it to cut through a long order book and focus the standup on the few jobs that genuinely threaten on-time delivery. Because the three factors multiply rather than add, a problem that is severe on every axis scores far higher than one that is merely middling across the board.

What this calculator does

Score shop-floor dispatch priority using due-date urgency, constraint load, and visibility of recovery options.
a production planner needs to rank jobs on a dispatch list during the daily scheduling meeting
It multiplies three 1-to-10 ratings — due-date urgency, constraint load pressure, and recovery visibility weakness — into a single ranking score for triaging schedule problems.

Formula used

Dispatch priority score = urgency score × constraint score × visibility score
Higher scores identify schedule problems that should be reviewed first in the dispatch or planning meeting.

Inputs explained

Due-date urgency:
Constraint load pressure:
Recovery visibility weakness:

How to use the result

Use it to build the agenda for a daily dispatch or planning meeting, ordering jobs from highest to lowest score so the riskiest get reviewed first.
The scores are subjective ratings, not measured quantities; without an agreed rubric for each axis, two planners can score the same job differently and the ranking drifts.

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 a dispatch priority score? Rate due-date urgency, constraint load pressure, and recovery visibility weakness each from 1 to 10, then multiply them and scale to the score. With ratings of 8, 7, and 5 the model returns a dispatch priority score of 6.9 for that job.
Why multiply the three factors instead of adding them? Multiplication mirrors FMEA's RPN: a job has to be bad on all three axes to be truly dangerous. A job that is urgent but on a wide-open machine with easy recovery should rank well below one that is urgent, loading the bottleneck, and blind to recovery.
What is recovery visibility weakness? It rates how poorly you can see and execute a recovery path if the job slips — a 10 means no slack, no alternate routing, and no early warning, while a 1 means you have buffer, backup machines, and clear status. Higher weakness raises priority.
What is a good dispatch priority score? There is no universal threshold because the raw product depends on your rating discipline; what matters is the relative ranking. Sort the order book by score and work the top of the list — a job scoring 6.9 outranks one scoring 3.2 regardless of absolute scale.
Dispatch priority score vs critical ratio — which should I use? Critical ratio is purely time-and-work based, while the dispatch priority score blends urgency with bottleneck impact and recoverability. Use critical ratio for automated sequencing and the priority score to set a human-led meeting agenda.

Last reviewed 2026-05-12.