How do you calculate option mix workload?

Divide the number of option lines by the processing pace to get base hours, then multiply by one plus the rework allowance. With 640 option lines at 85 lines/hr and an 18% allowance, base time is 7.53 hr and total workload is 8.88 hr.

What counts as an option line?

An option line is a single selectable configuration choice on an order — a feature, accessory, dimension, finish, or substitution — that has to be reviewed against configuration rules and reflected in the BOM, routing, or quote.

Why include a review and rework allowance?

Configured orders routinely fail a rule check, need a clarifying callback, or get reconfigured after a sales change. The allowance (18% here) captures that non-value-added time so your schedule is not built on a best-case pace.

What is a good option processing pace?

It depends on rule maturity and tooling. A well-governed configurator with clean rules can sustain 80-120 lines/hr; manual cross-checking against spec sheets often drops below 40 lines/hr. The 85 lines/hr default reflects a moderately automated desk.

How can I reduce option mix workload?

Raise the processing pace by hardening configurator rules and pre-validating common option combinations, and lower the rework allowance by catching invalid configurations at quote entry rather than at engineering release.

Is this the same as order processing time?

No. This isolates the option-mix portion of order handling. Total order processing also includes pricing, credit, scheduling, and documentation, which this calculator deliberately excludes so you can size configuration capacity on its own.

Configure-to-Order & Product Configuration calculator

Option Mix Workload Calculator

Option Mix Workload estimates how many labor hours a configure-to-order team needs to review, validate, and process a batch of selected product options. In CTO businesses where every order carries a different combination of options, the option lines are the real driver of engineering and order-management effort, not the headline unit count. Order-desk leads, product configuration engineers, and capacity planners use this to size daily workload and spot when an unusually rich option mix will blow through a shift. Because it folds in a review and rework allowance, it reflects the rule-checking and clean-up that option-heavy orders always generate.

What this calculator does

Estimate labor hours required to process option-heavy configure-to-order demand.
planning staffing for high-option quote or order volume
It computes the total hours to process a set of configured option lines at a given pace, inflated by a review and rework allowance.

Formula used

Base option mix workload = option lines to review or process ÷ option processing pace
Estimated option mix workload = base time × (1 + option mix review and rework allowance)

Inputs explained

Option lines to review or process:
Option processing pace:
Option mix review and rework allowance:

How to use the result

Use it when scheduling the configuration desk for the day or week, or when a quote contains an unusually large or complex option set.
A single average processing pace hides the fact that some option lines (custom logic, engineered-to-order substitutions) take far longer than catalog selections, so heavily skewed mixes will be under- or over-estimated.

Common questions

How do you calculate option mix workload? Divide the number of option lines by the processing pace to get base hours, then multiply by one plus the rework allowance. With 640 option lines at 85 lines/hr and an 18% allowance, base time is 7.53 hr and total workload is 8.88 hr.
What counts as an option line? An option line is a single selectable configuration choice on an order — a feature, accessory, dimension, finish, or substitution — that has to be reviewed against configuration rules and reflected in the BOM, routing, or quote.
Why include a review and rework allowance? Configured orders routinely fail a rule check, need a clarifying callback, or get reconfigured after a sales change. The allowance (18% here) captures that non-value-added time so your schedule is not built on a best-case pace.
What is a good option processing pace? It depends on rule maturity and tooling. A well-governed configurator with clean rules can sustain 80-120 lines/hr; manual cross-checking against spec sheets often drops below 40 lines/hr. The 85 lines/hr default reflects a moderately automated desk.
How can I reduce option mix workload? Raise the processing pace by hardening configurator rules and pre-validating common option combinations, and lower the rework allowance by catching invalid configurations at quote entry rather than at engineering release.

Last reviewed 2026-05-12.