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Inventory turnover
Measure inventory turns and average days in inventory.
PerformancePERFORMANCE
On-Time In-Full (OTIF) Calculator
Calculate order-based OTIF, on-time delivery, and in-full delivery for one consistent order cohort.
On-time & in-full delivery calculator
Calculate order-based OTIF, on-time delivery, and in-full delivery for one consistent order cohort.
YOUR RESULT LIVE CALCULATION
Orders meeting both conditions
91% OTIF
ORDER-COUNT BASIS- On-time delivery rate
- 94%
- In-full delivery rate
- 95%
- Orders missing at least one test
- 18
- Orders missing both tests
- 4
One order cohort, two conditions. Uses the observed intersection, not multiplied percentages.
BEHIND THE NUMBER
How the calculation works
This is a binary, order-count model: an order passes OTIF only when it meets both tests. Use the same cohort for every count, including failures under your agreed delivery-window and completeness rules. The both count is an observed intersection, not the product of separate percentages. Unit-weighted or line-item-weighted measures are different models.
OTIF (%) = orders both on time AND in full / total orders assessed * 100
When this calculation helps
OTIF assesses the same orders against both a timing test and a completeness test. Define the delivery window and the meaning of complete before counting the cohort.
Check the interpretation
Enter the observed count that passed both tests. Separate on-time and in-full percentages cannot reconstruct that intersection. Keep overdue or unreceived orders under a consistent inclusion rule so a later delivery does not quietly change a historical denominator.
Good to know
Can I multiply the on-time and in-full percentages?
Not to recover the observed combined rate. The two conditions may be correlated; enter the count of orders that actually met both conditions.
How should partial or overdue orders be counted?
Define the cohort, due-date window, completeness rules, and exclusions before counting. An order with missing units fails the in-full test; an overdue order can fail the on-time test even if it has not arrived.