Lesson 4.2 taught how to choose between barcoding and RFID for a specific operation; this lesson puts a real cost figure against that choice. A domestic brand such as Cedar & Co., running 12 shops on a Make to Stock model and buying from Delta Garments on open account, needs to know the rollout's own total cost, its own monthly saving, and the time it takes for the saving to pay back the cost, before committing budget to either technology.
This lesson walks through a rollout cost calculation for Cedar & Co.'s own central warehouse, so you can apply the same method to any technology decision under review.
You need: how to choose between barcoding and RFID for a specific operation (Lesson 4.2), and Order A's own fixed FOB figure as a cost reference point (docs/02 section 7).
By the end of this lesson you can:
Not covered here: choosing which technology to roll out (Lesson 4.2), or running a cycle count with the technology once installed (Lesson 4.4). This lesson only teaches the cost calculation.
| Term | Meaning |
|---|---|
| Rollout cost | The full one-time cost of introducing a technology into an operation: readers or scanners, tags or labels, software setup and staff training. |
| Recurring cost | The ongoing cost a rollout adds every month after installation, such as replacement tags, consumables or a software subscription. |
| Monthly saving | The value of the time and error reduction a rollout delivers each month, calculated from hours saved multiplied by their own labour cost. |
| Payback period | The time it takes for a machine's total monthly savings to add up to its total investment cost. |
| Total cost of ownership | A rollout's own total cost plus its own recurring cost over a defined period, used to compare it fairly against an alternative. |
| Technology break-even volume | The number of units or cartons a rollout must process before its own savings equal its own total cost. |
A vendor's quoted price for tags, labels or readers is never the whole cost of a rollout; software setup, staff training and ongoing consumables all add to the total, and a rollout that looks cheap on the headline tag price can still take a long time to pay back once every cost component and the actual monthly saving it delivers are counted honestly. The payback period, not the headline price, is the number that should decide whether a specific rollout is approved.
| What can differ | The shapes you meet | Why it matters to you |
|---|---|---|
| Warehouse scale | Cedar & Co.'s own single central warehouse serving 12 shops has a smaller rollout scope than a large export factory's finished goods store handling several buyers' orders at once. | A rollout's fixed costs, software setup and initial training, are spread across fewer units in a smaller operation, so the per-unit cost is higher and the payback period longer. |
| Existing systems | A warehouse already running a WMS (Lesson 4.1) only needs to add the reading technology; one still running on paper needs to fund the WMS and the reading technology together. | Rolling out a reading technology on top of an existing WMS costs far less than introducing both systems at once, which changes the payback period substantially. |
| Business model | A domestic Make to Stock brand like Cedar & Co. can phase a rollout gradually across its own shops and warehouse as budget allows; an export Make to Order shipment's technology decision is usually made once, ahead of a specific order's own fixed timeline. | A phased rollout spreads the one-time cost over a longer period, changing how the payback period should be judged against the business's own cash flow. |
| How saving is measured | Time saved on receiving and picking translates into money only when it is multiplied by the labour cost of the staff whose time was saved, not simply counted in minutes. | A rollout that saves time but does not actually reduce paid labour hours or headcount may show a real operational benefit without translating into a calculable monthly saving. |
Cedar & Co. runs 12 shops on a Make to Stock model, buying from Delta Garments on a 60-day open account (docs/02 section 6). Cedar & Co. is considering a barcode rollout for its own central warehouse, which currently runs on paper, to speed up receiving and picking ahead of its next seasonal stock intake. The rollout would cover one warehouse, a modest scope compared with a large export factory's own finished goods store.
Cedar & Co.'s own warehouse manager estimates the rollout would save 2 hours of staff time per day across receiving and picking, using the same principle established in Lesson 4.1: a barcode scan closes the recording gap a paper process leaves open, cutting the manual steps involved.
The worked numberA payback period of about 7 months means Cedar & Co. recovers the full rollout cost well within its first year of use, after which the USD 312 monthly saving continues as a genuine ongoing benefit; this is the number Cedar & Co.'s own management should judge the decision by, not the USD 450 tag cost alone, which on its own understates the investment by USD 1,800.
A rollout that looks inexpensive because the tags themselves cost little can still carry a total cost several times higher once readers, software setup and training are added, and skipping those components in the initial approval means the business commits to a technology decision without knowing its real payback period. A business that later discovers the full cost only after installation has already spent the money and lost the chance to compare it fairly against the alternative technology or against staying on paper a while longer.
A vendor's price for the tags or labels is not the real cost of adopting a new technology. Add the cost of the readers, setting up the software and training the staff, and the total is usually much higher than the tag price alone suggests. Work out how much time the new system actually saves each day, turn that into money using what the staff are actually paid, and see how many months of that saving it takes to pay back the full cost. That number of months, not the tag price, tells you whether the rollout is worth doing now.
Cedar & Co.'s management is reviewing the barcode rollout proposal ahead of its budget meeting.
Should Cedar & Co. approve the rollout now, or wait until after the coming peak season to install it? Decide before opening the answer.
Approve it now. The two facts that decide this are the payback period against the time remaining before peak season, and the cost of delay itself.
1. The 7.2-month payback period is longer than the 5 months remaining before peak season, so installing now means the rollout is not yet fully paid back when the busiest period begins, but it is still delivering a growing partial saving throughout peak season rather than none at all. 2. Waiting a full season before installing delays the USD 312 monthly saving by several months, meaning Cedar & Co. pays the full paper-process staff cost through its own busiest period, when the time saved would matter most. 3. Installing now, even before the payback period completes, lets the rollout's saving offset some of peak season's own extra workload, rather than deferring every benefit to a period when it matters least.
Waiting for a "clean" payback before installing ignores that the saving itself starts accruing from day one; the cost of delay through peak season outweighs the inconvenience of installing mid-cycle.
USD 1,560 in foregone saving is larger than the difference between the tag-only cost and the full rollout cost calculated earlier, which is exactly why the decision in Lesson 4.3's method depends on the payback period compared against the delay's own cost, not on waiting for a more convenient moment to spend the budget.
Use the T24-C04 Inventory control and technology worksheet, "Rollout cost and payback" sheet. For a specific rollout, record each one-time cost component, the time saved and its labour cost, and let the sheet calculate the total cost, the monthly saving and the payback period. Start with Cedar & Co.'s own example above, then add a rollout of your own.
[Download the Inventory control and technology worksheet](../../templates/T24-C04-inventory-control-and-technology-worksheet.xlsx)
Download the Inventory control and technology worksheet (Excel)
1. Why does a rollout's real cost usually exceed the vendor's quoted tag or label price?
2. Cedar & Co.'s rollout costs USD 2,250 in total and saves USD 312 per month. What is the payback period?
3. A smaller warehouse spreads the same fixed rollout setup costs across fewer daily events than a larger one. Based on this lesson's method, what effect does this have on the payback period?
| EN | AR | FR | TR | Meaning |
|---|---|---|---|---|
| Rollout cost | تكلفة التطبيق | Coût de déploiement | Uygulama maliyeti | The full one-time cost of introducing a technology into an operation: readers or scanners, tags or labels, software setup and staff training. |
| Recurring cost | التكلفة المتكررة | Coût récurrent | Tekrarlayan maliyet | The ongoing cost a rollout adds every month after installation, such as replacement tags, consumables or a software subscription. |
| Monthly saving | الوفر الشهري | Économie mensuelle | Aylık tasarruf | The value of the time and error reduction a rollout delivers each month, calculated from hours saved multiplied by their own labour cost. |
| Payback period | فترة استرداد الاستثمار | Délai de récupération | Geri ödeme süresi | The time it takes for a machine's total monthly savings to add up to its total investment cost. |
| Total cost of ownership | إجمالي تكلفة الامتلاك | Coût total de possession | Toplam sahip olma maliyeti | A rollout's own total cost plus its own recurring cost over a defined period, used to compare it fairly against an alternative. |
| Technology break-even volume | حجم التعادل التقني | Volume de seuil de rentabilité technologique | Teknoloji başabaş hacmi | The number of units or cartons a rollout must process before its own savings equal its own total cost. |
Next you will see the technology choice and its cost in action, running an actual cycle count through a WMS and comparing it against the paper method it replaces. Back to the course map