The Real Cost of Lockers: How to Calculate Total Cost of Ownership for Facility Planning

Purchase price is the wrong number to compare when buying lockers. A locker that costs less to buy but requires repainting every three years and door replacements every five years costs more than a locker that costs more to buy and requires neither. This is not controversial ??every facility manager knows it. The challenge is quantifying the difference in a way that a purchasing department or budget committee will accept as the basis for a decision.

This guide provides a methodology for calculating locker total cost of ownership using data your facility already has. No specialized software, no external consultants. Just a spreadsheet and access to your maintenance work order history.

Cost Component 1: Installation ??The Only Number People Compare

This is the purchase price plus freight plus installation labor. It is the number on the quote. It is also the smallest component of total cost over a 10-year horizon for most facilities ??typically 20 to 40 percent of the total, depending on environmental conditions and maintenance practices.

The error that drives poor locker procurement decisions is treating installation cost as the entire cost. It is the most visible number, the easiest to compare across suppliers, and the one that purchasing departments are structured to evaluate. The rest of the cost components are hidden in operating budgets, spread across years, and tracked in different systems (work order management rather than procurement). The methodology below pulls those hidden costs into the same spreadsheet as the purchase price.

Cost Component 2: Scheduled Repainting

If your facility repaints lockers on a schedule ??every 3 years, every 5 years ??that schedule is a cost stream. Calculate it as: (labor hours per repaint cycle ? hourly labor rate) + (paint and supplies cost per cycle) ? (number of cycles over your evaluation period, typically 10 years).

If your facility’s repaint frequency is increasing ??repainting every 2 years instead of every 3 because the lockers are aging ??the cost stream is accelerating, not constant. This is the “maintenance spiral”: each repaint restores appearance but not substrate condition, so each subsequent repaint fails faster. A cost model that assumes constant repaint frequency underestimates the true cost of maintaining aging coated lockers.

An honest calculation uses your actual repaint history, not the idealized repaint schedule from the original specification. If the specification said “5-year repaint cycle” but your facility repaints every 2.5 years, use 2.5 years in the model. The specification is aspirational; the maintenance log is factual.

Cost Component 3: Unscheduled Door and Hardware Replacement

Pull three years of work orders tagged “locker” and count door replacements, lock mechanism replacements, and hinge replacements. Calculate the average replacements per year per 100 lockers. Multiply by your evaluation period.

This number reveals something that the purchase price comparison conceals: door replacement rate is a material property, not a usage property. Facilities with comparable user populations and operating hours have different door replacement rates depending on locker material. Coated steel doors accumulate edge rust that eventually compromises the door structurally ??a failure mode that requires door replacement, not repainting. Solid-plastic doors may scratch or wear but do not have a structural degradation mechanism that requires replacement ??a scratch is wear, not failure.

If your work order system does not separate locker door replacements from general door maintenance, ask your maintenance supervisor for an estimate based on memory. Even an approximate number is more useful in a cost model than assuming zero replacements.

Cost Component 4: Labor Opportunity Cost

This is the most overlooked cost component and often the largest. When maintenance staff spend time on locker repainting, they are not spending that time on something else. The “something else” is the opportunity cost. In practice, it manifests as deferred maintenance: the HVAC filter change that did not happen, the plumbing leak that waited another month, the floor refinishing that was pushed to next year’s budget.

Calculate labor opportunity cost as: (labor hours spent on locker maintenance per year) ? (hourly labor rate). This is the direct cost. The indirect cost ??deferred maintenance consequences ??is harder to quantify but real. A facility that spends 800 hours per year on locker repainting is deferring 800 hours of other maintenance. Some of that deferred maintenance will eventually become emergency repairs, which cost more than scheduled maintenance. This is not speculation ??it is the predictable consequence of a fixed labor pool with competing priorities.

A conservative approach: include the direct labor cost as a line item. Note the deferred maintenance risk qualitatively in the narrative that accompanies the cost model. Budget committees understand the concept of deferred maintenance; they do not need it quantified to three decimal places to recognize it as a real cost.

Cost Component 5: User Impact

Lockers that are out of service ??rusted shut, missing doors, seized locks ??reduce the facility’s functional capacity. A rec center with 500 lockers and 30 out of service is operating at 94 percent capacity for locker-dependent programs. If those 30 lockers represent capacity that is needed during peak hours, the facility is turning away users or making them wait ??both of which have a user satisfaction cost that shows up in surveys and renewal rates.

For public facilities, user satisfaction is a political metric. Complaints about locker conditions that appear in user surveys and council meetings have a cost that is not on a spreadsheet but is absolutely real when the next budget cycle arrives. A facility that consistently receives locker-related complaints is spending political capital that could be spent on program expansion or equipment upgrades.

For commercial facilities (gyms, spas, sports clubs), out-of-service lockers during peak hours have a direct revenue implication. A member who cannot find a working locker during their preferred time slot is a member who may not renew. The renewal rate impact of locker availability is difficult to isolate from other factors, but the relationship is directionally clear: facilities with consistently available, clean, functioning lockers have higher member satisfaction scores than facilities with chronic locker problems.

Building the 10-Year Model

Create a spreadsheet with columns for each cost component and rows for each year of your evaluation period (10 years is standard for long-life building components). For each material option under consideration, populate:

• Year 0: Installation cost (purchase + freight + installation labor)
• Years 1-10: Scheduled repaint cost (based on your actual repaint frequency, or zero for solid-color materials that do not require repainting)
• Years 1-10: Door and hardware replacement cost (based on your actual replacement rate per 100 lockers per year)
• Years 1-10: Labor cost for routine cleaning and inspection (this may be the same across materials or may differ ??ABS and stainless typically require less inspection time because there is no coating condition to assess)

Sum each column. The total is the 10-year total cost of ownership for that material option. Compare the totals across materials. The material with the lowest purchase price rarely has the lowest 10-year total ??and the difference between purchase price and total cost is the value of doing the calculation.

Presenting the Analysis to Decision-Makers

Budget committees and purchasing departments are not hostile to total-cost analysis ??they are unfamiliar with it applied to lockers. The presentation should lead with the conclusion (“Material B saves X over 10 years compared to Material A despite costing Y more to purchase”) and support it with one page of numbers from the facility’s own maintenance records. The most persuasive element is the data source: “these replacement rates come from our own work order system, not from a supplier.”

Avoid product comparisons. The presentation is about costs ??installation cost, maintenance cost, replacement cost ??not about materials. Decision-makers evaluate costs. Your job is to make sure all the costs are on the table, not just the one in the purchase order.

Frequently Asked Questions

Q: What if my facility does not have good maintenance records?
Start with what you have. Even an estimate from the maintenance supervisor based on experience is more useful than assuming zero maintenance cost. For a new facility with no history, use industry benchmarks: powder-coated steel lockers in humid environments typically require repainting every 3 to 5 years; door replacement rates vary from 2 to 8 percent per year depending on environment and user behavior. Adjust these benchmarks based on your specific environment ??a pool locker room should use the more aggressive (higher-cost) assumptions; a climate-controlled office changing room can use the less aggressive ones.

Q: Should the model include inflation and discount rate?
For internal facility planning, a simple undiscounted model is usually sufficient. The purpose is to compare options, not to produce a net present value for a financial audit. If the undiscounted model shows that Material B saves enough to justify its higher purchase price, discounting future savings will only make the case stronger ??because the savings occur in future years and have a lower present value. If the undiscounted model does not show savings, discounting will not create them.