The Location-Closure Decision Model: Contribution, Cash, and Exit Cost

The weakest location lost $23,000 last month. The owner wants it closed by Friday.

But $18,000 of that loss is allocated corporate overhead that will remain after the doors close. The location itself consumed $5,000 of cash. Closing also triggers a lease settlement, severance, customer credits, equipment removal, and a six-month wind-down.

That does not mean the location should stay open. It means last month's allocated P&L is not the closure decision.

Close a business location when the probability-weighted value of keeping or repairing it is lower than the value of exiting after every avoidable cash flow, customer transfer, required investment, and shutdown cost is modeled. The comparison needs a date and downside case; “profitable someday” is not a scenario.

Remove costs that will not disappear

Start with the location's revenue and direct operating costs. Then classify every fixed and shared cost by what happens under each option.

Cost class	Close-now treatment
Direct labor scheduled only for the site	Avoided after severance or transfer period
Local rent and utilities	Avoided only after lease exit and final bills
Local supplies and service vendors	Avoided after cancellation terms
Regional manager	Avoided only if role or capacity actually changes
Corporate finance, HR, software, and leadership	Usually remains unless a specific action removes it
Allocated brand or head-office cost	Not an automatic cash saving
Customer support transferred elsewhere	Continues at receiving location or team

Calculate two views:

Four-wall operating contribution
= Location revenue
- Direct and local operating costs

Avoidable cash flow from closure
= Revenue lost or transferred
- Costs that actually disappear by date
- New costs caused elsewhere

The four-wall EBITDA model creates the clean location view. The closure model takes the next step: it tests which dollars change if management acts.

Compare five real options

The decision is rarely “keep forever” versus “close tomorrow.” Model:

1. Keep as-is: operate under current demand, price, labor, lease, and capital needs.
2. Repair: invest in a defined demand, pricing, staffing, service, or operating plan.
3. Resize or relocate: reduce footprint, hours, staff, or occupancy without abandoning the market.
4. Transfer: move customers, providers, routes, contracts, or equipment to another location.
5. Close: stop new commitments, run off obligations, exit the lease, and remove the site.

Each option gets the same monthly timeline, discounting policy, and downside cases. A vague turnaround cannot compete with a detailed closure plan.

Build the keep-case cash flow

Forecast the site without optimistic rescue assumptions first.

Keep-case location cash flow
= Collected location revenue
- Direct delivery cash cost
- Local fixed cash cost
- Required maintenance capital
- Working-capital investment
- Incremental support caused by keeping the site

Include lease escalations, deferred maintenance, equipment replacement, permit or compliance needs, provider or employee vacancies, and working-capital timing.

If the site needs $140,000 of equipment within six months to maintain current revenue, excluding that payment turns “keep” into fiction.

Make the repair case earn a deadline

Every repair assumption needs an owner, leading indicator, cash cost, and stop date.

Examples:

• Reprice a named service set by a specified date.
• Rebuild the local referral or sales pipeline.
• Adjust staffing to appointment or route demand.
• Reduce no-shows, callbacks, or overtime.
• Renegotiate occupancy or vendor commitments.
• Change hours or consolidate low-demand days.
• Transfer overflow or specialty work into the site.

Do not model the full benefit on day one. Use a ramp and a failure case.

Probability-weighted repair value
= (Success-case cash flow × success probability)
+ (Partial-case cash flow × partial probability)
+ (Failure-case cash flow × failure probability)
- Upfront repair investment

The probabilities should follow evidence: signed hires, booked demand, tested pricing, documented customer transfer, or negotiated lease terms. Hope is not evidence.

Build the closure-cost schedule line by line

Closing costs arrive at different times and can continue after operations end.

Cash exit costs

• Lease termination, remaining rent, common-area charges, and guarantees.
• Severance, retention through wind-down, benefits, and payroll tax.
• Customer refunds, credits, prepaid-service obligations, and continuity work.
• Contract and software termination fees.
• Inventory disposal, equipment removal, restoration, cleaning, and security.
• Legal, accounting, licensing, notice, and record-retention cost.
• Taxes and final filings.
• Temporary duplicate operations during transfer.

Cash recoveries

• Equipment and inventory sale proceeds.
• Deposit refunds.
• Receivable collections.
• Sublease or assignment recoveries.
• Working-capital release.

Noncash charges

• Asset impairment.
• Right-of-use asset impairment or accelerated amortization.
• Write-offs of leasehold improvements, software, or goodwill.

Noncash charges affect reported earnings and taxes but do not replace the cash schedule. Public filings on location closures separate lease exit, severance, asset impairment, and cash payments for this reason.

Net closure cash cost
= Cash exit payments
- Cash recoveries

Want to test this against your own numbers? Book a free 20-minute Profit & Tax Leak Check to pinpoint the first profit, tax, cash-flow, or financial-structure issue worth fixing.

Model the customer-transfer value honestly

Closing a site does not always mean losing every customer. Some work may transfer to another location, provider, route, or remote team.

For each customer segment, estimate:

• Eligible revenue.
• Consent or portability.
• Travel and convenience change.
• Receiving capacity.
• Transfer probability.
• Retained price and contribution.
• Communication and service-recovery cost.
• Cannibalization of the receiving location.

Expected transferred contribution
= Eligible contribution
× Transfer probability
- Incremental receiving and transition cost

Do not transfer 100% of revenue in the model unless capacity and customer evidence support it.

A worked keep-repair-close decision

Consider a multi-location professional service business. One site collects $65,000 per month.

• Variable delivery cost: $28,000.
• Local fixed cash cost: $42,000.
• Four-wall cash loss: $5,000 per month.
• Allocated corporate overhead: $18,000 per month.
• Reported location loss: $23,000 per month.
• Required equipment and site work within six months: $120,000.

Management models three 12-month options.

Keep as-is

The site burns $60,000 from operations and requires $120,000 of capital.

12-month keep cash = ($5,000 × 12) + $120,000 = $180,000 use

Repair

A staffing and pricing plan costs $45,000, required site work still costs $120,000, and the four-month ramp loses $20,000. If successful, the site then contributes $10,000 per month for eight months.

12-month repair cash
= -$45,000 - $120,000 - $20,000 + ($10,000 × 8)
= $105,000 use

The year-two run rate would be attractive, but the success case depends on a licensed hire and signed referral commitments that do not yet exist.

Close and transfer

The site incurs:

Closure component	Cash effect
Lease settlement and final occupancy	($150,000)
Severance and retention	($35,000)
Restoration, legal, and wind-down	($25,000)
Equipment and deposit recovery	$40,000
Receivables and net working-capital release	$60,000
Net initial closure cost	($110,000)

Transferred customers are expected to contribute $6,000 per month after receiving-location cost, beginning in month five.

12-month close-and-transfer cash
= -$110,000 + ($6,000 × 8)
= $62,000 use

On the base 12-month cash view, close-and-transfer uses $43,000 less than repair and $118,000 less than keeping the site. But the 24-month view can favor repair if the evidence-backed success case holds.

That is why the decision needs probability and time. If the repair plan has only a 35% chance of reaching the required contribution and failure adds another six months of losses plus the same closure cost, “try for a year” can destroy more cash than either decisive option.

Identify the latest rational decision date

Waiting has value only when it buys evidence or a cheaper exit.

Map:

• Lease notice and renewal dates.
• Guarantee release opportunities.
• Equipment replacement dates.
• Employee notice and retention milestones.
• Customer renewal or treatment-cycle dates.
• Seasonal demand periods.
• Permit, payer, or license dates.
• Buyer, subtenant, or assignment windows.

The latest rational decision date is the point after which waiting materially increases exit cost or removes an option without enough expected learning value.

For example, a six-month test may make sense if the lease can still be exited on the same terms and signed demand will resolve within 60 days. It does not make sense if missing a notice date adds 24 months of guaranteed rent.

Do not let network effects hide in a footnote

A weak site may support the rest of the system through referrals, geographic coverage, training, purchasing, brand presence, call-center density, or provider routing. It may also consume management time, damage service quality, and distract investment from stronger sites.

Quantify each effect. Do not save a cash-destroying location because it is “strategic” without naming the benefit and the cost of recreating it another way.

The same-store sales model can show whether demand deterioration is local or network-wide. The new-location ramp model is the right comparison when closure funds would be redeployed into a different market.

Use a decision memo, not a postmortem

The memo should state:

• Options and decision horizon.
• Avoidable cash flow by option.
• Upfront investment and exit cash schedule.
• Customer and employee transition.
• Base, downside, and probability-weighted value.
• Lease, guarantee, tax, legal, and compliance constraints.
• Evidence still missing.
• Final decision date and owner.

The useful conclusion is:

“The $23,000 reported loss overstates monthly cash savings because $18,000 of corporate allocation remains. Even so, keeping the site uses $180,000 over 12 months. Close-and-transfer uses about $62,000 and preserves a portion of customer contribution. Repair proceeds only if the licensed hire and referral commitments are signed before the lease notice date; otherwise the wind-down begins.”

Sources

• U.S. Securities and Exchange Commission: 2025 Filing Separating Store Closure, Lease, Severance, and Impairment Costs
• U.S. Securities and Exchange Commission: 2025 Annual Report Showing Non-Operating Location Rent, Closure Cost, and Asset Impairment
• U.S. Securities and Exchange Commission: Filing on Store Performance, Remaining Lease Period, and Closure-Related Impairment Assessment
• U.S. Securities and Exchange Commission: Filing Showing Lease Impairment, Abandonment, and Severance Costs

Fractional CFO support can connect location reporting, cash, leases, people, customer transfer, and capital allocation into that memo. The Profit & Tax Leak Check can identify whether local operating loss, shared overhead, required capital, lease exposure, or weak demand is driving the closure question.