Industrial CapEx and Physical Risk Underwriting

Use this page with Industrial Building Specifications, Industrial Valuation and Probability-Weighted Underwriting, Industrial Environmental and Remediation Risk, CRE CapEx Risk Analysis, CRE Property Management and Operating Budgets, and CRE Due Diligence Framework.

CapEx Categories

Industrial CapEx should be separated by economic function:

The core discipline:

CapEx Is Not NOI

Source: Cushman & Wakefield Landlords vs Tenants Future MEES Conflicts provides a UK lease-specific compliance example: future energy-performance work can affect purchase price, tenant recoverability, dilapidations, and the timing of re-leasing. For UK industrial assets, separate mandatory or policy-driven retrofit scope from discretionary green improvements and test EPC, lease language, remaining term, service-charge recovery, and tenant-installed plant before assigning value to the work.

A capital dollar can create value only if it increases durable NOI, reduces risk, lowers downtime, improves exit liquidity, or prevents value impairment.

Cost-to-Cure Math

Financial-method scope reviewed 2026-10-07: define a deficiency, scope, payer, observation date and payment timeline before weighting costs. A scenario budget is not automatically an expected cash payment: contingencies may be unspent allowances, and a known required repair can still have uncertain scope, cost and timing. Engineering findings and actual legal/contractual obligations require their own evidence.

For one stated budget screen with probability p of undertaking the work:

Weighted Scenario Budget =
  p × (Conditional Scope Cost × Conditional Inflation Factor + Conditional Allowance)
+ Unconditional Budget Item

Require 0 ≤ p ≤ 1; the costs/factor inside the bracket apply to the work-occurs case. A work-dependent allowance belongs inside that case, while an independently payable item belongs outside. Distinguish an allowance from an estimated actual payment and avoid duplicating contingency already embedded in the scope. The prior unqualified addition of contingency outside the probability product would instead assume it applies even when the work is not undertaken. If scope, inflation or timing varies across outcomes, model the outcomes together; multiplying separate averages need not equal the expected product.

For actual cash analysis, follow the shared scenario conventions on the relevant physical-work timeline:

Expected Incremental Net Cure Payment_t =
  sum(p_s × (Incremental Actual Cost_s,t − Collectible Recovery_s,t))

Use mutually exclusive, exhaustive paths with nonnegative probabilities summing to one. Include a no-work path when admissible; a known required obligation belongs in every applicable path rather than being weighted away. Repair, overlay and replacement may be alternatives only when each path captures the complete work sequence; if repair precedes replacement, include both in that path rather than treating them as independent substitutes. Recoveries must have collectible payer/timing support. Probabilities are evidence-based estimates or explicit teaching assumptions, never inferred merely from missing diligence.

Curator arithmetic only: assume p=40%, conditional scope 100K, conditional inflation 1.10, a 10K allowance only if work occurs, and a separate unconditional 5K item. Weighted budget is 48K+5K=53K; this does not predict allowance spending. Separately assume the same 53K represents estimated actual net cash paid at year-end 1 and a matching 8% annual discount rate: PV≈49,074.07. A separate roof choice assumes probabilities 10% no work / 30% repair / 20% overlay / 40% replacement, with full path costs 0/20K/80K/200K at one date; expected cost is 102K. These are distinct hypothetical scenarios, not roof-condition findings, quotes or assessed failure rates.

Expected totals can be added across non-overlapping components without assuming independence; that arithmetic does not establish a portfolio loss distribution, tail reserve or liquidity sufficiency. Use joint scenarios to evaluate correlated tails and reconcile overlapping mobilization, downtime or contingencies. Use the Environmental Risk to Cap Rate Build-Up and CapEx ROI Test sections below for cash timing, funding and valuation; do not deduct this weighted budget again from a value already incorporating the same payments. Existing Source: Debt Yield Scope Review 2026 supports cash/NOI, normal/stressed projections and valuation distinctions, not an OCC-prescribed probability or engineering-cost formula. Source: Lease Weighting and Rollover Scope Review 2026 records the shared curator scenario conventions; physical-work application here is curator synthesis.

Annual Reserve Formula

Funding-method scope reviewed 2026-10-07: separate an underwritten reserve expense, a cash contribution to a reserve account and the eventual replacement payment. A straight-line allowance is a screening convention, not proof that the required cash will be available when work occurs or a universal lender reserve requirement.

Straight-Line Annual Allowance =
  sum(Defined Component Replacement Budget / Positive Remaining Years)

State the budget's price date, included scope, units and payer. This shortcut assumes the chosen budget and horizon; it does not account for existing reserve cash, earnings, earlier repairs, inflation or contribution/payment dates. A zero or negative remaining life requires immediate condition and funding review, not division by zero or a negative allowance. Retired or replaced components must not remain in the same replacement population.

For a simplified end-period reserve cash schedule:

Reserve Cash_t =
  Reserve Cash_(t−1) × (1 + Assumed Period Net Earnings Rate_t)
+ Cash Contribution_t
− Actual Reserve Payment_t

Match rate and period, identify fees and other account movements, and test balances at the actual payment dates. The displayed ordering earns on the opening balance and adds contributions/pays costs at period-end; other timing requires the corresponding schedule. Count replacement spending once in property cash. Funding an account and later spending those same funds are different movements, not two capital expenses. Cash restricted for another component or party is not available funding merely because it appears in an account balance.

For one replacement, positive integer n years, zero reserve earnings, no intervening payments and equal year-end contributions available before the replacement payment:

Annual Cash Contribution =
  max(Replacement Budget − Available Opening Reserve Cash, 0) / n

This is a conditional funding calculation, not the required underwriting expense. Excess opening cash does not imply a right to release it. If work must be paid before the final contribution, bring funding forward; annual averages do not establish intra-year liquidity. Multiple replacements need a shared cash schedule so the same opening cash is not allocated repeatedly.

Curator teaching case only: a 100K replacement due at the end of year 5, available opening cash 20K and the stated zero-earnings/no-other-payment assumptions require 16K at each year-end. Balances before payment reach 100K; the payment leaves zero. The unadjusted 100K/5 allowance gives 20K annually and leaves 20K after payment under these different funding assumptions. Separately assuming a 120K payment budget gives 20K annual contributions. If the 100K payment is due now, the immediate gap is 80K; there is no five-year funding horizon. These are arithmetic assumptions, not cost, useful-life or reserve-policy benchmarks.

The inherited Base Reserve × Age × Intensity × Climate × Tenant-Use expression has no calibrated factor definitions here. Do not treat its product as a verified risk adjustment or count the same deterioration in both the replacement date/cost and an overlapping factor. Use supported cost/timing scenarios and the Cost-to-Cure Math section instead. Lease allocations, lender covenants and actual usable balances govern who funds what; NNN labeling alone does not resolve that obligation. CRE CapEx Risk Analysis distinguishes reserve treatment from project costs. Existing Source: Debt Yield Scope Review 2026 supports income-versus-cash and replacement-reserve distinctions, not this curator funding rule or engineering life estimates.

Physical Risk to Value

Valuation-method scope reviewed 2026-10-07: compare a defined baseline with complete cured and uncured scenarios. Use the Environmental Risk to Cap Rate Build-Up section below for incremental costs/recoveries, timing and residual cash/rate effects. A cost, lost rent, lasting income reduction and rate change may represent distinct mechanisms, but they are not an automatically additive haircut. A cure can remove the rent limitation; an already reduced rent schedule includes its downtime. Count each effect once and support any limitation that remains after work.

For the same positive compatible cap rate c and matching stabilized annual NOI in both cases:

Static Capitalized NOI Loss = (NOI_base − NOI_scenario) / c

Rent loss is not automatically NOI loss: reconcile recoveries, collection, vacancy and changed operating expenses. If caps differ, value each scenario separately; if income is temporary, changes through time or includes capital/lease cash adjustments, use the dated cash model. This static difference is not a universal present value of lost rent. CRE Valuation Methodologies owns the income method; Cap Rate Decomposition states the separate perpetual cash conditions.

Inherited inputs now explicitly assumed: a0.50/SF/year rent reduction on200,000SF gives100K annual gross rent loss. Only with no offsetting income/expense changes does that equal100K NOI loss, which at an independently assumed compatible6% cap gives≈1.6667M static value loss. Separately assume20K lower annual operating expenses: NOI loss is80K and the same-cap static loss≈1.3333M.

Alternative cure illustration, not feasibility evidence: to compare on one explicit cash basis, assume this80K net cash loss occurs at each year-end forever if uncured, zero growth, no other incremental cash adjustments and a matching6% annual discount rate. Its PV is80K/6%≈1.3333M. Instead assume500K cure cost paid now, only the first year-end80K cash loss, full restoration from year2 and unchanged rate: total PV loss is500K+80K/1.06≈575,471.70. Do not add the uncured perpetual loss to that cured case. These hypothetical assumptions do not establish a dock/slab repair cost, achievable rent, usable tenant pool or appraisal conclusion. Existing Source: Debt Yield Scope Review 2026 supports income/capital and direct-cap/DCF distinctions; the case is curator arithmetic, not an OCC formula or market benchmark.

Lease-Up CapEx Probability

Use the shared renewal, replacement and remain-vacant paths, with a defined horizon and complete cash schedule. A replacement path may already include downtime; do not also treat the same outcome as a remain-vacant path. Separate TI/LC payments, make-ready work, actual carry costs and reserve funding rather than labeling their combined sum TI/LC.

Expected Incremental Lease Capital Payment_t =
  sum(p_s × Incremental TI/LC and Make-Ready Payment_s,t)

Collected rent reflects actual paying months, concessions and collection assumptions in each path. Downtime loss is a comparison with a stated baseline, not another cash payment to subtract after already reducing collected rent. Carry costs can arise in any path and belong once in the operating/capital reconciliation. Expected spending may differ from the cash needed in an adverse path; means alone do not establish adequate funding.

Large-block industrial vacancy can materially affect receipts, but its importance relative to TI/LC requires tenant, timing and scope evidence rather than a universal ranking. Existing Source: Lease Weighting and Rollover Scope Review 2026 supports the curator path distinctions, not current leasing-cost ranges or any property's renewal probabilities.

Roof, Slab, and Pavement

These are the three most common physical value traps.

Roof

Roof Straight-Line Allowance = Defined Roof Replacement Budget / Positive Remaining Years

Use the Annual Reserve Formula section above to reconcile the allowance with existing usable cash, payment dates and actual roof spending. A roof allowance alone does not demonstrate cash sufficiency.

Roof issues affect:

• insurance availability and deductibles
• lender reserves
• tenant business-interruption risk
• solar viability
• buyer diligence at exit

Slab

Treat reinforcement, a narrower tenant universe and an alternative use as separate supported scenarios. Engineering scope, access, downtime and cost determine whether a cure is feasible; the inherited blanket claim that slab deficiencies are often uneconomic is not established by this financial-method review.

Use the Physical Risk to Value and Cost-to-Cure Math sections above. In an uncured case, model the supported rent/collection/capital effects and leasing timeline. In a cured case, include reinforcement spending and work-period disruption, then only the supported limitations that remain. Do not automatically add full reinforcement cost to a permanent discount as though the original slab deficiency necessarily persists. A residual limitation can still coexist with cure cost, but must have a distinct basis.

For manufacturing, cold storage or automation, verify actual loads, floor specifications and tenant requirements with project-specific engineering evidence. A financial scenario alone does not certify the slab or establish that a given use is possible.

Pavement and Truck Court

Pavement Straight-Line Allowance =
  Paved Area SF × Replacement Budget per SF / Positive Remaining Years

Match area and unit cost; a whole-site replacement budget is already a total and must not be multiplied by area again. Use the Annual Reserve Formula section for cash funding and payment timing. Truck use, surface design, loading and condition may change scope or timing; support the site-specific scenario rather than assigning every IOS or distribution property an automatic higher reserve.

Dock, Door, and Truck-Court Functionality

The throughput value of a building is constrained by its weakest logistics link.

Dock Door Ratio = Total Dock Doors / Rentable SF

SF per Dock Door = Rentable SF / Total Dock Doors

If the dock ratio is inferior to the target tenant set:

Throughput Discount =
  Market Rent for Target Spec
- Achievable Rent for Subject Spec

Capital solutions may include dock additions, levelers, seals, paving, trailer stalls, or circulation reconfiguration. Some sites cannot be cured because truck-court depth, parcel shape, or adjacent roads are fixed.

Power, Fire Protection, and Automation Readiness

Power and fire protection should be modeled by tenant set.

Power Adequacy Ratio =
  Available Amps or kVA / Required Amps or kVA for Target Use

Automation Feasibility =
  f(clear height, slab, floor flatness, power, column spacing, ESFR, WMS/connectivity)

If the ratio is below 1.0, the underwriter must model either upgrade cost or a narrower tenant universe.

Conditional Power Upgrade Budget =
  Utility Upgrade Cost
+ Switchgear / Transformer Cost
+ Engineering and Permitting
+ Schedule Delay Cost

This is the stated work-occurs budget, not an expected-cost calculation merely because its components are summed. Follow the Cost-to-Cure Math section for alternative scopes/probabilities, inflation, conditional allowances and dated cash. Delay costs must identify actual incremental payments or baseline-relative lost receipts; do not charge lost rent again after reducing rent for the same delay. Power-upgrade schedule risk can affect occupancy and costs, but feasibility, utility commitments, scope and duration require project-specific evidence.

Environmental and Use-Specific Risk

Scenario-method scope reviewed 2026-10-07: industrial exposure varies by use history, but a use category does not supply a contamination probability or determine legal liability. Follow the shared scenario conventions and the Cost-to-Cure Math section for complete, mutually exclusive cash paths. Remediation, monitoring and use restrictions can coexist; if modeled as outcome alternatives, include their joint combinations and sequence, with nonnegative path probabilities summing to one.

For a defined baseline and compatible scenario values at the same valuation date:

Expected Incremental Property Value Change = sum(p_s × (V_base − V_s))

Use the Environmental Risk to Cap Rate Build-Up section to calculate each value from incremental payments, supported recoveries, operating effects and net terminal proceeds. Industrial Environmental and Remediation Risk provides the related environmental budget/value bridge. Do not mix an undiscounted remediation budget, discounted monitoring payments and an undefined value discount without reconciling timing and overlap. A restriction already represented in rents, usable space or exit proceeds is not another value haircut. The expected scenario indication is not a legal-liability determination, market appraisal, reserve sufficiency test or guaranteed cash need; a low expected value can coexist with a severe funding tail.

Complete outcomes differ from additive cost items. For distinct incremental items, marginal expected costs can be added even when events overlap, without assuming independence; shared investigation, mobilization or downtime costs still enter once. Use joint paths to assess tail exposure and liquidity, rather than interpreting marginal event probabilities as an exhaustive outcome partition. A no-contamination path need not have zero investigation or monitoring cost, and a known obligation belongs in every applicable path.

Curator teaching assumptions, all amounts in USD: assume four complete paths: 40% no incremental cost, 30% remediation only, 10% monitoring only, 20% both. Remediation costs 100K at time zero; monitoring is one 20K payment at year-end one, discounted at an assumed compatible 8%. No shared costs, recoveries, residual income/exit effects or other adjustments are assumed. Expected time-zero payment is 50K, expected year-one payment 6K, and combined cost PV is 50K + 6K/1.08 ≈ 55,555.56. The same mean follows from marginal remediation probability 50% and monitoring probability 30%; those events overlap in the 20% joint path, so their probabilities are not alternative-case weights. The both-cost path has PV ≈ 118,518.52, demonstrating why the mean is not its funding requirement. These probabilities and costs are hypothetical, not site-condition findings or assessed liability.

Existing Source: Debt Yield Scope Review 2026 supports normal/stressed cash projections and compatible valuation methods. The environmental application and expectation arithmetic are curator synthesis, not source-prescribed probabilities or legal rules. This scoped review does not re-attest the inherited use-history, engineering or acreage claims below.

High-risk histories include fleet maintenance, chemical storage, plating, dry cleaning, fueling, heavy manufacturing, rail-served yards, and long-running outdoor storage.

For IOS, use the shared usable-yard and rent-basis model. The former gross-acreage subtraction could count overlapping restrictions twice. The owner now distinguishes parcel area, mapped exclusion unions, functional/approved yard area and the actual lease denominator; acreage arithmetic does not certify permitting or condition.

Wetlands/buffers, easements, stormwater, setbacks, topography and circulation remain diligence inputs, not automatically additive acreage deductions. Reconcile actual yard and building/site income before valuation rather than assuming only improved yard acres determine all property revenue or value. Source: Newmark Lots to Gain Industrial Outdoor Storage 2025 supports the benchmark's annual usable-acre rent convention and separate building-based vacancy measure, not site-specific exclusions or universal lease terms.

Environmental Risk to Cap Rate Build-Up

Financial-method scope reviewed 2026-10-07. Distinguish known incremental costs, uncertain future costs/recoveries, residual value risks and funding constraints. A generic sum of remediation cost, a capitalized premium and a financing discount does not establish that the effects are independent or measured in compatible dollars.

For a simplified unlevered property model over a positive integer T of equal annual periods, with a compatible constant rate r>−1:

F_t = Base_property_cash_t - Incremental_environmental_cost_t + Collectible_recovery_t
V_scenario = F_0 + sum(F_t / (1+r)^t, t=1..T) + Net_terminal_proceeds / (1+r)^T
Value_change = V_base - V_scenario

Reconcile base property cash from the stated NOI definition and applicable capital/lease uses. Do not subtract operating expenses already included in NOI, or charge both a funded reserve and the same cash spending again. Include each incremental cost/recovery once. F_0 contains only the stated property costs/recoveries at closing, not the purchase price; subtract a proposed purchase price separately when calculating investment NPV. Terminal proceeds must not repeat costs or sale cash already counted in F_t, or add a sale on top of an infinite-stream value. Use actual dated discount factors for irregular timing and matching equity cash/rates if financing is included.

A reserve is a funding/allocation mechanism, not automatically a second expense. Map escrow funding, restrictions, payments, releases and any retained cash asset before deciding the buyer's net exposure. A negotiated seller price credit changes acquisition consideration; do not deduct it again as a cost. A contract, insurance limit or indemnity does not by itself establish a collectible recovery. This model does not determine legal liability, coverage, regulatory compliance or a site's actual condition.

Residual risk can affect cash flows and required returns in different ways; documenting both is not automatically double counting. Explain why each adjustment represents a distinct effect. Conversely, a cap-widening scenario already changes the capitalized value; do not subtract its computed value loss a second time, or attach another undifferentiated buyer-pool discount to the same mechanism. A known cost fully included in cash cannot be charged again as a separate known-cost haircut.

Assumed value bridge, not an appraisal or bid: Assume first year-end property cash equals NOI $1M, perpetual growth3% and a matching8% annual rate with no other cash adjustments: the Gordon model gives $20M and a forward cash/NOI cap5%. See Cap Rate Decomposition for that model's conditions. Separately assume an incremental $1M obligation paid at closing and not already priced in that base: net indicated amount $19M. If instead the same obligation is paid one year later, using an assumed compatible8% discount rate gives cost PV≈$925,925.93 and net≈$19.074074M. Cost timing matters; no available financing or remediation scope is established.

Separate residual-risk scenario: Keep NOI $1M but assume cap5.5%, with no new cost yet. Value≈$18.181818M, a change≈$1.818182M from the5% case. If a distinct unpriced $1M closing obligation is also assumed, the bridge is≈$17.181818M. Independence is an explicit teaching assumption, not something inferred from the words “cost,” “premium” or “discount.” Fraction and independent50-digit Decimal reproduce these examples. Neither cap nor discount rate is a current market norm.

Source: Debt Yield Scope Review 2026 supplies scoped primary support for cash/income definitions, capital analysis, direct cap and discounted income/net sale proceeds. The bridge is curator derivation, not an OCC environmental standard. Inherited cost ranges and other physical-risk/legal material remain outside this methods review. Use site-specific estimates and specialist evidence before treating them as current inputs.

Asset-Type CapEx Differences

CapEx ROI Test

For discretionary upgrades, compare the project with a defined no-upgrade case. Methods scope reviewed 2026-10-07: incremental NOI, capitalized value, dated project cash and capital recovery answer different questions; none alone establishes approval.

Stabilized Incremental NOI Yield =
  Incremental Stabilized Annual NOI / Defined Incremental Project Cost

Require a positive cost denominator, the same project scope and an explicit stabilized annual period. Include the relevant installation, leasing and disruption costs in the stated budget. This operating-income/cost screen is not automatically an unlevered cash yield or IRR: reconcile lease incentives, TI/LC, later capital spending, collections and downtime in cash. Avoid treating an already budgeted cost or lost rent as incremental a second time.

Static Implied Value Surplus =
  Incremental Stabilized Annual NOI / Assumed Compatible Cap Rate
- Defined Incremental Project Cost

This shortcut requires a positive compatible cap rate and the same rate for the with/without cases: (NOI_with / c) − (NOI_without / c) = Incremental NOI / c. If the rates differ, calculate each property value separately. State the valuation date and supported stabilization assumptions. Subtracting an undiscounted budget from a future implied value does not produce today's NPV or realized sale profit. A finite holding period requires operating cash, actual payment dates and net incremental sale proceeds at exit, not an extra terminal value on top of a capitalized perpetual stream. See income valuation scope.

Incremental Project NPV =
  Incremental Net Property Cash_0
+ sum(Incremental Net Property Cash_t / (1 + r)^t, t = 1..T)
+ Incremental Net Sale Proceeds_T / (1 + r)^T

For this displayed annual model, require a positive integer T, year-end cash and a matching annual rate r > −1; irregular payments need dated factors. Include project spending and relevant capital/lease payments once in the cash line. Net sale proceeds exclude the operating cash already counted in that year. Match property cash with a property discount basis; debt-funded spending and equity distributions belong in a separately reconciled financing model. Funding a reserve and spending the same funds are not two costs. The Environmental Risk to Cap Rate Build-Up section above applies the same incremental-cost discipline to physical-risk scenarios.

For recovery, use the shared cumulative-cash payback model. Initial Cost / Annual Net Cash Inflow applies only to constant positive cash benefits starting in year one, no later investment, and a stated receipt convention. NOI is the cash denominator only when explicitly reconciled to those net receipts. Delayed benefits, later replacements or an unrecovered balance within the hold must remain visible; payback omits later wealth effects and does not substitute for NPV.

Curator teaching case, not market evidence: assume a $1M time-zero project cost, incremental stabilized annual NOI $150K and an independently assumed compatible cap of 6%. The NOI yield is 15% and the static surplus is $1.5M. Separately assume net incremental property cash of $100K at each year-end 3–5, no receipts in years 1–2, a year-5 sale, next-year incremental NOI still $150K, unchanged 6% cap, no incremental selling costs and a matching 8% annual discount rate. Incremental sale proceeds are $2.5M and timed NPV is approximately $922,402.52. With no sale and the $100K annual receipts instead continuing unchanged, operating-only first-crossing payback is at year 12, not the $1M/$150K ≈ 6.67-year NOI shortcut. With the stated year-5 sale included, recovery occurs at year 5; identify which cash population is being measured. The two hold scenarios are alternatives, not combined outcomes.

Support the rent or cost-saving mechanism with the target tenant universe, lease terms and project-specific evidence. Costs, cap rates, discount rates, useful life and feasibility remain assumptions until independently supported. Existing Source: Debt Yield Scope Review 2026 supports income/capital and direct-cap/DCF distinctions; Source: Payback Mechanics Review 2026 supports relevant cash, timing and recovery conventions. The equations and case above are curator derivations, not source-prescribed project thresholds. This scoped revision does not re-attest other inherited physical-condition, legal or cost-range claims.

Buyer and Lender Treatment

Funding-method scope reviewed 2026-10-07: physical risk can affect valuation, underwriting and closing liquidity through different mechanisms. CRE Return Metrics and KPIs owns the shared sizing tests. Compare compatible LTV, DSCR, debt-yield and other applicable limits using the lender's stated income/value/service conventions; the minimum is a sizing cap, not an approved commitment or cash delivered at closing. Do not mechanically deduct downtime or reserve expense again when already included in the selected NOI convention.

If the actual agreement defines a repair amount and holdback multiple, the conditional budget screen is:

Agreement-Defined Repair Holdback = Defined Repair Budget × Stated Holdback Multiple

The contract determines the scope, minimums, funding source, draw conditions and release rights. The multiple is not a universal policy input. Distinguish an undisbursed commitment, a funded restricted escrow and an equity-funded deposit. They need not have the same treatment as outstanding debt, usable acquisition cash or property expense. Recognize retained restricted cash under the actual ownership and accounting treatment; being unavailable for the purchase price does not itself make the funding movement another repair expense.

For one explicitly defined gross-funded closing advance:

Unrestricted Closing Loan Cash =
  Gross Loan Cash Advanced at Closing
− Funded Restricted Cash Retained from That Advance
− Fees and Other Closing Uses Paid from That Advance

This subtracts uses of the funded advance, not undrawn amounts a second time. Reconcile each closing allocation with the advance and debt ledger. Separately model borrower-funded deposits as uses of the identified borrower cash source, rather than assuming every escrow is equity funded or subtracting it from loan cash when the loan did not fund it. An undrawn allocation may fund later work only when the contractual draw conditions are met; commitment size alone does not establish availability, interest accrual or borrower principal liability.

Curator teaching case only, all amounts in USD: assume borrower ownership of the restricted cash, a 6.5M commitment, 6M gross funded at closing, 300K of that advance retained in a restricted repair escrow and 100K paid from it for fees. Unrestricted closing loan cash is 5.6M; under the explicitly assumed principal treatment, outstanding funded debt is 6M and 500K remains undrawn. Separately assume repair budget 200K and an agreement multiplier 1.5, producing the 300K escrow; spending 200K from it leaves 100K restricted cash before any authorized release. Neither the 300K funding movement nor the 100K balance is another repair expense. These are assumed allocations, not available loan terms, fee norms or release entitlements.

Use the Annual Reserve Formula and CapEx ROI Test sections for cash movements and actual project spending. Include the repair cost once, preserve any retained cash asset and reconcile financing separately. Existing Source: Debt Yield Scope Review 2026 supports separate cash/income, sizing and funding controls, not a blanket holdback multiple or guarantee that financing is available. Verify the actual closing statement, loan agreement and release conditions before adopting a property's treatment.

IC Deliverables

An industrial CapEx memo should include:

• PCA component table with cost, useful life, probability, and timing
• immediate repair reserve
• annual replacement reserve
• lease-up TI/LC probability tree
• downtime cost by lease expiration
• cost-to-cure valuation bridge
• environmental expected-loss table
• lender reserve / holdback schedule
• explicit statement of which physical deficiencies cannot be cured economically

Related Pages

• Industrial IC Narrative and Deal Memo Framework

• Industrial Building Specifications

• Industrial Valuation and Probability-Weighted Underwriting

• Industrial Location and Tenant Demand Underwriting

• Industrial Environmental and Remediation Risk

• Industrial Outdoor Storage (IOS) Underwriting

• CRE CapEx Risk Analysis

• CRE Due Diligence Framework

• CRE Property Management and Operating Budgets

Review Notes

• 2026-06-15 review: promoted as an industrial physical-risk underwriting framework backed by reviewed legacy industrial source material. Use for reserve, downtime, cost-to-cure, and diligence logic, not as a primary cost database or property-condition report.

Provenance

This page is a methodology synthesis derived from the legacy industrial materials and existing canonical physical-spec, environmental, due-diligence, and CapEx frameworks. It does not introduce new market-statistic claims.