Facility Condition Assessment (FCA): An Owner's Guide

The report arrives weeks after the site visit. It is thick, it rates the building “poor,” and it puts a large share of the total in year one. The lender or the board wants an answer next month. Nobody on the owner’s side can say which numbers are solid and which came from a template.

That is a common fate for a facility condition assessment (FCA). The assessor did what they were scoped to do. The owner never decided what they were buying, so they cannot judge what they got.

This guide is for the owner, not the assessor. It covers what an FCA is, how it differs from a PCA, a reserve study and an energy audit, how to scope and buy one, how the facility condition index (FCI) works, how to challenge a report and how to turn it into a 10-to-20-year plan. It is the front end of the capital planning work we do for owners across the DMV. It is not engineering or legal advice. Anything that looks structural or life-safety related goes to a licensed professional.

What is a facility condition assessment?

A facility condition assessment is a structured survey of a building’s physical systems. It records what is there, what condition it is in, what it will cost to repair or renew, and when. The usual output is an asset inventory, condition ratings, a costed and prioritized deficiency list, remaining-life estimates, a multi-year renewal forecast and an FCI.

An FCA measures two kinds of need, and a good report keeps them apart:

• Deferred maintenance is work that is already late. The federal accounting standard SFFAS 42 defines it as maintenance and repairs “not performed when they should have been or were scheduled to be.” It excludes work that expands capacity or upgrades an asset.
• Capital renewal is work coming due as components reach the end of their life.

Most FCAs are visual and non-destructive. Many providers use the ASTM E2018 walk-through method in the field, although that standard was written for transactions. It says plainly that its process is not technically exhaustive and is not a professional architectural or engineering service. An FCA tells you where to look harder. It does not diagnose a sagging beam or certify code compliance.

How is an FCA different from a PCA, a reserve study and an energy audit?

An FCA plans renewal, a PCA screens a purchase, a reserve study sets savings and an energy audit finds waste.

Aspect	FCA	PCA	Reserve study	Energy audit
Main question	What needs work, and when?	Material defects before we close?	How much to set aside?	Where is energy wasted?
Usual buyer	Owner, operator	Buyer, lender	Association board, owner	Owner, BEPS filer
Common standard	Owner-defined, often E2018 field method	ASTM E2018-24	Association law, industry practice	ASHRAE Standard 211
Time frame	Multi-year forecast	One point in time	Multi-year funding plan	Current operation
Key output	Inventory, deficiencies, forecast, FCI	Condition report, cost opinions	Component lives, funding plan	Measures, savings, costs

Owners most often mistake a PCA for an FCA. The ASTM E2018-24 guide frames a PCA around material physical deficiencies in a commercial real estate transaction, and says to rely on the report only for the point in time of the observations. It is a buyer’s risk screen, not an operating plan. If you inherited one at closing, verify it before you build on it. Our property condition assessment guide covers the transaction side in detail.

A reserve study adds the funding side, which our capital planning and reserve study guide covers. An energy audit under ASHRAE 211 has three levels: a walk-through survey, an energy survey and analysis, and a detailed analysis of capital-intensive modifications. Pair an FCA with an energy audit when replacement and energy performance are the same decision. In DC and Maryland they often are.

How do you scope an FCA before you buy one?

Decide five things before you ask for proposals, or each bidder decides for you and the proposals stop being comparable.

1. Purpose. A budget, a lender requirement, BEPS planning, portfolio ranking and a sale each need different depth.

2. Depth. No single standard names FCA levels. These practical tiers describe what you can ask for:

Tier	What happens	Good for
Portfolio screen	Age and system data in a cost model, light inspection	Ranking many buildings
Baseline visual FCA	Walk-through, interviews, document review	Budgets for one building
Component-level FCA	Every major asset listed with condition and remaining life	10-to-20-year plan, asset register
Targeted engineering	Testing, probes, specialist review	Roofs, facades, structure, major plant

3. Classification. Ask for the inventory in UNIFORMAT II, the elemental classification that NIST documented and ASTM standardized as E1557. It makes reports from different firms and years comparable. Its top level has seven groups:

Code	Major group	Examples
A	Substructure	Foundations, basement walls
B	Shell	Superstructure, exterior enclosure, roofing
C	Interiors	Partitions, stairs, finishes
D	Services	Conveying, plumbing, HVAC, fire protection, electrical
E	Equipment and furnishings	Fixed equipment, furnishings
F	Special construction and demolition	Special structures, abatement
G	Building sitework	Paving, parking, site utilities, site lighting

A budget can work at the second level (D30 HVAC). A plan you will run for years needs the third level (D3050 terminal and package units) or individual assets.

4. Exclusions. Hazardous materials, accessibility, code compliance, seismic and energy are often out unless you add them. ASTM E2018 offers only an abbreviated accessibility screening. A full review is separate work, covered in our ADA compliance guide.

5. Cost rules and deliverables. Specify the cost basis, locality adjustment, soft costs, escalation, horizon and a capital-versus-maintenance threshold. Require the inventory and deficiency list as a data file you own, not only a PDF.

What happens during an FCA, step by step?

The assessor does the fieldwork. What the owner supplies largely decides whether remaining-life estimates are evidence or guesses.

Step	Assessor does	Owner provides
Kickoff	Confirms scope, schedule, access	Decision-maker, site contact
Document review	Reads drawings, prior reports, records	Drawings, O&M manuals, warranties, past PCAs
Interviews	Questions engineers and managers	Known problems, recent projects
Field survey	Inspects, photographs, counts	Roof, plant-room and tenant-space access
Analysis	Rates condition, costs work, sets priorities	Work-order and repair history
Draft review	Issues draft report	Written factual corrections
Final	Issues report and data	Data loaded into your systems

ASTM E2018 builds in a pre-survey questionnaire, document review and interviews for a reason. The field observer sees one day. The records show years. The most useful thing you can hand over is asset-level maintenance history. A building with a real preventive maintenance program can show which rooftop unit failed three times last summer. A nameplate cannot.

What should an FCA report contain?

A usable report lets you trace every dollar to a component, a location, a photo and a cost basis. Use this outline as your deliverable specification:

1. Executive summary. FCI with its definition and window, totals by year and system, and the items that cannot wait.
2. Scope, method and limits. Standard followed, what was inspected versus sampled, every exclusion.
3. Building profile. Area, age, construction type, major renovations and dates.
4. Asset inventory. By UNIFORMAT code, with quantity, install year, expected life, remaining life and condition.
5. Deficiency list. Location, photo, category (life safety, code, integrity, improvement), priority, action, quantity, unit cost and cost source.
6. Renewal forecast. Year by year, by system, in today’s dollars, with escalation shown separately.
7. FCI calculations. Current, plus the forward windows you specified.
8. Further investigation. Items that need an engineer, a roofing consultant or testing before anyone budgets them.
9. Appendices. Photo log, documents reviewed, interview notes, cost backup.
10. Data file. Inventory and deficiencies in a spreadsheet your team can maintain.

For a public example, the DC Department of General Services published one of its FCA reports as a public attachment. It has a methodology, a renewal forecast, a 10-year capital expenditure table, requirement summaries by system and a photo report. It states its capital threshold ($5,000 for non-life-safety work) and sorts requirements into work due within 1 year, 2 years, 3 to 5 years and 6 to 10 years. Ask for that clarity.

How is the facility condition index calculated?

The FCI is the cost of needed work divided by the current replacement value (CRV) of the building. In the most common convention, lower is better. The National Park Service defines it as the value of all deficiencies divided by current replacement value.

A worked example. These numbers are illustrative only, not benchmarks.

Item	Illustrative value
Current replacement value	$40,000,000
Past-due work plus year-1 renewals	$3,200,000
1-year FCI	3.2M ÷ 40M = 8%
Renewals due in years 2 to 5	$4,000,000
5-year FCI	7.2M ÷ 40M = 18%

Different owners label those results differently. The bands are conventions, not laws:

Banding scheme	8% (1-year)	18% (5-year)
NACUBO: under 5% good, 5–10% fair, over 10% poor	Fair	Poor
National Park Service: under 0.10 good, 0.15–0.49 poor	Good	Poor
DC DGS report (APPA terms): 6–15% good, 15–45% fair	Good	Fair
Federal FRPP condition index: 100 × (1 − FCI)	92, Good	82, Fair

The first scheme traces to the 1991 NACUBO publication Managing the Facilities Portfolio and still appears in state reports. The federal index inverts the math, so higher is better: 95 and above is excellent and below 70 is poor. Colorado’s Office of the State Architect and NASA also use higher-is-better scales. Before you compare two FCIs, check four things:

• The window. The DGS report gives a 1-year, a 5-year and a 10-year FCI for each building.
• The numerator. DGS counts integrity and regulatory needs but leaves energy, capacity and other “optimization” items out. SFFAS 42 also excludes upgrades.
• The denominator. Federal replacement value includes planning, design and overhead, and excludes land and site work. The DGS report’s CRV excludes design and site development. One building, two FCIs.
• Criticality. A 3% FCI can hide a failing fire alarm panel. Read the life-safety lines whatever the index says.

The trend matters more than the level. A rising FCI means the backlog is growing faster than it is being cleared.

How is remaining useful life estimated, and how do you check it?

Remaining useful life (RUL) is expected useful life minus effective age. Effective age is actual age adjusted for condition and maintenance, so a well-kept older unit can outlast a neglected newer one. ASTM E2018 itself acknowledges the “inherent subjective nature” of RUL estimates.

Check RUL against evidence:

• Install dates. Nameplates, permits and closeout documents beat assumptions.
• Failure history. Repeated repairs on one asset shorten its life more than age suggests.
• Obsolescence. Parts and refrigerant availability can end a unit’s life early. Our HVAC repair-or-replace guide walks through that logic.
• The source table. Ask which expected-life table the assessor used and how condition adjusted it.

Watch for the year-one pile-up. When every component past its table life lands in year one, the near-term total and the FCI both inflate. An RUL of zero means “plan this now,” not “it fails tomorrow.” Re-spread those items by condition and history, but keep the risk visible.

What drives the cost of an FCA?

Scope drives the price, so a range quoted without a scope means little. The drivers are predictable:

• Size and count. Total area, number of buildings and how spread out they are.
• Complexity. A lab or medical office has far more systems per square foot than a warehouse.
• Depth. A component-level inventory takes much longer than a system-level walk-through.
• Disciplines. Each specialist adds cost: mechanical, electrical, structural, envelope, roofing, elevators, accessibility, hazardous materials.
• Testing and access. Infrared scans, roof cores, facade lifts, after-hours work in occupied suites.
• Your records. Good drawings and maintenance history shorten fieldwork. Missing records lengthen it.
• Deliverables. Asset-level data and tagging take more effort than a PDF.
• Baseline or update. Updating a good baseline is usually less work than starting over.

Compare proposals on scope, not price. A low bid often samples heavily, uses table-based RUL and delivers only a PDF.

What should you ask an FCA provider before you hire one?

Use this checklist in your request for proposals and in the interview:

1. Who walks the building, what are their disciplines, and who reviews the report?
2. Which standard or protocol do you follow, and where do you depart from it?
3. Will every major asset be inventoried, or sampled? What is the sampling rule?
4. Which classification do you use, and to what level?
5. What is your cost source, and how do you handle locality, soft costs and escalation?
6. How do you set remaining life, from which table, and how does condition adjust it?
7. How will you define the FCI: window, included categories and CRV basis?
8. What is your capital-versus-maintenance threshold?
9. What is excluded, and what would it cost to add it?
10. Do we get the full data set in a spreadsheet, with rights to use it?
11. Can we review a draft and correct factual errors?
12. Can we see a redacted report for a comparable building?
13. Do you or an affiliate sell the work you recommend?

The last question is fair to ask: ASTM E2018 has a section on the consultant’s independence.

How do you read and challenge an FCA report?

Read the deficiency list before the executive summary. The list is the evidence. Look for these red flags:

• Large items with no photo, location or quantity.
• Lump sums with no unit cost or cost source.
• Upgrades counted as deficiencies.
• Systems the building does not have, a sign of template text.
• Known problems missing, such as the chronic roof leak.
• Quantities that do not match drawings, such as roof area or window count.
• Remaining-life estimates your work-order history contradicts.
• An FCI with no stated window, numerator or CRV basis.

Challenge in writing at draft stage, with evidence: work orders, invoices, warranties, photos and drawings. For the three to five largest items, consider a specialist’s second opinion before you budget them. Keep perspective: the ASTM guide notes that two reports can differ without either being deficient. The goal is a defensible plan, not a lower number.

How does an FCA become a 10-to-20-year capital plan?

An FCA is a list of needs. A capital plan is a set of decisions. The conversion has eight steps:

1. Normalize. One line per asset or project, with a UNIFORMAT code, cost and year.
2. Separate must-do from should-do. Life safety, code and active failures come first.
3. Re-time by evidence. Adjust years using condition and maintenance history.
4. Bundle and sequence. Rooftop units with the roof under them, windows with facade work. Our roof maintenance checklist shows why roofs drive so much sequencing.
5. Escalate. FCA costs are often in today’s dollars. The DGS report calculates its FCI on uninflated values. Add escalation in the plan.
6. Overlay outside dates. Lease expirations, loan maturities, warranties and BEPS deadlines.
7. Fund it. Turn the plan into a reserve schedule with annual contributions, using the funding models in our reserve study guide.
8. Keep it alive. Load it into the maintenance system and update it every year.

An illustrative excerpt of the result:

Window	Work	Why then
Year 1	Fire alarm panel, failed exhaust fans	Life safety, active failure
Years 2–3	Roof and rooftop units together	One mobilization, roof at end of life
Years 4–6	Boiler plant replacement	Timed to an energy standard date
Years 7–15	Elevator modernization, facade sealants	Condition-based, revisit yearly

Track the deferred maintenance backlog as its own number, and expect it to fall. In report GAO-22-104481, the GAO recorded Defense installation officials saying that deferred maintenance leads to premature failure of facility systems and often to more costly repairs.

This is where Levaru fits. In buildings we manage, assets carry QR tags, work orders are photo-documented and PM history lives in the CMMS included with our service. Owners can export the asset register as a spreadsheet, so an FCA inventory can be loaded and kept current. When a system needs a formal assessment, a licensed engineer performs it and we fold the finding into the plan.

What is different about FCAs in DC, Virginia and Maryland?

Three things: the climate, an older building stock, and energy performance standards that put dates on capital decisions.

Climate. Summers are hot and humid, and winters cycle across freezing. Ask for close attention to sealants, masonry, roof drainage, condensate systems and deck concrete exposed to de-icing salt. Our winter building preparation checklist covers the seasonal side.

Older and historic buildings. DOEE notes that historic buildings in DC can face limits on which energy measures are allowed, and on getting Historic Preservation Review Board approval in time. Build that lead time into the plan. Maryland’s statewide BEPS lets individually designated historic buildings apply for an exemption.

Energy performance standards. As of October 2026, three programs affect capital timing. The official pages are the authority, and our BEPS deadlines guide goes deeper:

• DC. DOEE says the first compliance cycle ends December 31, 2026, with end-of-cycle reporting due May 3, 2027. The next standards will be set by January 1, 2029, and Period 2 covers private buildings of 25,000 square feet and up.
• Montgomery County. The county program covers most buildings of 25,000 square feet and up. For non-residential buildings of 50,000 square feet and up, the interim and final evaluation years are 2028 and 2033. The county advises finishing upgrades the year before the evaluation year.
• Maryland statewide. MDE’s program covers commercial and multifamily buildings of 35,000 square feet and up. Emissions standards start in 2030 and phase down to net-zero direct emissions by 2040. Under changes effective October 1, 2025, Montgomery County buildings no longer have to take part in the state program.

So an FCA that recommends like-for-like replacement of a gas boiler or an old chiller in a covered building deserves a second look. Time it to the evaluation year. Virginia buildings sit outside these programs, so condition, leases and financing set their timing.

Associations have one more layer. Virginia’s Condominium Act generally requires a reserve study at least once every five years, reviewed annually (Va. Code § 55.1-1965). Maryland sets a five-year update cycle for residential condominiums (Real Property § 11-109.4). An FCA can supply the physical analysis. Confirm details, and any DC rules, with association counsel.

When should you commission an FCA, and how often should you reassess?

Commission one when a decision depends on condition:

• After an acquisition, to turn the closing PCA into an operating plan.
• When a new manager or operator takes over.
• Before a refinancing, a sale or a major budget cycle.
• Before choosing a BEPS pathway or an electrification schedule.
• After a major failure, a casualty or a long stretch of deferred spending.

Public owners offer benchmarks. Under the federal FRPP reporting guidance, an agency that relies on condition assessments must assess each facility at least once every five years and update repair-need estimates every year. Colorado’s Office of the State Architect calls for a three-to-five-year audit cycle, set by how important and how heavily used a building is.

For a private owner, a sensible rhythm is a full re-survey every three to five years and a desk update every year. The update rolls in completed projects, new failures and cost changes.

Frequently asked questions

How long does a facility condition assessment take?

It depends on building count, size, complexity and depth. A single building at baseline depth needs a short field phase and a longer reporting phase. A component-level portfolio survey can take months. Records speed things up: when drawings, warranties and work-order history are ready on day one, the assessor confirms rather than discovers. Ask each bidder for a schedule split into fieldwork, draft and final.

Who should perform an FCA?

Use a team whose disciplines match the building: mechanical, electrical, envelope and roofing at minimum, plus structural, elevator or accessibility specialists where needed. Ask who reviews the report and what credentials they hold. Where the scope calls for engineering judgment, such as structure or a major plant, a licensed professional should be involved. Ask too whether the firm sells the work it recommends.

Is a facility condition assessment required by law?

For most private commercial buildings, no general statute requires one. The pressure comes from lenders, buyers, insurers, boards and energy standards that need condition data. Federal agencies that rely on condition assessments must assess each facility at least every five years. Condominiums face reserve-study laws in Virginia and Maryland. Confirm your own obligations with counsel before you rely on any interval.

What is a good FCI score?

There is no single answer, because band schemes differ. Under the widely quoted NACUBO bands, under 5% is good, 5% to 10% is fair and over 10% is poor. The National Park Service treats under 0.10 as good. The federal condition index inverts the scale, so higher is better. Always state the scheme, the time window and the replacement-value basis, then watch whether the number improves year over year.

Can I use the PCA from my acquisition instead of an FCA?

Use it as a starting point, not a plan. ASTM E2018 frames a PCA around material deficiencies at one point in time for a transaction, and its baseline process relies on representative observations, not a full asset inventory. Load its findings, verify them in the field, and commission an FCA when you need a multi-year budget. The ASTM guide itself says prior reports should be verified before reuse.

Does an FCA include ADA or building code compliance?

Usually not, unless you add it. A baseline FCA records condition, not code conformance, and ASTM E2018 treats code compliance as out of scope. It offers only an abbreviated accessibility screening as an optional appendix. If accessibility or code risk matters, scope a separate review by a qualified specialist, and keep those findings in their own category so they do not blur the FCI.

Can 360-degree photos or 3D scans replace the site visit?

No, but they help. A captured record of rooms, ceilings and mechanical spaces lets reviewers check quantities, locate deficiencies and compare conditions between surveys without another trip. It cannot test equipment, open panels or find a soft spot in a roof. Captures such as 360° documentation work best that way: as a baseline the next assessment can be measured against.