Wert-Berater, Inc. is an independent manufactured housing community feasibility study consultant preparing lender- and investor-ready analyses for new manufactured housing communities, community expansions, redevelopment, and acquisitions. Our studies evaluate housing demand, income and affordability, competing communities and occupancy, achievable lot rent, home supply and placement, absorption and stabilization, infrastructure and development cost, operating expenses, net operating income, debt-service coverage, and downside sensitivity.
Prepared for construction and development lenders, regional and community banks, institutional capital, private credit, and equity partners. Where a specific structure genuinely involves an SBA or USDA program, the study is prepared to that program’s standard; a manufactured housing community is not assumed to qualify for one. Fiduciary duty runs to the lender and the capital partner, never the borrower. 4,000+ engagements since 1998 covering $41.2 billion in evaluated project value. So far in 2026: 41 engagements and $1.54 billion evaluated — 17 SBA, 11 USDA.
Manufactured-housing feasibility is affordable-housing demand under land-lease economics: the income-qualified household base the format serves, lot-rent comparables and the asset class's demonstrated rent durability, infill versus expansion economics on existing communities, and the regulatory environment governing new-community entitlement — frequently the binding constraint, stated plainly where it is.
Methodology uses income-band demographics, lot-rent and occupancy surveys, state titling and community regulations review, and infrastructure budgets for expansion or new development. Coverage is tested on conservative lot absorption.
Every Wert-Berater financial model is fully linked with no hardcoded values, so any reviewer can stress any input. Deliverables comprise a complete narrative report and the linked Excel model, with ten-year pro forma, sensitivity analysis at ±5, 10, and 15 percent, interest-rate stress from +0.5 to +3.0 percent, and ratio analysis benchmarked against RMA and IBISWorld data.
SBA engagements are prepared to SOP 50 10 8, including its debt-service-coverage minimums of 1.15x operating and 1.00x global. USDA engagements follow RD Staff Instruction 5001 across the Business & Industry, Community Facilities, REAP, and Value-Added Producer Grant programs. Conventional engagements are built to the lender's stated coverage standard, typically 1.20x. Land development engagements are conventionally financed in most cases, with the study built to acquisition-and-development underwriting standards — absorption, release prices, and lender exposure through the takedown schedule — and SBA or USDA program screens applied where an owner-occupied or rural end use is contemplated.
The methodological discipline a manufactured housing community requires — site-level revenue, occupancy and absorption on a land-lease model where the operator owns the ground and the improvements are largely resident-owned — is carried in the firm’s land-lease and outdoor-hospitality record. That includes an SBA 504 RV resort feasibility study in Van Zandt County, Texas at $4,839,570, returned FAVORABLE WITH CONDITIONS subject to twenty-three enumerated conditions precedent, and a waterfront RV resort study in Navarre, Florida at $8,050,000, returned conditionally favourable subject to an amended site plan, an increase in working-capital reserves to $350,000, and conversion to a fixed rate at closing. Residential demand and programme selection at scale is represented by the $95,000,000 highest-and-best-use study in Durham, North Carolina.
Stated plainly, because the distinction matters: the firm’s published engagement record does not currently include a completed manufactured housing community study, and none is claimed here. RV parks and manufactured housing communities are different asset classes serving different occupants, and the work above is cited for the transferable land-lease and site-revenue methodology, not as manufactured housing experience. Independence is non-negotiable: determinations follow the evidence and are not revised under pressure. Further reading: manufactured housing community feasibility studies for lenders.
A manufactured housing community feasibility study consultant tests whether sites will fill, at what lot rent, over what period, and whether the resulting income covers development cost and debt service. The asset is a land-lease business: the community owns and maintains the ground, infrastructure and common areas, while the homes on the sites are frequently owned by the residents themselves. That structure produces recurring site revenue rather than a sellout, and it changes every part of the analysis.
The study covers housing demand and the income bands the format serves, existing community supply and occupancy, achievable lot rent measured against competing communities, home supply, placement logistics and dealer relationships, resident-owned versus community-owned home strategies, site absorption and stabilisation, infrastructure and development cost, the regulatory and zoning environment governing new-community entitlement, operating expenses, net operating income, debt-service coverage and sensitivity. Where the engagement covers an expansion of an existing community rather than a new one, the analysis works from that community’s actual occupancy, rent roll and waiting list.
Demand for manufactured housing is attainable-housing demand, and it is a mistake to characterise it as demand from low-income households alone. The format serves a broad and growing range of households: working families priced out of site-built ownership in the same market, retirees and downsizing households seeking lower monthly cost and less maintenance, single-income and single-parent households, seasonal and part-year residents in some markets, and households in regions where site-built entry-level construction has simply stopped being delivered at an attainable price.
The analysis therefore measures the household base across the relevant income bands rather than at the bottom of the distribution, and compares total monthly housing cost across the genuine alternatives available in that market: renting an apartment, renting a single-family home, and owning a site-built home. What determines demand is the gap between those alternatives and the combined cost of a manufactured home payment plus lot rent. Where entry-level site-built housing has become unattainable and apartment rents have risen faster than incomes, that gap widens and demand strengthens; where entry-level ownership remains accessible, it narrows. No universal capture rate or penetration percentage is applied, and the community is analysed as housing for working households rather than through any stigmatising frame.
Competing supply is inventoried community by community within the competitive radius: total site count, occupied sites, vacant sites, current lot rent and what it includes, the age condition and quality of the homes in place, the amenity offering, whether the community is age-restricted or all-age, resident-owned versus community-owned home mix, and how the community is managed.
Occupancy across the existing stock is the single most informative indicator in this asset class. Where competing communities run at very high occupancy with waiting lists, the market is signalling unmet demand and constrained supply — which is common, because new manufactured housing communities are difficult to entitle in most jurisdictions. Where competing communities carry meaningful vacancy, the study asks why before treating the vacancy as available capacity: vacancy caused by poor management, deferred infrastructure or an aging home stock is a different signal from vacancy caused by weak demand, and only the second means the market is saturated. The regulatory environment is examined directly, because zoning and entitlement is frequently the binding constraint on new communities and is stated plainly where it is.
Achievable lot rent is established from competing communities on a like-for-like basis, adjusting for what the rent actually includes. Two communities quoting the same figure are not comparable if one includes water, sewer and trash and the other bills them separately, or if one offers a clubhouse, pool and maintained common areas and the other offers none. Site size, utility configuration, road and infrastructure condition, amenity package, age restriction and management quality all enter the comparison.
Lot rent is then tested against total resident housing cost, because that is the number the household actually decides on. The full obligation combines the home payment where the home is financed, lot rent, utilities not covered by the rent, insurance, and any community fees. That total is compared against the alternatives in the same market — apartment rent, single-family rental, and site-built ownership — and against the income of the households the community intends to serve. A lot rent that looks defensible against competing communities can still be unachievable if the resulting total cost exceeds what the local income base supports, and the study reports that when it occurs rather than resolving it in the sponsor’s favour.
The two strategies produce different businesses on the same land, and the difference has to be modelled rather than glossed.
A resident-owned model generates lot rent alone. Capital requirement is lower because the community does not purchase homes, the operating expense line is lighter, turnover is infrequent because moving a home is expensive and residents therefore stay, and the revenue stream is stable. The constraint is fill speed: sites fill only as fast as buyers can be found and financed for homes, and in markets where chattel financing is limited that can be slow.
A community-owned model generates home rent in addition to site revenue, and fills sites faster because the community controls the inventory. Against that it requires substantial capital per home, carries the home as a depreciating asset, adds maintenance and repair obligations, and produces higher turnover with the vacancy and make-ready costs that follow. Many communities operate a mix, and the mix is often the practical answer to filling a new phase.
The financial model reflects whichever strategy the sponsor intends, with its actual capital requirement, its actual expense profile and its actual absorption implications — not a blend that flatters both.
New-community absorption is unlike apartment lease-up and should never be modelled on an apartment schedule. An apartment fills as fast as prospects sign leases. A manufactured housing site fills only when a home is physically placed on it — which requires the home to be ordered, manufactured, transported, sited, levelled, skirted, connected to utilities and inspected, and requires a buyer with financing or a community willing to fund the home itself.
Absorption is therefore constrained by home supply and dealer capacity, transport and installation scheduling, the availability of chattel financing for buyers, inspection and permitting throughput, and the phasing of site delivery — not by leasing velocity. The study models the pace at which homes can realistically be placed, tests it against absorption observed at comparable communities in the region, and stress tests slower placement. Because carry runs against completed but empty sites, a placement schedule that slips by several months has a materially larger effect on a manufactured housing community than an equivalent slip has on an apartment lease-up.
Development cost for a new community or an expansion is dominated by horizontal work: land acquisition, grading and earthwork, internal roads, water and sewer or on-site well and septic systems, storm-water management, electrical distribution and pedestals, gas where provided, site pads and anchoring, skirting standards, parking, street lighting, amenity and common areas, clubhouse or management office where included, landscaping, permitting and impact fees, and contingency.
Utility strategy frequently decides the project. A site served by municipal water and sewer carries a very different cost per pad from one requiring on-site treatment, wells or a package plant, and the difference is often larger than the entire projected development margin. Expansion projects are analysed against the existing community’s infrastructure capacity, because an expansion that exceeds the capacity of the current water, sewer or electrical system carries an upgrade cost that belongs in the expansion budget rather than being deferred.
These figures come from the project’s civil engineer and the developer’s budget and are independently benchmarked. Wert-Berater does not perform civil engineering or utility design.
The model is built on the community’s actual revenue and expense structure. Revenue comprises lot rent, home rent where homes are community-owned, other fees, and utility reimbursement where the community bills residents for consumption. Deductions cover vacancy and bad debt, which are modelled separately because they behave differently in this asset class. Operating expense covers management, repairs and maintenance, utilities retained by the community, insurance, real estate taxes and reserves. Capital covers development cost and the working capital required to carry the community to stabilisation.
Debt-service coverage is tested at stabilisation and through the fill period, when sites are complete, carry is running and revenue is partial. Sensitivity is applied to absorption pace, achievable lot rent, stabilised occupancy, development cost, operating cost and interest rate, both individually and in combination. The determination is stated plainly, with conditions precedent enumerated where the conclusion is favourable subject to conditions — as it was on both of the land-lease engagements cited above.
These are different asset classes and should not be conflated, although they are frequently confused because both are land-lease formats.
A manufactured housing community provides long-term residential occupancy. Homes are permanent dwellings, occupancy is measured in years, residents are frequently the owners of their homes, and the revenue is stable, residential and largely non-seasonal.
An RV park serves transient, seasonal or monthly recreational-vehicle use. Occupancy turns over rapidly, revenue is seasonal and rate-driven, the operating model resembles hospitality more than housing, and the regulatory framework governing it is different.
The distinction changes demand analysis, rate analysis, absorption, expense structure and lender treatment. If the project is a recreational-vehicle property, see our RV park and RV resort feasibility studies, which remain the firm’s resource for that asset class.
Both place homes on land, and there the resemblance ends. In a residential subdivision the lots, and usually the homes, are sold; the developer’s capital is returned through sellout and the project has a defined end. In a manufactured housing community the sites generally remain part of an operating business and generate recurring site revenue indefinitely; capital is returned through stabilised net operating income and an eventual sale of the community as a going concern.
That single structural difference drives everything downstream. A subdivision is underwritten on absorption, lot pricing and carry through sellout. A community is underwritten on lot rent, occupancy, operating margin and coverage. If the programme under consideration is for-sale lots or homes, our residential subdivision feasibility study is the correct engagement; if it is rental homes on land the sponsor retains, see the Build-to-Rent community feasibility study.
A market study establishes housing demand, competing community supply and occupancy, achievable lot rent and expected site absorption. It answers whether the sites will fill and at what rent.
A full feasibility study includes that analysis and adds infrastructure and development cost, operating expenses, net operating income, debt-service coverage and sensitivity testing, ending in a financial determination on whether the community works as capitalised. Because the cost of utilities and site work varies so widely in this asset class, a favourable market study is frequently paired with a feasibility determination that turns on the infrastructure budget. Confirm which deliverable your lender requires before commissioning.
A feasibility study is forward-looking: housing demand, competing supply and occupancy, achievable lot rent, site absorption, development cost and coverage, ending in a determination on whether the community is viable as proposed.
An appraisal is an opinion of value, typically as-is, as-complete and as-stabilised, developed under appraisal standards for the assignment type.
Both are frequently required in the same financing, answering different questions. See our feasibility study vs. appraisal comparison.
A manufactured housing community feasibility study does not replace civil engineering, utility design, zoning or legal opinions, or manufactured-home installation engineering.
Each of those is an input to the study. Wert-Berater reviews the civil engineer’s site and utility budget, counsel’s zoning and entitlement position, and the installation and anchoring requirements applicable in the jurisdiction; it benchmarks the cost implications independently and states where the analysis depends on an approval or a design decision that has not yet been confirmed. Because entitlement is so often the binding constraint on a new community, the study identifies it as a risk rather than offering a legal opinion on it. The firm holds no engineering, land-use or manufactured-home installation licences and claims none.
Engagements are performed by the firm’s analytical staff under the responsible principal, Donald Safranek, whose profile sets out his verified role, education, credentials and firm experience. Analyst, lead and reviewer responsibility is named in the delivered report.
Every engagement begins with a fixed fee quoted within one business day of the initial inquiry. The fee does not vary based on the study's conclusion, and no portion is contingent on loan approval or project proceed. That structure is not a policy preference; it is the condition that makes the study credible to a lender or agency reviewer who needs to rely on it.
Standard delivery runs ten to fifteen business days from receipt of a complete data room. The data room for a manufactured housing community engagement typically includes the purchase agreement or lease, site plan with lot count, any existing survey or environmental report, utility-capacity letters, state community-license documentation, and the borrower's three years of operating history if the subject is an acquisition or expansion of an existing property. Rush delivery is available when a commitment deadline requires it.
On delivery, the bound narrative report and the fully linked Excel model are published to a secure client portal. The model recalculates in real time when any input changes, so a lender's credit officer can run alternative scenarios—a lower lot rent, a slower absorption pace, a higher interest rate—without requesting a revised study. The explicit statement of conditions accompanying every engagement defines the boundaries within which the conclusion remains valid, which protects both the lender and the reviewing agency if project parameters change after delivery.
Related project types analysed by the same team, each with its own demand model and its own report structure:
The consultant independently tests whether sites will fill, at what lot rent, over what period, and whether the income covers development cost and debt service. That means measuring attainable housing demand across the relevant income bands, inventorying competing communities and their occupancy, establishing achievable lot rent on a like-for-like basis, assessing home supply and placement logistics, modelling site absorption and stabilisation, benchmarking infrastructure cost, and testing NOI, coverage and sensitivity. The report is prepared for the lender or capital partner, not the sponsor.
By measuring the household base across the income bands the format actually serves — working families, retirees and downsizing households, single-income households and others priced out of site-built ownership — rather than treating it as demand from low-income households alone. The analysis then compares total monthly housing cost across the genuine local alternatives: apartment rent, single-family rental, and site-built ownership. Demand is the gap between those alternatives and the cost of a home payment plus lot rent, measured in the subject market.
From competing communities on a like-for-like basis. Two communities quoting the same lot rent are not comparable if one includes water, sewer and trash and the other bills them separately, or if one offers maintained amenities and the other does not. The comparison adjusts for site size, utility configuration, infrastructure and road condition, amenities, age restriction and management quality — then tests the conclusion against total resident housing cost and the income base of the households the community intends to serve.
Community by community, recording total sites, occupied and vacant sites, lot rent and inclusions, home age and condition, amenities, all-age or age-restricted status, and management quality. High occupancy with waiting lists across the competitive set signals constrained supply, which is common because new communities are difficult to entitle. Where vacancy exists, the study establishes its cause before treating it as available capacity: vacancy from poor management, failing infrastructure or aging homes is a different signal from vacancy caused by weak demand.
On home placement rather than leasing velocity, because a site fills only when a home is physically sited. The forecast accounts for home supply and dealer capacity, transport and installation scheduling, chattel financing availability for buyers, inspection and permitting throughput, and site delivery phasing, then tests the result against absorption observed at comparable regional communities. It is stress tested at slower placement, because carry runs against finished empty sites and a delay of months costs more here than in an apartment lease-up.
A resident-owned model earns lot rent only: lower capital requirement, lighter expenses, very low turnover because relocating a home is costly, and stable revenue — but sites fill only as fast as buyers can be found and financed. A community-owned model adds home rent and fills faster because the community controls inventory, but requires substantial capital per home, carries a depreciating asset, adds maintenance obligations, and produces higher turnover and make-ready cost. Many communities run a mix, and the model reflects the sponsor’s actual intended strategy.
From the project engineer’s budget, independently benchmarked. The scope covers land, grading and earthwork, internal roads, water and sewer or wells and septic, storm-water management, electrical distribution and pedestals, gas where provided, pads and anchoring, skirting, parking, lighting, amenity and common areas, landscaping, permitting and impact fees, and contingency. Utility strategy is decisive: municipal service versus on-site treatment can change cost per pad by more than the projected development margin. Expansions are tested against the existing system’s capacity.
No universal figure applies, because stabilisation is governed by home placement rather than leasing. The study models the specific project: how many homes the dealer network can supply and install per month, whether buyers can obtain chattel financing locally, how quickly inspections clear, how sites are phased, and whether the sponsor intends to fund community-owned homes to accelerate fill. That schedule is benchmarked against comparable regional communities and then stress tested at a slower pace.
No. A manufactured housing community provides long-term residential occupancy, with permanent dwellings, tenancies measured in years, frequently resident-owned homes, and stable non-seasonal residential revenue. An RV park serves transient, seasonal or monthly recreational-vehicle use, with rapid turnover, seasonal rate-driven revenue and an operating model closer to hospitality. Demand analysis, rate analysis, absorption, expense structure, regulation and lender treatment all differ, and the two should never be underwritten from the same template.
A subdivision sells its lots and usually its homes; capital is returned through sellout and the project ends. A manufactured housing community retains its sites in an operating business earning recurring site revenue; capital is returned through stabilised net operating income and an eventual sale of the community as a going concern. A subdivision is underwritten on absorption, lot pricing and carry through sellout; a community on lot rent, occupancy, operating margin and coverage.
Net operating income is built from lot rent, home rent where homes are community-owned, other fees and utility reimbursement, less vacancy and bad debt modelled separately, less management, repairs and maintenance, retained utilities, insurance, real estate taxes and reserves. Coverage is then tested at stabilisation and through the fill period, when sites are complete, carry is running and revenue is only partial — which is where these projects most often breach. Sensitivity is run on absorption, lot rent, occupancy, cost and interest rate.
Fees are fixed and quoted in advance for the defined scope, normally within one business day of reviewing the project, with no hourly billing. The quote reflects site count, whether the project is a new community, an expansion or an acquisition, the size of the competitive set and the field verification it requires, the complexity of the utility and infrastructure question, and whether the engagement is market analysis only or full financial feasibility. Scope, price and delivery date are confirmed in writing before work begins.
Typical delivery is 10 to 15 business days from a complete information package, with the date fixed at engagement. Timing depends on how many competing communities require field verification, how readily lot rent and occupancy data can be confirmed in the market, whether the utility strategy and engineer’s budget are settled, and whether the project is a new community or an expansion of an existing one. Unresolved utility strategy is the most common source of delay.
The site location and control documents, the site plan with pad count, site sizes and phasing, the zoning and entitlement status, the utility strategy and the civil engineer’s infrastructure budget, proposed lot rent and what it includes, the intended home strategy (resident-owned, community-owned or a mix) with any dealer arrangements, the development budget and working-capital plan, the operating pro forma, and the proposed capital structure. For an expansion or acquisition, the existing rent roll, occupancy history and operating statements.
Qualify a project. Tell us about the project and the program. We will tell you the truth about it — scope, timeline, and fee confirmed before work begins.
Schedule a Zoom Call →Legal disclosure. Wert-Berater, Inc. offices are mailing addresses only. Following the COVID-19 pandemic the firm has elected to work remotely; its office locations receive mail and are not staffed for visitors or in-person meetings. Headquarters mailing address: 1968 South Coast Hwy, Ste 2382, Laguna Beach, CA 92651.
Wert-Berater, Inc. is an independent provider of feasibility studies and other related services. The firm does not provide financing or equity investment advice, and does not arrange, broker, or place debt or equity capital of any kind.
All appraisal assignments are performed by Bruce E. Jones, MAI, ASA-GC, BCA, CMEA, a member of the Appraisal Institute since 2006, a staff member of Wert-Berater, Inc. and owner of Special Purpose Realty Valuation.