Physical site evaluation, zoning analysis, environmental screening, and permitting pathway assessment
A project can have strong market demand, solid financial projections, and an experienced operator, and still fail because the site cannot support the proposed use. Zoning prohibitions, environmental contamination, inadequate utility capacity, flood zone restrictions, traffic access limitations, and permitting delays have killed more projects than weak demand. The site and regulatory assessment identifies these risks before the borrower commits capital and before the lender commits a guarantee.
Our site assessment is not an engineering report, an environmental site assessment, or a survey. It is an analytical evaluation that identifies site-level risks and regulatory constraints relevant to the feasibility conclusion. When we identify an issue that requires specialized evaluation (environmental contamination requiring Phase I ESA, structural concerns requiring engineering review, or boundary disputes requiring survey), we flag it as a condition in the feasibility recommendation and note that further investigation is needed. The feasibility study does not replace those specialized reports but does identify when they are necessary.
Every feasibility study we produce for projects above $500,000 includes an in-person site visit. The site visit captures information that no database, satellite image, or phone call can provide.
Site and regulatory risk varies sharply by asset: brand-standard and zoning review in hotel feasibility studies, water reclamation, stacking and discharge permits in car wash feasibility studies, and rental-zoning or rent-regulation exposure in multifamily feasibility studies.
| Evaluation Factor | What We Assess | Why It Matters |
|---|---|---|
| Visibility from primary road | Sight lines at 200, 500, and 1,000 feet from primary traffic approach; signage visibility; obstructions (trees, structures, topography) | A gas station, car wash, or QSR invisible from the road until the last 100 feet loses 30-50% of impulse traffic |
| Access and ingress/egress | Turn movements (right-in/right-out, full access, signalized), median cuts, deceleration lanes, shared access easements | A left-turn restriction from a divided highway can reduce traffic capture by 40-60% for drive-by businesses |
| Parking adequacy | Space count, layout, ADA compliance, overflow capacity, shared parking agreements | Insufficient parking limits effective capacity regardless of building size (wedding venues, restaurants, medical offices) |
| Topography and grading | Slope, drainage patterns, fill requirements, retaining wall needs | Steep sites increase construction cost 15-30%; poor drainage creates flood and foundation risk |
| Adjacent land uses | Neighboring properties, compatibility, nuisance potential, complementary traffic generators | A daycare next to an industrial plant or a hotel next to a wastewater treatment facility faces marketability challenges |
| Building condition (existing) | Structural integrity, roof condition, HVAC age, electrical capacity, plumbing, ADA compliance | Deferred maintenance on an acquisition can add $50-$500K+ to the project cost that the borrower may not have budgeted |
| Frontage and signage | Road frontage length, monument sign locations, pylon sign height restrictions, digital sign permitting | Signage restrictions in historic districts or residential-adjacent zones can limit visibility and brand presence |
The site visit also documents the competitive environment through direct observation. We photograph competing facilities, note their condition, observe traffic patterns and customer volume at various times of day, and identify construction activity that may represent pipeline supply. This primary research supplements and validates the secondary data used in the market analysis.
Zoning determines whether the proposed use is legally permitted on the subject site. This is a threshold question: if the use is not permitted and cannot be entitled through a reasonable process, the project is infeasible regardless of market demand.
| Zoning Status | What It Means | Feasibility Implication |
|---|---|---|
| Permitted as-of-right | The proposed use is explicitly allowed under the current zoning designation without discretionary approval | No zoning risk. Project can proceed directly to building permit application. |
| Conditional use permit (CUP) required | The use is allowed but requires discretionary approval from the planning commission or board of adjustment | Moderate risk. CUPs take 2-6 months, require public hearing, and can be denied or conditioned. Approval is probable but not guaranteed. |
| Variance required | The project does not meet one or more dimensional standards (setbacks, height, lot coverage, parking count) and requires relief | Moderate to high risk. Variances require demonstrating hardship; approval depends on local board disposition and neighbor opposition. |
| Rezoning required | The proposed use is not permitted under the current zoning and the property must be reclassified | High risk. Rezoning takes 6-18 months, requires legislative approval, and is subject to political dynamics. Project timeline and cost affected significantly. |
| Non-conforming use | The proposed use exists on the site as a legal non-conforming (grandfathered) use but does not comply with current zoning | Complex. Expansion may be limited or prohibited. Damage/destruction thresholds may terminate the non-conforming status. Lender must understand the constraints. |
| Prohibited use | The proposed use is explicitly prohibited under current zoning with no entitlement pathway | Infeasible at this location unless the borrower pursues rezoning (see above) or identifies an alternative site. |
We verify zoning by reviewing the municipal zoning map and ordinance, confirming the property's current zoning designation, cross-referencing the proposed use against the permitted use table for that zone, and identifying any overlay districts (historic preservation, airport approach, shoreline management, planned unit development) that impose additional requirements. For CUP or variance scenarios, we review the jurisdiction's recent approval history for similar requests to assess the probability of success.
The feasibility study screens for environmental conditions that could affect project viability. We do not perform Phase I or Phase II Environmental Site Assessments (that requires a qualified environmental professional), but we identify conditions that warrant further investigation.
We verify the property's FEMA flood zone designation using the National Flood Hazard Layer (NFHL). Properties in Special Flood Hazard Areas (Zone A, AE, V, VE) face mandatory flood insurance requirements that add $2,000 to $15,000+ annually to operating costs, may require elevated construction (adding $50,000 to $300,000 to build cost), and can limit the types of improvements permitted. Properties in moderate-risk zones (Zone B/X shaded) may still face lender-required flood insurance. The feasibility study documents the flood zone designation, estimates the insurance cost impact, and flags any construction constraints.
We screen the property against the National Wetlands Inventory (NWI) and state wetland databases. If wetlands are present on or adjacent to the site, development may be restricted by the Clean Water Act Section 404, which requires a permit from the Army Corps of Engineers for any fill or discharge into wetlands. Wetland permitting can add 6 to 18 months to the project timeline and may require mitigation (replacement wetlands at a 1.5:1 to 3:1 ratio), which adds significant cost. The feasibility study identifies the wetland concern and recommends a formal wetland delineation if warranted.
We screen the site against EPA databases (CERCLIS, RCRA, Brownfields), state environmental agency records, and historical use analysis (prior gas stations, dry cleaners, industrial operations, agricultural chemical storage). Properties with known or suspected contamination require Phase I ESA at minimum and potentially Phase II investigation and remediation. The feasibility study does not determine contamination status but flags indicators that warrant professional environmental assessment before the loan closes.
For properties in seismic zones (California, Pacific Northwest, parts of the Intermountain West, New Madrid zone, South Carolina coast), we reference USGS seismic hazard data and ASCE 7-22 design parameters. Seismic design requirements affect construction cost (typically 5% to 15% premium in high-seismic zones), insurance cost, and long-term risk assessment. For properties in wildfire-prone areas, we note defensible space requirements and CalFire/state fire marshal restrictions that affect both construction standards and operating constraints (outdoor activities, campfires for glamping/RV parks).
Traffic data is a critical input for traffic-dependent property types (gas stations, car washes, QSR restaurants, convenience stores). We source average daily traffic (ADT) counts from state DOT databases and municipal traffic studies for all roads fronting the subject site.
Beyond the volume number, we evaluate traffic quality: speed (higher speeds reduce capture rates for impulse businesses), direction (morning vs evening dominant flow), peak-hour congestion (which can help or hurt depending on the business type), and the proportion of commercial vs passenger vehicles (relevant for truck stops and gas stations). A 40,000 ADT highway at 65 mph provides different capture dynamics than a 20,000 ADT arterial at 35 mph with traffic signals, even though the highway has twice the volume.
Access configuration is evaluated in conjunction with traffic volume. The ideal access for most commercial properties is a signalized intersection with full turn movements. Right-in/right-out access from a divided highway captures only traffic from one direction. Shared access through an adjacent property creates dependency and potential legal risk. The feasibility study documents the access configuration and assesses its impact on the revenue projection, particularly the traffic capture rate used in the demand model.
Adequate utility infrastructure is a prerequisite for the proposed use. The feasibility study screens for utility adequacy across four categories.
| Utility | What We Verify | Common Issues |
|---|---|---|
| Water supply | Municipal water availability, pressure, capacity; well water feasibility if no municipal service | Rural sites may require well drilling ($10K-$50K); municipal connection fees can reach $20K-$100K+; fire flow requirements may exceed available pressure |
| Sanitary sewer | Municipal sewer availability, capacity; septic system feasibility and capacity if no sewer | Septic design and installation $30K-$200K; capacity limits can cap occupancy (critical for RV parks, event venues, restaurants) |
| Electricity | Service capacity (amps/kW), three-phase availability, transformer location, utility provider | Data centers and car washes need high-capacity service; rural sites may require line extension ($5K-$50K+ per pole); transformer upgrades $20K-$100K |
| Natural gas | Service availability, pressure, capacity for heating/cooking/water heating | Not available in all rural areas; propane alternative adds $5K-$15K for tank installation plus higher ongoing fuel cost |
| Telecommunications | Broadband availability, fiber-to-premises, carrier options | Rural areas may lack adequate broadband; critical for hotels (guest Wi-Fi), data centers (connectivity), and any business with POS/payment systems |
| Stormwater | On-site detention/retention requirements, impervious surface limits, discharge permits | New construction on previously undeveloped land often requires stormwater management systems ($30K-$200K depending on site size and local requirements) |
Utility deficiencies do not automatically make a project infeasible, but they add cost and time that must be reflected in the financial projections. A $150,000 septic system for a glamping resort in a rural area without municipal sewer is a capital cost that directly affects the total project budget and the DSCR calculation. The feasibility study identifies these costs and integrates them into the financial model.
For existing buildings being acquired or converted, the feasibility study screens for building code compliance issues that could trigger costly remediation as a condition of occupancy or change of use.
Change-of-use triggers. Converting a building from one occupancy classification to another (for example, retail to restaurant, office to medical, warehouse to brewery) typically triggers a code compliance review by the local building department. The new use may require additional fire exits, sprinkler system upgrades, HVAC modifications, structural reinforcement (for heavier floor loads), and ADA accessibility improvements. These costs can range from $20,000 for minor modifications to $200,000+ for major code-compliance upgrades.
ADA compliance. The Americans with Disabilities Act requires that places of public accommodation be accessible to individuals with disabilities. For new construction, full ADA compliance is mandatory. For existing buildings undergoing renovation, the "readily achievable" and "disproportionate cost" standards apply. The feasibility study identifies obvious ADA deficiencies (no accessible entrance, no accessible restroom, non-compliant parking) and estimates the remediation cost. A restaurant without an accessible restroom or a medical office without an accessible entrance faces legal exposure and potential loss of customers that the financial projection should not ignore.
Permitting timelines directly affect the project schedule, the pre-revenue period, and the loan draw timeline. The feasibility study estimates the permitting pathway based on the specific jurisdiction and project type.
| Permit Type | Typical Timeline | Factors That Extend It |
|---|---|---|
| Building permit (as-of-right use) | 4 to 12 weeks | Plan review backlog, incomplete submissions, multiple revision cycles |
| Conditional use permit | 2 to 6 months | Public hearing schedule, neighbor opposition, planning commission conditions |
| Variance | 2 to 6 months | Board of adjustment calendar, opposition, appeals |
| Rezoning | 6 to 18 months | Legislative process, environmental review requirements, political dynamics, comprehensive plan amendments |
| Health department (food service, daycare, hotel) | 2 to 8 weeks | Inspection availability, plan review for commercial kitchens, fire marshal coordination |
| Liquor license (new) | 1 to 6 months | State-specific; some states have quota systems with limited availability; proximity restrictions to schools/churches |
| TTB (brewery/distillery) | 2 to 6 months | Federal processing time; premises must be ready for inspection before permit issues |
| Environmental permits (wetland, stormwater, air quality) | 3 to 18 months | Army Corps review for wetlands; state environmental review for larger projects; public comment periods |
Permitting timelines are cumulative when multiple permits are required sequentially. A brewery requiring a building permit (8 weeks), health department approval (4 weeks), liquor license (12 weeks), and TTB permit (16 weeks) may face a total permitting timeline of 6 to 10 months if the permits cannot be processed in parallel. The feasibility study maps the permitting sequence for the specific project, identifies which permits can run concurrently, and estimates the critical path timeline. This timeline feeds directly into the financial model's pre-revenue period and the working capital requirement.
Our feasibility studies include comprehensive site and regulatory assessment as a standard component. Request a project assessment and we will identify the site-level risks and permitting pathway for your specific property and location.
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