Campground Cap Rate: What Investors Need to Know in 2025

Introduction

If you’ve spent time analyzing campground investments, you’ve encountered cap rates. Yet many investors treat cap rates as mysterious numbers rather than the most important metric in property analysis. Cap rate is simple math with profound implications: it tells you the unlevered annual return on your investment. Understanding how to calculate it, interpret it, and use it to compare properties is foundational to intelligent campground investing.

A property selling for $2M with $200k annual net operating income has a 10% cap rate. That same property with identical financials selling for $2.5M has an 8% cap rate. Same business, different prices - and cap rate is how you see the difference. This guide takes you from cap rate fundamentals through advanced applications used by professional investors and appraisers.

What Is a Cap Rate?

Cap rate is perhaps the single most important number in commercial real estate analysis, yet it’s simply another way of expressing the return on your investment.

The Definition and Formula

Cap rate = Net Operating Income (NOI) divided by Purchase Price

If you buy a campground for $2,000,000 and it generates $200,000 in annual net operating income (after all expenses, but before debt service and taxes), your cap rate is 10% ($200,000 / $2,000,000).

That’s it. Cap rate is the relationship between the income a property generates annually and the price paid for it. It’s the opposite of a price-to-earnings multiple. If a business trades at 10x earnings, it has a 10% earnings yield - mathematically equivalent to a 10% cap rate.

What Cap Rate Actually Tells You

Cap rate tells you several critical things:

First, your unlevered return. If you paid all cash (no financing), your annual return before taxes would be your cap rate. A 10% cap rate means 10% annual return on your cash investment.

Second, the relative pricing of the property. Higher cap rate means lower price relative to income - it’s a discount. Lower cap rate means higher price relative to income - it’s a premium. Two identical properties, one selling at 9% and one at 11%, reflects market perception of their relative quality, location, or risk.

Third, the implied buyer risk perception. Investors accept lower cap rates on safer properties (established brand campgrounds in strong markets) and demand higher cap rates on riskier investments (seasonal properties in emerging markets, owner-dependent operations).

Cap Rate and Price Relationship

Cap rates and prices move inversely. If a property has stable $200k NOI and cap rates decline from 10% to 9%, the value increases from $2.0M to $2.22M (a 11% price increase). Conversely, if cap rates rise from 10% to 11%, value drops from $2.0M to $1.82M.

This inverse relationship matters profoundly. Rising interest rates typically push cap rates higher (investors demand higher returns given higher borrowing costs). This means existing properties fall in value. Conversely, declining rates push cap rates lower and boost property values.

During the 2020-2021 camping surge, campground cap rates compressed from 9-10% to 7-8% as demand soared and investors competed for limited inventory. Properties that were worth $1M at 10% cap rate were worth $1.4M+ at 7% cap rate - a 40% value increase without any improvement in the underlying business.

Why Campground Cap Rates Differ From Other Real Estate

Standard commercial real estate (apartments, office, industrial) trades at predictable cap rate ranges based on risk and location. Trophy office in Manhattan trades at 3-4% cap rates. Class B apartments in secondary markets trade at 5-7%.

Campgrounds occupy a different position in the real estate spectrum:

• Smaller pools of buyers: Campground buyers are more specialized. Not every commercial real estate investor understands the business. This creates wider cap rate ranges.
• Owner-operator prevalence: Many campgrounds are purchased for lifestyle reasons, not pure investment returns. This emotional buyer component pushes prices higher (lower cap rates) than pure cap rate analysis would suggest.
• Seasonality: Campground cash flow is more volatile than apartments. Higher cap rates partially compensate for this uncertainty.
• Less institutional involvement: Large pension funds and institutional investors avoid campgrounds (due to size, complexity, and regulatory variability). Smaller investors command premiums, pushing cap rates higher than in larger, institutional-dominated asset classes.

Collectively, these factors mean campground cap rates typically run 200-400 basis points higher than apartment cap rates in the same market. A strong secondary market might see 5% cap rate apartments and 8-9% cap rate campgrounds.

Typical Campground Cap Rate Ranges

Cap rates vary by property tier, location, and market conditions. Understanding typical ranges helps you recognize outliers and identify mispricings.

Data Table: Cap Rate Ranges by Property Tier

Property Tier	Typical Cap Rate Range	Characteristics
Tier 1 Premium	6.5-8%	Brand-name franchises (KOA), prime locations (national park proximity), year-round demand, strong management
Tier 2 Secondary	8-10%	Good location, quality operations, seasonal or mixed-demand, established clientele, local brands
Tier 3 Rural/Seasonal	10-12%+	Remote location, high seasonality, owner-dependent, smaller sites, limited amenities

Tier 1 premium properties command the lowest cap rates because investors perceive them as lower risk. Established brands come with operational systems, proven revenue models, and buyer recognition. Proximity to national parks or major metropolitan areas ensures predictable demand. Strong management teams reduce owner-dependent risk.

Tier 2 secondary properties offer better cap rate potential for investors seeking yield. They’re in good markets - strong regional demand - but lack national brand recognition or aren’t ideally located. Operations are competent but sometimes reflect individual owner style rather than systematic processes.

Tier 3 rural and highly seasonal properties appeal to specific buyer profiles: experienced operators seeking value, lifestyle buyers prioritizing experience over returns, or investors in specialized market niches. Higher cap rates compensate for higher operational risk and lower liquidity.

Regional Variations

Geographic cap rate variations are substantial:

• Coastal premium areas (California coast, Florida keys, New England): Cap rates compressed toward 7-8% due to location desirability and robust tourism demand
• Sun Belt secondary markets (rural Arizona, Texas, parts of Florida): Cap rates range 8-10%, reflecting solid demand but lower premium pricing
• Rust Belt and Northeast seasonal (upstate New York, Michigan, Ohio): Cap rates 10-12%+, reflecting shorter peak seasons and lower demand density
• Mountain West (Colorado, Utah, Montana): Highly variable depending on proximity to recreation. Ski town areas command 7-8% cap rates; remote areas 11-12%+

Fundamental market size and competition determine these regional patterns. Where campground supply is constrained and demand robust (coastal California, national park proximate), cap rates compress. Where supply is plentiful and demand is seasonal (upper Midwest), cap rates remain higher.

Franchise Affiliation Impact

Properties flying the KOA, Good Sam, or Thousand Trails flags typically sell at 0.5-2% cap rate premium (lower cap rate, higher price) compared to independent properties with identical operations. This franchise premium reflects:

• Brand recognition driving repeat visitation
• Reservation system network effects
• Established vendor relationships and discounts
• Perceived operational systems (even if not always internalized by owner)

A strong independent operator might achieve 9% cap rate while a comparable KOA property at similar operations achieves 7.5-8%. Franchise affiliation doesn’t change underlying economics, but it does affect buyer perception and therefore price.

Year-Round Vs. Seasonal Cap Rate Difference

Year-round properties typically sell at 50-150 basis point cap rate premiums (lower cap rates, higher prices) compared to seasonal alternatives. This reflects lower cash flow volatility - investors value predictable income. A property with consistent 70% occupancy year-round is perceived as safer than one achieving 90% in three months and 10% otherwise, even if annual occupancy is identical.

How to Calculate Cap Rate for a Campground

Theory is useful; practical calculation matters more. Let’s walk through campground cap rate calculation step-by-step.

Step-by-Step NOI Calculation

Begin with annual revenues from all sources:

• Nightly site rentals: 75 sites × 70% annual occupancy × $35 average nightly rate × 365 days = $674,375
• Monthly/seasonal rentals: 8 sites × $800/month × 12 months = $76,800
• Glamping units: 6 units × 60% occupancy × $100/night × 365 days = $131,400
• Activities and experiences: $35,000
• Retail (firewood, supplies): $28,000
• WiFi, laundry, propane: $42,000
• Total Annual Revenue: $987,575

Now subtract operating expenses (direct costs of operations):

• Payroll and benefits: $200,000
• Utilities: $45,000
• Maintenance and repairs: $75,000
• Insurance: $40,000
• Marketing and advertising: $35,000
• Office and administrative: $25,000
• Property taxes: $50,000
• Trash collection and environmental: $12,000
• Supplies and miscellaneous: $30,000
• Total Operating Expenses: $512,000

Net Operating Income = $987,575 - $512,000 = $475,575

If purchased for $4,755,750, cap rate = $475,575 / $4,755,750 = 10%

What Expenses to Include and Exclude

Include in NOI calculation:

• All labor (management, cleaning, maintenance, seasonal)
• All utilities (electric, water, sewer, propane)
• Maintenance and repairs (routine upkeep; major capital items are separate)
• Insurance (property, liability, workers comp)
• Marketing and advertising
• Office supplies, software, professional services
• Property taxes
• Licenses and permits

Exclude from NOI calculation (these are capital or financing items):

• Debt service (mortgage payments - financing is not an operating expense)
• Capital improvements (major items extending asset life)
• Depreciation (non-cash accounting entry)
• Income taxes (depends on ownership structure and individual situation)
• Owner draws (depends on business structure)

The rule: NOI includes all costs of keeping the existing business operating, but excludes financing costs, taxes, and capital improvements.

Stabilized Versus Actual NOI

Two important distinctions:

Actual NOI is what the property generated last year - trailing twelve months. If you’re looking at a property that’s been in trouble, Actual NOI may be depressed.

Stabilized NOI is what the property should generate with competent operations in normal market conditions. Many sellers claim stabilized NOI far exceeding actual results, arguing the new owner will fix problems. Be skeptical. Discount stabilized NOI projections unless you have specific reason to believe the operator is right.

Professional appraisers typically use actual NOI for current properties and stabilized NOI for properties requiring turnaround. As a buyer, anchor to actual, documented NOI. If you believe you can improve operations, model that separately as upside, not as current value.

Worked Example With Real Numbers

Let’s value a 100-site seasonal campground with actual 12-month financials:

Annual Revenue: $650,000 (mostly nightly rentals, some seasonal) Operating Expenses: $320,000 Actual NOI: $330,000

Market analysis shows comparable Tier 2 seasonal properties trading at 9.5% cap rate in this region.

Value = NOI / Cap Rate = $330,000 / 0.095 = $3,473,684

This is the property’s market value if it’s comparable to recent sales. If seller is asking $4.0M, the implied cap rate is $330,000 / $4,000,000 = 8.25%, well below market. Either the property is superior to comparables (justifying premium pricing) or it’s overpriced.

Alternatively, if seller asks $2.8M, the implied cap rate is $330,000 / $2,800,000 = 11.8%, suggesting the market undervalues this property relative to peers, or there’s something wrong with the financials.

Internal Valuation Link

For detailed valuation methodology and multi-method approach to property value, see our campground valuation guide.

Using Cap Rate to Determine Campground Value

Cap rate is half of a fundamental valuation formula. Understanding how to apply it properly enables accurate property valuation and comparison.

The Core Valuation Formula

Value = NOI / Cap Rate

This formula works in both directions:

• If you know NOI ($400k) and market cap rate (10%), value is $4.0M
• If you know NOI ($400k) and purchase price ($3.6M), implied cap rate is 11.1%

Most property listings lack clear NOI documentation. Many show gross revenue but unclear expense documentation. Your job is determining: what’s the market cap rate for this property tier and location, and therefore what NOI justifies the asking price?

Finding Market Cap Rate for Your Property

Market cap rate comes from recent sales data. If three Tier 2 secondary campgrounds in your region sold in the past 12 months at $6.2M with $620k NOI (10%), $5.1M with $459k NOI (9%), and $7.8M with $741k NOI (9.5%), your market cap rate for comparable Tier 2 properties is roughly 9.5%.

A property you’re evaluating with $500k NOI should be worth $500k / 0.095 = $5.26M. If seller asks $6.5M, that implies an 8% cap rate - below market. That’s concerning unless this property materially differs from comparables.

Sources for market cap rate data:

• Recent sales in your market (broker records, public sales data)
• CoStar and other commercial real estate databases (subscription required)
• Discussions with local brokers experienced in campground sales
• AEON (American Camp Association) industry reports when available

Absent perfect comps, triangulate from broader data. If national average Tier 2 cap rate is 9.5% and this region has had strong demand growth, applying 8.5-9% might be reasonable. Conservative analysis uses higher (more conservative) cap rates.

How Buyer Financing Affects Effective Cap Rates

Cap rate is the unlevered return - it assumes all-cash purchase. Financing changes the picture.

If you finance 70% at 6% interest and invest 30% equity in a property with 9% cap rate:

Unlevered return: 9% Debt service: $2.1M @ 6% = $126,000 Remaining cash flow to equity: $200,000 - $126,000 = $74,000 Equity invested: $900,000 Levered return on equity: $74,000 / $900,000 = 8.2%

Wait - levered return is lower than unlevered? Yes - this example uses expensive debt. Better terms look different:

Same deal at 5% interest and better terms: Debt service: $126,000 × (5/6) = $105,000 Remaining cash flow: $200,000 - $105,000 = $95,000 Levered return on equity: $95,000 / $900,000 = 10.6%

Financing amplifies returns when debt is cheap relative to property returns (positive leverage). When debt is expensive, leverage hurts returns. Current market rates (5-7% for campground debt) mean financing is accretive if the property generates cap rates above 8-9%. Below that, all-cash makes more sense.

Debt Coverage Ratio and Cap Rate Relationship

Lenders care about debt coverage ratio (DCR): NOI / Annual Debt Service. Most require 1.25x minimum - for every $1.25 in NOI, $1 goes to debt service.

A property with $200k NOI and 1.25x DCR requirement can support $160k in annual debt service. At 6% rates, that’s about $2.67M in debt. If the property costs $4M, equity required is $1.33M.

Cap rate, debt service, and equity required all link together through DCR. Understanding this relationship prevents overleveraging and helps you model scenarios.

Cap Rate Trends in the Campground Market

Cap rates have compressed significantly since 2020, reflecting fundamental changes in camping demand and investor sentiment.

2020-2024 Cap Rate Compression

In 2019, typical secondary market campground cap rates were 10-11%. Post-Covid demand surge drove investors to campgrounds as alternative, less institutional investments. By 2021-2022, those same properties were trading at 7-9% cap rates. Prices increased 30-50% without any operational improvement - pure cap rate compression.

2024 data shows some moderation. Typical Tier 2 secondary properties now range 8-10%, suggesting slight decompression as initial pandemic-era enthusiasm moderated. Data remains limited - many Covid-era buyers haven’t exited yet.

Cap Rates in 2025 and Beyond

Several factors will influence cap rates forward:

Rising interest rates push cap rates higher (investors demand higher returns on equity when financing costs more). Falling interest rates push cap rates lower.

Sustained camping demand could maintain cap rates near current levels. If camping normalizes post-Covid, cap rates may decompress further toward historical levels.

Institutional capital entry into campgrounds would compress cap rates. If private equity continues acquiring independents and building portfolios (as they have been), cap rates will compress.

Conversely, overbuilding or recession would expand cap rates (higher cap rates, lower prices) as buyer demand weakens.

For market outlook and current available inventory, visit our campgrounds for sale section.

Frequently Asked Questions

What’s the difference between cap rate and cash-on-cash return?

Cap rate is unlevered return on total capital (property price). Cash-on-cash return is levered return on your actual cash invested. If you put 30% down, cap rate still reflects the full property return, but cash-on-cash return reflects only your portion. A 10% cap rate property financed 70% might generate 12-15% cash-on-cash return to the equity investor.

Is higher cap rate always better?

Not necessarily. Higher cap rate often reflects higher risk, not better opportunity. A 12% cap rate on a remote, highly seasonal property might represent fair risk-adjusted return. A 8% cap rate on an established, well-located property might be better opportunity. Compare cap rates among properties with similar risk profiles.

Why do some properties trade at cap rates below loan interest rates?

This happens when investors expect appreciation or when alternative investments are less attractive. During low-rate environments, cap rates can fall below current borrowing costs if investors believe future appreciation will generate total return. This is speculative. Conservative analysis avoids properties where immediate cash flow doesn’t exceed financing costs.

How do I calculate stabilized cap rate for a turnaround property?

Project stabilized revenues and expenses based on comparable operating properties and your specific improvement plan. Be conservative. Reduce stabilized revenue 10-20% from comps to account for execution risk. This gives stabilized NOI. Divide by market cap rate for that property tier to get value. Then discount that value 15-25% for execution risk. Never count unrealized operational improvements as current value.

What’s the relationship between cap rate and property valuation methodology?

Cap rate approach is one of three valuation methods (income capitalization). It works well for stable, operating properties but can mislead on turnarounds. The other methods - comparable sales and cost approach - provide important reality checks. Professional appraisals reconcile all three; avoid relying on cap rate alone.