Building a permanent water park is a major commercial-development project, not simply a purchase of slides and pools. The final budget depends on the target attendance, land, buildings, utilities, attraction mix, operating season, safety requirements, and whether the project is a standalone outdoor park or part of an indoor resort.
Quick Answer
In the U.S., a new small-to-mid-size outdoor water park may require roughly $15 million to $50 million. Large regional, indoor, or heavily themed projects can reach $100 million to $400 million or more. A budget near $1 million normally fits a splash pad or limited expansion, not a complete commercial water park.
Key Takeaways
- A true water park usually costs tens of millions of dollars; indoor and destination projects can cost hundreds of millions.
- Complete a specialist market and feasibility study before buying land or ordering attractions.
- An attraction quote may exclude foundations, towers, pumps, filtration, freight, electrical work, installation, testing, and surrounding deck areas.
- Land conditions and missing utility connections can change the budget by millions of dollars.
- Keep separate allowances for soft costs, contingency, pre-opening expenses, financing, and working capital.
Note: The figures in this guide are rough 2026 planning ranges in U.S. dollars. They are not contractor bids or financial advice. A reliable budget requires a defined site, concept plan, attendance model, engineering assumptions, and local pricing.
Water Park Cost by Project Type
The term water park covers projects with very different scopes. A neighborhood splash pad, a municipal aquatic center, a regional outdoor park, and an indoor resort should not share one cost benchmark.
| Project Type | Rough Planning Range | Typical Scope |
|---|---|---|
| Splash pad or compact aquatic-play addition | About $1 million to $5 million | Zero-depth play, sprays, small structures, deck work, pumps, controls, and limited support facilities at an existing site. |
| Small municipal water park or outdoor aquatic center | About $15 million to $40 million | Leisure pool, small slide complex, children’s area, bathhouse, parking, mechanical systems, and site improvements. |
| Mid-size regional water park | About $40 million to $100 million or more | Multiple slide towers, wave or activity pool, lazy river, food service, retail, cabanas, extensive deck areas, and large utility systems. |
| Large indoor or destination development | About $100 million to $400 million or more | Enclosed building, climate control, major attractions, year-round operations, structured parking, hospitality, entertainment, or resort components. |
Current public projects show why scope matters. The City of Alameda approved a total project cost of $35.5 million for its aquatic center. At the other end of the market, the City of Bloomington describes a proposed large indoor water park costing approximately $338 million. These examples are not direct price quotes for another site, but they demonstrate the scale of modern public and destination developments.
The first useful cost question is not “How much is a slide?” It is “How many guests must this park serve, and what complete facility is needed to serve them safely?”
Breaking Down the Main Water Park Cost Drivers
The most reliable budgets begin with the park’s business model, target market, expected attendance, and required capacity. Choosing attractions before answering those questions can lead to an oversized park, long queues, weak revenue, or expensive redesigns.
Start With a Market and Feasibility Study
A specialist feasibility study should examine the local and tourist markets, competing attractions, population, income, hotel supply, transportation, ticket pricing, operating season, projected attendance, and realistic revenue. It should also test whether the expected income can support construction debt and operating costs.
WhiteWater’s water park feasibility guidance recommends reviewing land, zoning, utilities, environmental studies, competition, demographics, insurance, staffing, and first-year marketing before moving ahead. The International Association of Amusement Parks and Attractions also provides research, education, and operating resources for the attractions industry.
Pro Tip: Do not purchase land based only on acreage and price. Use a purchase option or due-diligence period that allows time to confirm zoning, access, water, sewer, electrical capacity, drainage, soil conditions, and environmental restrictions.
Size, Attendance, and In-Park Capacity
A park’s size should reflect how many guests it expects to serve at one time, not just annual attendance. The capacity calculation includes people in pools, on rides, in queues, on decks, in restaurants, in restrooms, and moving between attractions.
Capacity affects nearly every budget item:
- Attraction throughput: How many riders each slide or water feature can serve per hour.
- Queue space: The area required to hold guests safely without blocking walkways.
- Deck capacity: Seating, shade, cabanas, stroller space, and circulation.
- Guest facilities: Restrooms, lockers, first aid, food service, retail, and ticketing.
- Parking and transportation: Vehicle spaces, bus loading, rideshare areas, and pedestrian access.
- Future expansion: Space and utility capacity for later attractions.
Indoor Versus Outdoor Water Parks
| Factor | Outdoor Park | Indoor Park |
|---|---|---|
| Initial construction | Usually lower because there is no large conditioned enclosure. | Usually higher because of the building shell, structure, HVAC, humidity control, and fire systems. |
| Operating season | Often seasonal and dependent on weather and school calendars. | Can operate year-round and is often paired with lodging or other attractions. |
| Energy use | Primarily pumps, filtration, water treatment, lighting, and seasonal heating. | Adds substantial heating, cooling, ventilation, and dehumidification loads. |
| Revenue model | Relies heavily on peak-season admissions, food, cabanas, and passes. | May support lodging, packages, conferences, and year-round visits. |
Comparative Cost Impact of Common Attractions
Attraction costs cannot be reduced to one dependable national price list. The table below shows their usual effect on a project budget and the factors that must be priced.
| Attraction | Typical Budget Impact | Major Cost Drivers |
|---|---|---|
| Water-slide complex | Medium to very high | Number and type of slides, tower height, foundations, fiberglass, steel, pumps, electrical systems, freight, installation, and catch pools. |
| Wave pool | High to very high | Pool size, wave equipment, plant room, structural work, filtration, controls, deck space, and electrical demand. |
| Lazy or action river | High | Length, width, excavation, concrete, pumps, bridges, landscaping, entry points, filtration, and surrounding land area. |
| Children’s splash area | Low to high | Simple sprays versus large interactive structures, recirculation systems, surfacing, shade, fencing, and drainage. |
Land Acquisition and Site Preparation
Land is often discussed as a price per acre, but the cheapest parcel is not always the least expensive site to develop. A low-cost rural property can become costly if it needs a new access road, utility extensions, a private wastewater system, major grading, or flood protection.
How Location Changes the Total Cost
| Location Type | Likely Advantage | Possible Added Costs |
|---|---|---|
| Rural | More acreage and fewer neighboring uses. | Road work, utility extensions, wells, wastewater treatment, staff transportation, and weaker tourist visibility. |
| Suburban | Access to families, roads, utilities, and labor. | Higher land prices, traffic improvements, noise limits, stormwater requirements, and neighborhood review. |
| Urban or tourist district | Strong visibility, hotels, public transportation, and established visitor demand. | Expensive land, structured parking, complicated construction access, demolition, and strict design requirements. |
Terrain, Soil, Drainage, and Infrastructure
Flat land can reduce earthwork, but every site needs investigation. A geotechnical engineer should check soil-bearing capacity, settlement risk, rock, groundwater, and suitability for large pools, towers, and mechanical buildings. Civil engineers must also plan stormwater, grading, utility routes, roads, and emergency access.
Review these items before finalizing the land purchase:
- Zoning and permitted use
- Title, easements, and property boundaries
- Road access and required intersection improvements
- Water supply and fire-flow capacity
- Sanitary sewer capacity or on-site treatment
- Three-phase electrical service and backup power needs
- Natural gas availability for water and building heating
- Floodplain, wetlands, drainage, and stormwater restrictions
- Environmental and archaeological studies
- Noise, height, lighting, and operating-hour restrictions
- Parking, bus loading, and rideshare circulation
Taxes, insurance, permitting, legal work, surveys, utility connection fees, and off-site road improvements should be tracked separately from the land purchase price.
Design, Engineering, and Theming Expenses
Creating an immersive water park involves far more than selecting slides and pools. The design team must coordinate guest flow, safety, accessibility, structures, water treatment, mechanical systems, landscaping, buildings, food service, maintenance access, and the park’s visual identity.
Products Worth Considering
Dimensions and Material: Made from high-quality metal, this 15.8x4 inches tin sign ensures long-lasting durability and vibrant multicolor designs, perfect for both indoor and outdoor use in various spaces
Unique Design: Summer pool tin sign with bright colors and fun text like "a day at the beach restores the soul", it will be a beautiful sign that catches the eye.
Professional Design and Engineering Fees
A commercial water park may require a broad specialist team, including:
- Market and feasibility consultant
- Water park master planner
- Architect and interior designer
- Civil, structural, mechanical, plumbing, and electrical engineers
- Aquatic and water-treatment engineers
- Ride manufacturers and attraction engineers
- Landscape architect and theming designer
- Accessibility, code, fire-protection, and life-safety consultants
- Cost estimator, project manager, and owner’s representative
- Legal, insurance, tax, and financing advisers
Professional fees cover concept sketches, renderings, surveys, specifications, permit drawings, engineering calculations, construction administration, material selection, commissioning, and coordination with manufacturers and contractors.
Theme Consistency Across the Park
A strong theme should support the park’s brand without making maintenance difficult. Colors, signs, buildings, landscaping, staff presentation, menus, and retail should feel connected.
| Area | Theming Elements | Examples |
|---|---|---|
| Rides and attractions | Names, signs, colors, sound, landscaping, and decorative features | Themed slide towers, interactive fountains, rockwork, and story elements |
| Dining areas | Menus, uniforms, furniture, lighting, and decor | Themed restaurants, snack kiosks, and shaded terraces |
| Retail shops | Fixtures, signs, displays, and packaging | Custom souvenirs, towels, apparel, and photo products |
| Common areas | Furniture, shade, planting, wayfinding, and lighting | Benches, cabanas, themed lighting, and accessible rest areas |
Water Attractions and Amenities
Slides, pools, rivers, and play structures are the visible heart of a water park, but each attraction depends on foundations, water-treatment equipment, electrical service, controls, drainage, deck space, barriers, and safe operating procedures.
Products Worth Considering
【GIANT BACKYARD WATER PARK】 (Dual-Lane Slide + Roomy Splash Pool Landing) Turn your yard into the go-to summer hangout. Two kids can slide at the same time—less waiting, more laughing—finishing with a satisfying splash in the roomy pool. Great for birthdays, playdates, and family weekends
Versatile Inflation Equipment Compatibility: From inflatable slides and holiday decorations to bounce castles, inflatable tents, and pools, this inflatable blower efficiently handles all types of inflatable needs.
[Massive 21x9x12ft + Huge Splash Pool] Fits 6–8 kids at once. Commercial grade inflatable water slide turns backyard into a water park. Extra-large pool, no crowding – perfect for parties, BBQs, and family gatherings
What Determines the Cost of Water Slides?
Water-slide cost varies according to rider capacity, slide type, tower height, materials, engineering, site access, freight distance, foundations, and the number of flumes sharing one tower. A small children’s slide is not comparable with a family raft ride, racing complex, uphill water coaster, or major thrill attraction.
An early manufacturer quote may cover only part of the installed system. The complete allowance may also need to include:
- Structural tower and stair systems
- Concrete foundations and underground utilities
- Launch platforms and loading areas
- Pumps, piping, filters, controls, and electrical panels
- Catch pools, runouts, or shutdown lanes
- Freight, cranes, assembly, and specialist installation
- Testing, inspection, certification, and staff training
- Queue rails, shade, signs, cameras, and surrounding deck work
For more detail on early cost planning, see Aquatic Development Group’s guide to water park development costs.
Warning: Never treat an equipment quotation as the complete installed cost unless the quote clearly includes design, foundations, utilities, freight, taxes, erection, commissioning, permits, and surrounding construction.
Wave Pools Versus Lazy Rivers
Both attractions can become major capital items. A wave pool concentrates expensive mechanical and structural systems in one large pool. A lazy river spreads excavation, concrete, piping, bridges, landscaping, and deck work across a long route.
| Factor | Wave Pool | Lazy River |
|---|---|---|
| Main cost concentration | Wave-generation equipment, pool structure, plant room, controls, and electrical supply | Excavation, concrete channel, pumps, bridges, landscaping, piping, and land area |
| Space requirement | Large pool and beach or deck area | Long footprint with multiple access and viewing points |
| Operating considerations | Wave cycles, lifeguard coverage, water depth, and high mechanical demand | Tube handling, current speed, entry control, bridges, and continuous circulation |
| Guest role | High-capacity signature attraction | Long-duration family attraction that spreads guests through the park |
Buildings and Hidden Infrastructure
Visitors mainly notice the rides, but a large share of the investment sits underground, inside plant rooms, or behind the scenes. These systems determine whether the park can operate safely and reliably.
Guest and Operations Buildings
- Entrance, security, ticketing, and guest services
- Restrooms, showers, changing rooms, and lockers
- First-aid room and emergency-response space
- Food preparation, concessions, and dining areas
- Retail, rental, and photo-sales locations
- Administrative offices and staff rooms
- Maintenance shops, chemical storage, and spare-parts storage
- Trash, recycling, receiving, and service yards
Mechanical and Utility Systems
- Filtration, disinfection, chemical-feed, and water-testing systems
- Pumps, pipes, surge tanks, balance tanks, and drainage
- Electrical distribution, controls, emergency power, and lighting
- Water heating and, for indoor parks, HVAC and humidity control
- Fire alarm, sprinklers, emergency communication, and security cameras
- Ticketing, access control, point-of-sale, Wi-Fi, and cashless-payment systems
- Stormwater, wastewater, irrigation, and water-reuse systems
Mechanical rooms need safe service access and enough space for future repairs. Saving space during design can increase maintenance costs for the life of the park.
Operating, Staffing, and Pre-Opening Costs
Construction is only the first part of the financial plan. The owner also needs enough cash to recruit and train employees, stock the park, complete testing, market the opening, and operate through the early months.
Staffing and Training Expenses
A water park may need lifeguards, slide attendants, supervisors, guest-service staff, security, cleaners, maintenance technicians, water-quality operators, food-service workers, retail staff, marketers, accountants, and managers.
- Lifeguards and attraction attendants: Coverage depends on pool layout, ride design, operating procedures, local code, and the safety audit.
- Guest services: Ticketing, accessibility assistance, lost children, complaints, rentals, and memberships.
- Maintenance team: Pools, pumps, slides, buildings, landscaping, electrical systems, and preventive maintenance.
- Food and beverage staff: Kitchens, concessions, storage, sanitation, and cash handling.
- Management and administration: Human resources, finance, purchasing, risk management, marketing, and scheduling.
Training should cover water rescue, first aid, CPR/AED, attraction procedures, emergency action plans, chemical safety, food safety, guest service, incident reporting, and equipment lockout procedures.
Maintenance and Operating Overhead
| Operating Item | What to Include | Best Budget Input |
|---|---|---|
| Water quality | Chemicals, testing, treatment, laboratory work, operator training, and replacement sensors | Designed water volume, bather load, local chemical prices, and operating hours |
| Equipment upkeep | Pumps, motors, filters, slide repairs, coatings, controls, spare parts, and inspections | Manufacturer maintenance plans and a multi-year replacement schedule |
| Cleaning and waste | Restrooms, decks, kitchens, trash, laundry, pest control, and sanitation supplies | Park area, attendance, operating days, and local service quotes |
| Utilities | Water, sewer, electricity, gas, HVAC, internet, and waste services | Engineering energy model and local tariff schedules |
| Insurance and compliance | Liability, property, workers’ compensation, inspections, licenses, and professional services | Broker quotations based on the completed concept and operating plan |
Prepare an annual operating model rather than relying on a generic monthly estimate. The model should reflect local wages, utility rates, operating days, attendance, water volume, attraction mix, insurance, planned maintenance, and debt service.
Note: Include a working-capital reserve for payroll, utilities, chemicals, inventory, insurance, marketing, and debt payments before the park reaches stable attendance.
Legal, Safety, and Accessibility Compliance
Water parks must satisfy local building, fire, health, environmental, accessibility, and amusement-ride requirements. The exact rules depend on the state and local authority, so licensed professionals should confirm which codes and standard editions apply.
Products Worth Considering
Specifications: The pattern and message on the inflatable dancing man are double-sided printed. Height 15 feet, fits 18-inch diameter blowers. Blower not included
Description|Table of Contents|Author|Excerpts|Quotes
Health and Aquatic-Facility Requirements
The CDC’s 2024 Model Aquatic Health Code, 5th Edition provides guidance for the design, construction, operation, and maintenance of public aquatic venues. It is a model document rather than a federal law. A state or local jurisdiction may adopt it fully, adopt selected sections, modify it, or use a different code.
Water-Slide and Aquatic-Play Standards
ASTM lists ASTM F2376-24 as the active practice for water-slide systems and ASTM F2461-23 as the active practice for aquatic-play equipment. Because standards and local adoptions change, the project team should confirm the required edition before design, procurement, major modification, and inspection.
Accessibility
The 2010 ADA Standards for Accessible Design include requirements for accessible routes and entries to swimming pools, wading pools, spas, wave-action pools, and leisure rivers. Accessibility planning should also cover parking, ticket counters, restrooms, showers, lockers, dining, seating, routes, signs, and employee areas.
Drain Entrapment and Pool Safety
Public pools and spas must use compliant anti-entrapment drain covers and, in certain drain configurations, secondary protection systems. The U.S. Consumer Product Safety Commission provides current guidance under the Virginia Graeme Baker Pool and Spa Safety Act and 16 CFR Part 1450.
Insurance and Liability Coverage
| Type of Coverage | Purpose |
|---|---|
| Builders’ risk | Protects work, materials, and equipment during construction, subject to policy terms. |
| General liability | Responds to covered injury and property-damage claims involving guests or operations. |
| Property insurance | Protects buildings, attractions, equipment, and other covered assets. |
| Workers’ compensation | Provides required coverage for qualifying employee injuries and illnesses. |
| Umbrella or excess liability | Adds liability limits above scheduled underlying policies. |
| Business interruption | May cover qualifying lost income and continuing expenses after a covered shutdown. |
Warning: Codes, standards, inspections, and insurance requirements vary by jurisdiction and project type. Use licensed architects, engineers, aquatic specialists, contractors, attorneys, and insurance professionals rather than treating an online cost guide as a construction specification.
Marketing and Promotion
Marketing should be included in the development budget before construction ends. A new park needs enough awareness, advance sales, group bookings, and local partnerships to support opening-day attendance.
Initial Marketing Campaign
There is no universal marketing amount for every water park. Build the budget from the target attendance, size of the media market, tourist strategy, ticket price, opening date, and desired level of advance sales.
The launch plan may include:
- Brand development: Park name, visual identity, website, signs, maps, and guest messaging
- Advertising: Search, social media, video, radio, outdoor media, tourism platforms, and local publications
- Public relations: Construction updates, media previews, community events, and opening announcements
- Content production: Photography, video, ride demonstrations, safety information, and visitor guides
- Sales: Group packages, schools, camps, hotels, corporate events, and season passes
- Grand opening: Training runs, invited previews, opening events, and crowd-management planning
Strategies for Sustained Attendance
- Seasonal promotions: Use offers during slower periods without weakening the park’s normal ticket value.
- Memberships and passes: Encourage repeat visits and improve advance cash flow.
- Hotel and restaurant partnerships: Create packages for tourists and weekend visitors.
- Group sales: Serve schools, camps, companies, clubs, and community organizations.
- New events and attractions: Give past visitors a reason to return.
- Guest feedback: Track reviews, wait times, complaints, spending, and satisfaction.
Project Timeline and Pre-Opening Work
A complete water park normally requires a multi-stage, multi-year process. A fast-tracked project may complete physical construction quickly, but feasibility, land control, financing, entitlements, design, engineering, procurement, and permitting occur before the public opening.
| Stage | Main Work |
|---|---|
| Feasibility and land control | Market study, concept, site search, due diligence, business model, and preliminary financing. |
| Planning and approvals | Master plan, zoning, environmental review, traffic, utilities, community review, and permits. |
| Design and procurement | Architecture, engineering, ride selection, pricing, construction documents, bidding, and long-lead orders. |
| Construction | Site work, foundations, pools, buildings, utilities, rides, finishes, landscaping, and technology. |
| Commissioning and opening | System testing, inspections, staff recruitment, training, emergency drills, stocking, previews, and final approvals. |
Weather, permitting delays, utility upgrades, financing, long-lead equipment, design changes, and unforeseen soil conditions can all extend the schedule and increase carrying costs.
Financing Your Water Park Project
Water parks may use a combination of owner equity, private investors, commercial loans, public-private partnerships, municipal bonds, tourism incentives, tax-increment financing, or other locally available programs. Availability and terms vary widely.
Lenders and investors normally expect a professional package that includes:
- Market and feasibility study
- Development team qualifications
- Site control and due-diligence reports
- Concept plan and attraction program
- Detailed capital budget and construction schedule
- Attendance, pricing, revenue, and expense projections
- Break-even and debt-service analysis
- Contingency and working-capital reserves
- Insurance, risk, and emergency-management plans
- Exit, refinancing, or long-term ownership strategy
Interest during construction, lender fees, legal costs, appraisals, inspections, reserves, and repayment requirements belong in the complete project budget. They should not be treated as separate problems after construction pricing is complete.
How to Estimate a Water Park Budget
- Define the market. Decide whether the park will serve local families, tourists, resort guests, or a combination.
- Forecast attendance. Estimate annual attendance, peak-day attendance, in-park capacity, ticket prices, and secondary spending.
- Control and test the site. Confirm zoning, utilities, soil, drainage, access, environmental conditions, and parking.
- Create a concept plan. Size the pools, rides, decks, buildings, parking, kitchens, restrooms, and back-of-house areas.
- Obtain scope-based estimates. Request pricing from experienced aquatic designers, ride suppliers, contractors, utility providers, and consultants.
- Build an all-in capital budget. Include land, construction, attractions, professional fees, permits, technology, furniture, financing, marketing, and pre-opening expenses.
- Add risk allowances. Include design contingency, construction contingency, escalation, owner changes, and an opening reserve.
- Test the business model. Compare projected revenue with payroll, utilities, maintenance, insurance, marketing, taxes, debt service, and replacement reserves.
Ways to Control Water Park Construction Costs
- Right-size the first phase: Build for realistic attendance instead of an optimistic peak scenario.
- Use shared infrastructure: Place compatible slides on common towers and coordinate shared mechanical systems where appropriate.
- Plan expansion early: Reserve land, pipe capacity, electrical capacity, and circulation routes for later attractions.
- Limit unnecessary complexity: Spend theming money where guests will notice it most and use durable, maintainable materials.
- Compare life-cycle costs: A cheaper pump, coating, control system, or finish can cost more through energy use and repairs.
- Order long-lead items early: Coordinate ride fabrication, switchgear, pumps, structural steel, and specialty equipment with the construction schedule.
- Control design changes: Late revisions can affect foundations, utilities, permits, procurement, and completed work.
- Use experienced specialists: Water park design and construction differ from ordinary pool or building projects.
Frequently Asked Questions
Are water parks a good investment?
A water park can become a successful attraction when the market, capacity, location, pricing, operating season, and financing are well matched. It is not automatically profitable. A specialist feasibility study should test attendance, revenue, operating expenses, debt service, competition, and downside scenarios before investment.
How much profit do water parks make?
There is no dependable universal profit margin. Results vary with attendance, admission prices, food and cabana sales, labor, utilities, weather, maintenance, insurance, taxes, debt, and whether lodging is part of the business. Use park-specific financial projections and current industry benchmark data.
Do theme parks and water parks make money?
They can earn revenue from admission, passes, food, beverages, retail, parking, lockers, cabanas, events, sponsorships, photos, and lodging. Profit depends on whether those revenues consistently exceed staffing, utilities, maintenance, marketing, insurance, taxes, financing, and replacement costs.
How do you build a water park?
Begin with a market and feasibility study, secure suitable land, complete due diligence, create a business plan, hire an experienced development team, design the park, obtain financing and permits, procure attractions, construct and commission the facility, recruit and train staff, pass inspections, and complete controlled test operations before opening.
How long does it take to build a water park?
The complete process commonly takes multiple years when feasibility, land, approvals, financing, design, procurement, construction, testing, and training are included. A small expansion may move faster, while an indoor resort or complex destination development can take considerably longer.
Which water park costs are most often missed?
Common omissions include utility extensions, soil problems, stormwater work, slide foundations, freight, cranes, testing, professional fees, permits, financing costs, technology, furniture, spare parts, staff training, opening inventory, launch marketing, construction escalation, contingency, and working capital.
Conclusion
Building a water park can require anything from a few million dollars for a compact aquatic-play addition to hundreds of millions for a large indoor or resort-integrated destination. A small-to-mid-size outdoor facility commonly belongs in the tens-of-millions range once land development, buildings, attractions, infrastructure, professional services, and opening costs are included.
The strongest projects begin with market evidence and realistic capacity planning. Complete the feasibility study, investigate the site, define the full facility, obtain scope-based estimates, and fund both construction and early operations before committing to major purchases.
Sources
- Aquatic Development Group: An Inside Look into the Real Cost of Building a Waterpark — capacity, site, engineering, utilities, theming, and development-cost drivers.
- WhiteWater: So, You Want to Build a Water Park? — feasibility, land, utilities, demographics, competition, insurance, staffing, and marketing.
- CDC: 2024 Model Aquatic Health Code, 5th Edition — current public aquatic-facility health and safety guidance.
- ASTM Subcommittee F24.70 — active standards for water-slide systems and aquatic-play equipment.
- U.S. Department of Justice: 2010 ADA Standards for Accessible Design — accessibility requirements for pools, wading pools, spas, and related facilities.
- U.S. Consumer Product Safety Commission: Pool and Spa Drain Covers — federal anti-entrapment drain-cover requirements for public pools and spas.
1 thought on “How Much Does It Cost to Build a Water Park in 2026?”
Pingback: What Does It Cost To Install A Residential Splash Pad?