A pool project can begin with a compelling need: a school team has no reliable practice space, families face long waitlists for swim lessons, or an aging facility can no longer serve the community safely. Before selecting a site, approving a concept, or pursuing funding, an aquatic facility feasibility study guide helps leaders turn that need into a clear, supportable decision.
A feasibility study is not a sales document for a new pool. It is a decision-making process that tests whether a proposed facility can meet community needs, operate safely, and remain sustainable over time. The strongest studies give boards, municipal leaders, school districts, nonprofit partners, and facility operators an honest view of both opportunity and obligation.
Start With the Community Need
The first question is not, “What kind of pool should we build?” It is, “What problem should this facility solve?” A new or renovated aquatic center may support learn-to-swim access, recreation, competitive swimming, therapy programs, workforce development, water safety education, or community gathering. Those outcomes are different, and each requires different space, staffing, schedules, and financial assumptions.
Begin by documenting current conditions. Review existing pools within a reasonable travel area, their hours, programming, accessibility, age, closures, rental availability, and user groups. Speak with families, schools, coaches, senior-serving organizations, recreation staff, health and wellness partners, and disability advocates. Usage data matters, but so do the people who are not currently being served because access, cost, transportation, water temperature, or scheduling creates a barrier.
Demand should be measured rather than assumed. A waiting list for swim lessons may demonstrate unmet need, but it does not automatically establish demand for a large competition pool. Likewise, interest from a swim team may support dedicated lane space, but the study should identify likely practice times, meet requirements, spectator needs, and whether the program can reliably use and help sustain the facility.
A useful needs assessment distinguishes among three groups: current users, potential users, and priority populations who have historically had limited aquatic access. This approach keeps the project centered on community impact rather than the preferences of only the most visible stakeholders.
Define the Facility Around the Program
Programming should drive facility design, not the other way around. A study that begins with an impressive building concept can create years of operational strain if the water, deck, support spaces, and mechanical systems do not match actual use.
Develop a preliminary program plan that shows what will happen in the facility across a typical week. Include learn-to-swim classes, open swim, lap swimming, team practices, school use, camps, rentals, staff training, special events, and maintenance time. Ask practical questions: Who uses the water at 6:00 a.m.? What happens after school? Is warm-water programming a central need? How many hours must be reserved for instruction versus revenue-producing rentals?
The answers may point to a traditional lap pool, a separate warm-water body of water, a shallow instructional pool, or a phased approach. They may also show that renovation, expanded partnerships, adjusted scheduling, or a smaller targeted facility will create more value than a large new complex.
Test the Schedule Before Finalizing the Concept
A weekly schedule is one of the most revealing tools in a feasibility study. If every hour is already assigned to a desired program, there is no flexibility for public access, rentals, weather disruptions, maintenance, staff training, or future growth. If large blocks remain unassigned, projected revenue may be overstated.
The schedule also exposes conflicts early. Competitive programs often need predictable evening and weekend access. Learn-to-swim programs need consistent class times and adequate shallow water. Open swim needs supervision and a welcoming environment. A workable facility plan acknowledges these needs and makes intentional choices about priorities.
Build the Financial Picture Beyond Construction
Construction cost is visible. The long-term cost of operating an aquatic facility is where many projects become vulnerable. A feasibility study should address capital costs, replacement reserves, annual operations, and realistic revenue together.
Capital planning includes site preparation, design, permitting, construction, equipment, furniture, technology, and contingencies. It should also account for the systems that make a pool function: water treatment, heating, ventilation, controls, filtration, lighting, drainage, and accessibility features. These are not secondary details. They affect safety, user comfort, energy use, maintenance demands, and the useful life of the facility.
Operating projections should estimate staffing, utilities, chemicals, maintenance, insurance, administration, programming supplies, marketing, training, and equipment replacement. Aquatic facilities are labor-intensive, and staffing models must reflect supervision requirements, operating hours, programming complexity, and the time needed for recruiting, onboarding, in-service training, and coverage.
Revenue estimates should be conservative. Memberships, admissions, lessons, team rentals, parties, sponsorships, and public support can all be part of the model, but each should be tied to demonstrated demand and realistic pricing. A facility can be deeply valuable to its community while still requiring an annual subsidy. That is not necessarily a failure. The key is to identify the subsidy clearly, explain the public benefit it supports, and confirm that the funding source is dependable.
Include Renewal From Day One
Every pool will need reinvestment. Major equipment, finishes, pumps, controls, HVAC components, and deck surfaces have different replacement cycles, but none last forever. A credible financial plan includes a capital renewal reserve from the beginning rather than treating future repairs as an unexpected crisis.
This is especially important for renovation projects. A lower initial cost can be the better choice, but only if the existing structure and systems can reliably support the planned program. Qualified facility, design, and engineering professionals should evaluate those conditions before leaders commit to a renovation scope.
Evaluate Operations, Safety, and Staffing Together
A facility is feasible only when it can be operated consistently and safely. This requires more than a headcount of lifeguards. Consider the full operating structure: aquatic leadership, lifeguards, instructors, maintenance personnel, customer service staff, program coordinators, and administrative support.
The study should examine local hiring conditions, wage expectations, training capacity, retention challenges, and the availability of qualified instructors and supervisors. If the community already struggles to staff existing pools, adding water space without a workforce strategy may reduce access rather than expand it.
Safety planning belongs in the feasibility stage because design and programming choices shape supervision. Sightlines, entry points, water depth transitions, deck circulation, control points, lighting, emergency access, storage, and class locations all affect how staff can monitor the environment. Operational policies, emergency action plans, training, and drills will remain essential, but a well-planned facility makes safe operations more achievable.
Accessibility should be considered as a core operational commitment, not a late-stage compliance item. Think about entry into the building and water, changing spaces, seating, communication, program design, and the experience of participants and caregivers. Inclusive access broadens the facility’s value and strengthens its connection to the community it serves.
Assess Governance and Partnerships
A promising facility can struggle when no one has clearly defined who makes decisions, who carries financial responsibility, and who is accountable for outcomes. The feasibility study should identify the ownership and operating model early. A municipality, school district, nonprofit, private operator, or joint partnership may each be appropriate depending on local capacity and goals.
Partnerships can improve access and sustainability when responsibilities are specific. For example, schools may provide predictable daytime use, a swim organization may support rentals, and a nonprofit may help deliver water-safety programming. But partnership revenue should not be assumed until agreements, scheduling priorities, rates, and performance expectations are understood.
Governance should also include a plan for ongoing community input. Needs change. Demographics shift, programs grow, and facility systems age. Leaders need a structure that allows decisions to be revisited with data rather than delayed until a problem becomes urgent.
Turn Findings Into a Clear Decision
The final feasibility report should be direct enough for decision-makers to use. It should describe the community need, recommended facility concept, program assumptions, site considerations, capital range, operating budget, revenue model, staffing plan, risks, and next steps. It should also state what the project cannot accomplish under the proposed budget or operating model.
Not every study should end in construction. Sometimes the best outcome is a renovation, a partnership agreement, a phased development plan, expanded programming at an existing pool, or a decision to pause until operating support is secured. Honest findings protect community resources and preserve trust.
For aquatic professionals and community leaders, the goal is not simply to add water space. It is to create a facility that can deliver safe, reliable, welcoming aquatic opportunities year after year. A thoughtful feasibility study gives that work the foundation it deserves.