Building Your Pool: A Complete Guide

Swimming pools are available in various designs, materials, and installation methods. The choice of a particular type of pool determines the comfort, durability, maintenance requirements, and cost. The overview below provides a clear insight into the possibilities.

1. Above-ground pool (temporary, above-ground)

Features:

• Lightweight, often made of plastic or PVC
• Can be set up by yourself, seasonal use
• Not in-ground, no structural modifications needed

| Capacity | Size: 3–6 m round or 3×5 m rectangular |
| Price range | €100 – €2,000 |
| Lifespan | 1 – 5 years (depending on quality) |

Advantages:

• Very affordable to purchase
• Movable and can be used seasonally

Disadvantages:

• Not very aesthetic
• Less durable, limited lifespan

2. Steel Frame Pool / Above Ground Frame Pool

Features:

• Usually rectangular, with a metal frame construction
• Suitable for temporary or semi-permanent use
• Available up to approx. 10 m length

| Capacity | 10 – 50 m² water surface |
| Estimated price | €500 – €3,000 |
| Lifespan | 3 – 7 years (with good maintenance) |

Advantages:

• Easy installation
• Sturdier than inflatable pools

Disadvantages:

• Visually present
• Not suitable for intensive or permanent winter use

3. Built-in pool (permanent, underground)

Variations:

• Prefab polyester / HDPE tub
• Concrete with liner, foil or tiling
• Modular (e.g. with EPS formwork)

| Capacity | 15 – 60 m² or more |
| Indicative price | €15,000 – €45,000+ (excl. finishing) |
| Lifespan | 20 – 50 years (depending on material) |

Advantages:

• Durable, aesthetic, customizable
• Suitable for seasonal and year-round use

Disadvantages:

• Requires structural preparation
• Higher investment and longer installation time

4. Plunge pool / minipool

Features:

• Compact design (2×3 or 2×4 meters)
• For cooling, dipping, and relaxing
• Often delivered ready-made or prefab installed

| Capacity | 5 – 10 m² |
| Estimated price | €8,000 – €20,000 |
| Lifespan | 15 – 30 years |

Advantages:

• Space-saving
• Quick to install, also suitable for smaller gardens

Disadvantages:

• Not suitable for lap swimming
• Relatively high price per m² of water surface

5. Natural swimming pool / pond

Features:

• Chlor-free, with natural filtering
• Combination of swimming area and plant zone
• Ecological and visually natural

| Capacity | 20 – 100 m² or larger |
| Estimated price | €20,000 – €60,000+ |
| Lifespan | 30 – 50 years (with good maintenance) |

Advantages:

• Environmentally friendly and low maintenance
• High landscape value

Disadvantages:

• No hot water
• Less clear than a classic swimming pool

6. Wooden swimming pool (above-ground or semi-inground)

Features:

• Above-ground or semi-inground pool with wooden wall panels
• Often with a film or liner on the inside
• Aesthetic exterior finish

| Capacity | 10 – 30 m² |
| Price range | €3,000 – €12,000 |
| Lifespan | 10 – 20 years |

Advantages:

• Beautiful natural look
• Quicker to install than built-in baths

Disadvantages:

• Wood requires periodic maintenance
• Less durable than concrete or HDPE

7. Polypropylene or HDPE prefab swimming pool

Features:

• One-piece welded plastic tub
• Fully custom-made
• Quick installation possible (crane required)

| Capacity | 20 – 50 m² |
| Indicative price | €20,000 – €35,000+ |
| Lifespan | 30 – 50 years |

Advantages:

• Fast installation, low risk of leakage
• Fully waterproof and easy to insulate

Disadvantages:

• Transport restrictions (crane required)
• Limited shape choice compared to concrete

Summary Cost Overview – Pool Types (2025)

Conclusion:
The choice of pool type is determined by budget, space, intensity of use, and aesthetic preference. While above-ground pools are quick and affordable, in-ground pools and swimming ponds offer a structural and durable solution for years of comfort. A careful consideration of wishes and possibilities prevents unnecessary additional costs in the long term.

The final price of a swimming pool is determined by a combination of technical, structural, and aesthetic factors. Although the base price of the pool itself (the shell or construction) is an important starting point, numerous choices and circumstances influence the total budget.

The overview below covers the most decisive elements.

1. Type of pool

Explanation: Prefabricated tanks are cheaper to install than concrete structures, but offer less flexibility in terms of shape and finish.

2. Dimensions and depth

• The larger and deeper the pool, the higher the costs for earthworks, construction, filling, heating and maintenance
• Larger volumes also require more powerful pumps, larger filters and more chemicals

Tip: With limited use, a smaller pool with high-quality finishing may be more useful than a large pool with compromises

3. Groundwork and subsoil

Explanation: difficult to reach or complex subsoils can cause thousands of euros in extra costs

4. Construction method and materials

Choice affects price, speed and lifespan

5. Installations and technology

The more luxury and automation, the higher the total amount

6. Finishing and environment

The environment partly determines the appearance and the comfort level of the swimming pool

7. Accessibility and logistics

• Is there enough space for machines, cranes and transport?
• Do materials have to be lifted over the house with a crane?
• Extra crane hire, man-hours and safety precautions may be necessary

8. Permits and preparation

• In many cases, a swimming pool is permit-free, but:
• In protected areas or when installed under a canopy, this is not always the case
• Costs for permit application, drawings and soil investigation can vary from €500 to €2,000+

9. Maintenance facilities and operating costs

• Filters, chemicals, power consumption and water changes incur recurring costs
• Choosing automatic systems reduces workload but increases investment
• Heat loss in poorly insulated swimming pools leads to higher energy costs

10. Seasonal influences and project planning

• During peak season (spring/summer), contractors and suppliers are very busy
• Spring or autumn may be more favorable in terms of availability and price
• Weather conditions can affect the construction time, especially for outdoor pools

Conclusion:
The price of a swimming pool depends on dozens of factors that together determine the project budget. A proper balance between comfort, technology, construction method and finishing prevents unnecessary costs in the long term. Professional advice, clear planning and realistic choices ensure a sustainable, stylish and cost-efficient end result.

A professionally built swimming pool requires more than excavation and water. It is a technical, aesthetic and architectural project where planning, permits, engineering and finishing must seamlessly connect. The following step-by-step plan provides insight into the entire process from design to commissioning.

Step 1 – Orientation and Needs Assessment

• Purpose of the pool: relaxation, sports, family use or wellness
• Choice of pool type: prefabricated, concrete, HDPE, swimming pond
• Determination of location: sun, privacy, subsoil, wind
• Desired dimensions, depth, shape and appearance
• Future expansions: roofing, sauna, jacuzzi

Result: clear requirements program and initial cost estimate

Step 2 – Technical Preliminary Investigation and Permits

• Verification of soil conditions, drainage and accessibility
• Inventory of existing utilities (electricity, water)
• Apply for any required environmental permit
• Check for rules in protected areas or zoning plan

Tip: in many cases no permit is required, but always check with the municipality beforehand

Step 3 – Design and Technical Planning

• Final design (FD) with dimensions and technical drawings
• Choice of materials and construction method
• Specification of installations (heating, pumps, filter, cover)
• Planning of construction phases, deliveries and execution time

Professional advice in this phase prevents errors and additional costs in the execution.

Step 4 – Excavation and Preparation

• Excavation of the pool volume according to design
• Pouring of foundation slab (preferably insulated)
• Installation of pipes and drains (sewerage, electricity, technology)
• Possibly embedding pipes or provisions for roller shutter

Note: ensure accessibility of all technical parts in later phases

Step 5 – Construction or Placement of Pool Shell

Depending on the type of pool:

After installation: connection of built-in parts (jets, skimmer, lighting)

Step 6 – Technical Installation

• Installation of filter system, pump and pipes
• Connecting heating (heat pump, exchanger, electric)
• Adjusting water treatment (salt, chlorine, UV, dosing)
• Connecting lighting, operation and automation (optional via app)

Test all functions before finishing or filling.

Step 7 – Finishing and Filling

• Filling around the pool (sand, stabilized sand or concrete depending on construction)
• Placement of edge finishing (stone, wood, ceramic)
• Construction of terrace, deck, pool deck or planting
• Possibly placing a canopy, stairs, outdoor shower

Aesthetics and material choice determine the luxurious appearance here.

Step 8 – Filling and Adjusting

• Fill the pool with tap water or tank trucks (depending on volume)
• Adjust filters, temperature, water treatment
• Check pH levels and chlorine or salt content
• Test automatic systems, lighting and jets

Step 9 – Completion and Instruction

• Technical inspection and completion report
• Explanation to the user about operation, maintenance and water quality
• Transfer of warranty documents and user manual
• Advice on winterizing or annual maintenance contract

Step 10 – Maintenance and Aftercare

• Periodic filter maintenance and water control
• Annual inspection of technology and sealing
• Possibly conclude a service or maintenance contract
• Planning of annual cleaning or winterization service

Time indication Complete Swimming Pool Project

Conclusion:
Building a swimming pool requires careful preparation, technical precision, and thoughtful choices. Approaching the process step-by-step – from assessing needs to completion – prevents delays and extra costs. By working with experienced professionals and investing in sustainable technology, a swimming pool project is created that offers years of carefree enjoyment.

A wellness pool combines functionality with relaxation and aesthetics. It's not just about swimming, but about a total experience of peace, comfort, and health. The tips below help in realizing a well-thought-out, sustainable, and luxurious wellness facility – both indoors and outdoors.

1. Determine the intended use before design

2. Integrate wellness components from the start

Consider:

• Massage jets or hydro jets for muscle relaxation
• Air massage floor (air blower) for soothing bubbles
• Waterfalls or water bowls for visual tranquility and neck/shoulder massage
• Counter-current system for active swimming in a compact size

Tip: plan the pipes and connections for this directly in the structural phase.

3. Ensure good temperature control

• Standard pool temperature: ± 28–30 °C
• Wellness baths: often 32–35 °C for maximum relaxation
• Combine heating with solar, heat pump or heat exchanger
• Consider integrated insulation in the shell and thermal cover

Note: the higher the temperature, the more important energy efficiency is.

4. Opt for atmospheric and calming lighting

Tip: choose warm white or muted colors for tranquility, not bright white or blue.

5. Combine the pool with a sauna or whirlpool

For a complete wellness experience:

• Sauna or infrared cabin: alternating hot and cold stimulates circulation
• Hot tub or jacuzzi: suitable for longer stays in warm water
• Swim spa: combination of swimming pool and spa in one unit
• Outdoor or shower area: convenient for cooling off and comfort

Note: ensure sufficient distance or shelter between wet and warm zones.

6. Consider privacy, tranquility, and positioning

• Placement in a quiet spot in the garden or home
• Use of vegetation, hedges or panels against views and wind
• Acoustics play a role: use absorbing materials for peace
• Sun and shade presence determine heat and usage times

7. Use natural materials and colors

• Choose finishes in wood look, natural stone, or matte anthracite
• Combine with soft materials around the bath (wood, corten steel, plants)
• Avoid plastic or shiny white in luxury wellness areas

Result: a calm, timeless look that fits the wellness feeling

8. Automate for comfort and energy management

• Fully automatic water treatment (chlorine/pH/salt)
• Smart pool control via app for temperature, jets, lighting and pump
• Timers and motion sensors for energy-efficient lighting
• Roller shutter or cover with remote control for safety and insulation

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9. Combine with a canopy or pool house

• Extend the swimming season with a sliding canopy
• Furnish a pool house with a shower, relaxation area, and storage space
• Opt for a heated seating area or outdoor fireplace next to the pool

Advantage: more comfort, increased usage frequency, and added value

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10. Think Ahead: Maintenance and Service

• Choose durable materials that are resistant to chlorine and UV
• Ensure easy access to filters, pipes, and technical room
• Have annual maintenance performed or opt for a service contract
• Automate as much as possible (filters, disinfection, water level)

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Conclusion:
A wellness pool requires a different approach than a standard private pool. By focusing on comfort, tranquility, ease of use, and aesthetics, you create a high-quality relaxation concept that lasts for years. Thoughtful preparation and integration of wellness facilities enhance the experience and the value of the project.

 

Sustainability plays an increasingly important role in the realization of wellness facilities, including luxury swimming pools. Modern techniques make it possible to significantly reduce energy consumption, without compromising on comfort or functionality. By paying attention to energy efficiency, material selection, and automation as early as the design phase, a wellness pool becomes future-proof and cost-effective.

1. Insulation and Heat Retention

A well-insulated swimming pool loses less heat, meaning the heating system needs to supply less energy.

Solutions:

• Insulating pool walls (usually with HDPE, PP or EPS construction systems)
• Insulated base plate or subfloor with XPS or PIR boards
• Thermal cover or roller shutter with air chambers or solar panels
• Built-in pool cover with automatic closing when not in use

Effect:

• Up to 50% less energy loss with correct use
• Faster heating and lower standby costs

2. Efficient Heating Technology

The heat source largely determines the total energy consumption. Classic electric heating is simple, but relatively expensive to use.

Sustainable alternatives:

Tip:

Choose a high-efficiency heat pump (COP >5), specifically suitable for swimming pool heating.

3. Smart Control and Automation

By intelligently controlling the pool, energy is only consumed when needed.

Examples:

• Timers for pumps, lighting, and heating
• Automatic temperature control with night setback
• Weather sensors that automatically close the cover when cooling down
• App integration to control functions remotely

Result:

• Savings of 10–20% on annual energy costs
• Ease of use and better insight into consumption

4. Water treatment without energy waste

Standard sand filters and pumps are often inefficient and run longer than necessary. With modern systems, this can be done much more economically.

Sustainable techniques:

5. Eco-friendly Materials and Construction

Sustainability starts with material selection:

• HDPE, polypropylene or recycled plastic are low-maintenance and 100% recyclable
• Natural stone and ceramic tiles are durable, wear-resistant and aesthetic
• EPS system walls (with concrete core) insulate and structure in one operation
• Wood with FSC or PEFC certification for finishing pool decks or enclosures

6. Cost-Effective Investments (Payback Period)

7. Additional saving tips

• Keep the pool at a slightly lower temperature as standard (28–30 °C)
• Close the pool immediately after use with a thermal cover
• Choose a sheltered location to minimize wind cooling
• Plan maintenance preventively so that pumps and filters perform optimally
• Use home automation for automatic energy control

Conclusion:
A sustainable wellness pool is perfectly possible with current technologies. Investing in insulation, economical pumps, smart controls, and efficient heating from the outset limits energy consumption and increases user comfort. The higher initial costs are recouped in most cases within a few years through lower operating costs, higher reliability, and value retention.

A wellness pool is more than a luxury amenity – it is a thoughtful investment in peace, health, relaxation, and living comfort. By combining the swimming experience with elements such as massage jets, lighting, temperature control and aesthetic integration, a total experience is created that meets the user's wishes and the environment.

Whether it's a compact plunge pool, a luxurious built-in pool with a counter-current system, or an ecological natural pool: each version offers unique advantages, provided it is carefully tailored to the frequency of use, location, space, and budget. With the right choices in terms of technology, energy management, water treatment, and finishing, a wellness pool becomes a functional and sustainable addition to the home or outdoor space.

Important considerations such as insulation, positioning, safety, privacy, and maintenance largely determine the user experience and long-term costs. By considering combinations with saunas, whirlpools, covers, or pool houses at an early stage, a complete wellness environment is created that utilizes all seasons and significantly increases the value of the home or recreational space.

Need advice when selecting a suitable pool type or composing a complete wellness zone?
We are happy to help you think it through and provide customized proposals, technical specifications, and transparent price indications – from the initial orientation to completion.