Published: 8 October 2026 · 365 Build & Design, Kyrenia, North Cyprus
Eleven years ago today, on 8 October 2015, the first water arrived in North Cyprus through the undersea pipeline from Turkey — 80km of pipe suspended 250 metres below the Mediterranean, built to deliver 75 million cubic metres a year, of which 37.76 million was allocated to drinking water.
It is worth knowing that date if you are thinking about building a pool, because it tells you something about where you are building one. This is a water-scarce island with a serious infrastructure story behind every tap. In February this year the island's water reserves stood at 13.7% of total capacity, with dam inflows at their lowest since records began in 1901. By mid-March, reservoir storage in the south was around 21%, with inflow at just 21% of the historical average despite rainfall reaching 83% of normal.
A pool here is not a water feature. It is a 40,000–70,000 litre water asset that you will fill, heat, circulate, treat and occasionally have to empty. Build it badly and you do not just get a cosmetic problem — you get a structure that loses water continuously in a place where water is expensive and getting more so.
Which brings us to the quote on your kitchen table.
What a pool actually costs to build
Published 2026 figures for Cyprus put a typical inground family pool at €25,000–€45,000, with small plunge pools starting around €15,000 and large or overflow pools at €60,000 and above. Above-ground pools start from roughly €3,300. Those are Republic of Cyprus market figures rather than TRNC ones, and they are not our prices — every pool is quoted on its own ground conditions, access, size, finish and plant. But they set the scale honestly.
Against that, you will almost certainly be offered something considerably cheaper. Somebody will quote a number that makes the others look greedy. It is worth understanding exactly where that difference comes from, because it is never the pool shape.
Where the money comes out of a cheap quote
A pool is mostly the parts you will never see again once it is finished. That is precisely why those are the parts that get thinned.
Ground investigation and excavation. The old rule is dig to level, never fill to level. Uncompacted fill under a shell is the most direct route to structural cracking. And the ground here fights back: published engineering guidance puts the expansion pressure of some clays as high as 15,000 pounds per square foot — comfortably enough to lift a concrete deck or crack an under-reinforced shell. In a climate that goes from bone dry in August to saturated in December, that shrink-swell cycle runs hard every single year. Sloping plots around Bellapais, Karmi and the hillside above Alsancak are the most exposed.
Reinforcement and concrete. Steel is heavy, priced by weight and invisible once poured. Reducing the rebar, widening the spacing or dropping the concrete grade saves real money on the day and costs the shell its service life.
Waterproofing. A tiled pool needs a proper waterproofing system behind the tiles. A liner needs a correctly prepared substrate. Skip either and the finish becomes the only thing holding the water in.
Pipework and plant. Undersized pipework, glued joints in the wrong places, a plant room with no drainage, no isolating valves, a pump sized for the quote rather than the pool. This is the single most common area of corner-cutting we see, and the most disruptive to put right, because much of it ends up under a finished terrace.
Falls, coping and movement joints. A large tiled surround with no movement joints will crack — the only question is where. Coping that is bedded incompletely lets water behind it from the first season.
Hydrostatic relief. Many pools here have no relief plug in the floor, or it has been tiled over, or nobody can say where it is. That matters enormously the first time the pool has to be emptied in a wet month.
What it costs when it goes wrong
This is the arithmetic nobody shows you alongside the cheap quote. Published 2026 repair cost guidance gives a sense of the scale of putting pool defects right:
- Leak detection: $100–$1,000
- Small concrete crack repair: $100–$200
- Large, spiderweb, bulging or divot cracks: $700–$1,000
- Structural bond beam repair: $4,000–$6,000, or $70–$80 per linear foot
- Retiling an average pool: $2,500–$5,000, or $25–$30 per square foot
- Resurfacing or replastering: $6,000–$15,000, and up to $20,000 for a full concrete interior
- Main drain repair: $400–$1,500, including draining and refilling
- Pool remodels generally: $5,000–$30,000
Those are international market figures, quoted to show the order of magnitude rather than TRNC prices. The point stands regardless of currency: a structural repair to a pool shell sits in the same bracket as a meaningful slice of what the pool cost to build. Save €8,000 at build stage and you can comfortably spend it twice over putting one defect right — and that is before the terrace that has to come up to reach the pipework.
Add to that the local cost trajectory. Industry commentary this year points to construction costs in the TRNC up around 20% year on year. The repair you defer is not the same price next spring.
The running cost nobody puts in the quote
Published Cyprus figures put annual pool running costs at roughly €1,500–€3,500, with professional maintenance at €80–€200 a month in season and pump electricity at €780–€1,500 a year.
Electricity here makes the pump decision a financial one rather than a technical one. KIB-TEK raised tariffs by 22% from June this year, and the residential tariff is steeply progressive — the first 250kWh in a billing period is charged at 5.8614TL per kWh, rising to 16.8444TL above 1,000kWh, roughly 2.9 times the rate, on top of a standing charge of 110.58TL. There is also an optional three-zone time-of-use tariff with off-peak at 7.9711TL against a peak rate of 16.7282TL. A pool pump is one of the few large loads in a villa that genuinely does not care what time of day it runs — so where it sits on your circuits, and what it is set to do overnight, is worth real money every month.
Then there is the water itself. Normal evaporation runs about 2–7mm a day, reaching around 1cm on a hot, sunny, windy day, or 1–2cm a week in ordinary conditions. Consistent loss above 2–3cm a week suggests a leak rather than weather. The bucket test settles it: float a bucket of pool water on a step, mark the level inside and out, wait 24–48 hours with the auto-fill off, and if the pool has dropped more than the bucket by more than 0.5–1cm, you are losing water somewhere. A fitted cover cuts evaporation by up to 95%.
A pool that quietly loses 2cm a week is not a nuisance in a drought year. It is a bill.
Aftercare is the part you cannot see in a quote
Here is the uncomfortable truth about pool building anywhere, and especially here: the defects that matter do not appear in the first month. They appear in the second winter, when the ground has been through a full wet-dry cycle and the terrace has expanded and contracted a few hundred times.
Which means the only question that really separates one quote from another is: who can you still call?
A registered company with a traceable history, insurance, a written scope and a reputation in the same towns it works in has a reason to come back. That is what aftercare is — not a slogan, but the simple fact of still being there and still being accountable when the second winter arrives.
Twelve questions to ask any pool builder before you sign
- Who is carrying out the ground investigation, and what did it find?
- Is the excavation dug to level, or built up on fill?
- What concrete grade and what reinforcement specification?
- What waterproofing system, behind what finish?
- Where is the hydrostatic relief plug?
- What pipe diameters, and where are the isolating valves?
- Where is the plant room, is it ventilated, and does it drain?
- What pump, what filtration turnover, and what will it cost to run?
- What are the terrace falls, and where does the water go?
- Where are the movement joints in the surround?
- Is the company registered, insured, and is the quote written with a scope attached?
- What is the position on permits for this specific plot — and who is confirming it?
If a quote cannot answer those, it is not cheaper. It is just less specified.
Build it once
365 Build & Design brings 40 years of UK construction experience to North Cyprus, with NHBC certification, a fully English-speaking team and a 5-star Google rating from the owners we work for. We are a registered North Cyprus company based in Kyrenia, working across Alsancak, Lapta, Esentepe, Çatalköy, Tatlısu, İskele, Famagusta and Nicosia.
Swimming pool construction sits alongside pool surrounds and tiling, waterproofing, landscaping, electrical and plumbing installation and full project management — one team, one point of contact, one standard, and a written scope before anyone digs.
If you have quotes in front of you and the spread doesn't make sense, send them over. We'll tell you what the difference actually is. WhatsApp: https://wa.me/905428833240 Website: https://365builddesign.com/
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Sources
- INDEX.cy — "Swimming Pool in Cyprus: 2026 Cost & Building Guide" (build costs, running costs, maintenance and pump electricity; permit position). Note: Republic of Cyprus market and law, not TRNC: https://index.cy/articles/swimming-pool-cyprus-guide/
- HomeGuide — "How Much Does It Cost to Repair a Pool? (2026 Prices)" (leak detection, crack, bond beam, retiling, resurfacing, drain and remodel costs; international market figures): https://homeguide.com/costs/pool-repair-cost
- iopool — "Leak or just evaporation: how to tell the difference" (evaporation rates, leak thresholds, bucket test, cover effectiveness): https://iopool.com/blogs/pool-advices/leak-or-just-evaporation-how-to-tell-the-difference
- Wikipedia — Turkey–Northern Cyprus water pipeline (75 million m³/yr capacity, 37.76 million m³ to drinking water, 80km undersea at 250m depth, first water 8 October 2015): https://en.wikipedia.org/wiki/Turkey%E2%80%93Northern_Cyprus_water_pipeline
- EU Space Programme / Copernicus — "Severe drought in Cyprus, February 2026" (island water reserves at 13.7% of capacity; dam inflows lowest since 1901): https://eu-space.europa.eu/components/earth-observation-copernicus/image-of-day/severe-drought-cyprus-february-2026
- Argophilia, 15 March 2026 — "Cyprus Water Crisis Deepens as Reservoir Levels Fall to 21%" (21% storage, inflow 21% of historical average, precipitation 83% of normal): https://www.argophilia.com/news/cyprus-severe-water-crisis/248567/
- AQUA Magazine — "Understanding Soils" (expansive clay expansion pressure up to 15,000 lb/ft²): https://www.aquamagazine.com/builder/article/15119107/understanding-soils
- Cyprus Mail, 26 May 2026 — "North's electricity prices rise by 22%": https://cyprus-mail.com/2026/05/26/norths-electricity-prices-rise-by-22
- Cyprus FAQ — current KIB-TEK tariff bands, standing charge and three-zone tariff: https://cyprus-faq.com/en/north/bytovye-voprosy/kakie-seichas-tarify-na-elektrichestvo/
- Select Estates International — "North Cyprus Real Estate Market Review 2026" (construction costs up ~20% year on year). Agency commentary, not independently verified: https://northern-cyprus-property.com/north-cyprus-real-estate-market-review-2026/
