Wires, Pipes & the
Jackhammer Problem

Kent has rewired rooms, replumbed bathrooms, and pulled permits for residential remodels. None of that experience is useless in Panama — but almost none of it transfers directly. The materials vocabulary overlaps. The physical logic does not. When your walls are solid concrete block, moving a light switch from one side of a doorway to the other is a project, not an afternoon.

This is Part 2 of our nine-part series on Panamanian construction. In Part 1, we covered what the house itself is made of — walls, roofs, floors, drop ceilings. This part goes inside those walls: how the systems get in there, how you add or move them during renovation, and what it actually costs to do it. We’re being explicit in this article about what we’ve personally confirmed versus what we’ve been told by contractors and expats who’ve been through it. Panama’s construction norms vary enough that we won’t present as fact anything we haven’t been able to verify from multiple sources.

Electrical: The Good News and the Honest News

✓ Confirmed — Multiple sources, consistent

Panama runs on 110–120 volts at 60 Hz, with Type A and Type B outlets — the same as the United States. This is one of the few areas where American expats get a genuine break. Your U.S. appliances work here without converters. Your U.S. breaker box logic applies. The wiring color conventions, outlet shapes, and basic panel architecture are all recognizably American.

The panel architecture and breaker logic you already know will be familiar. That’s the good news.

The honest news is about what happens between the panel and the outlet — specifically, how wiring gets through concrete walls.

How wiring runs through concrete — new construction.

✓ Confirmed — Multiple expat accounts and construction sources consistent

In new concrete-block construction, conduit is supposed to be embedded in the walls before the concrete fill is poured and the repello finish is applied. PVC conduit runs are planned in advance, junction boxes are set into the block at the right height, and wires are pulled through the completed conduit after the walls are cured. When done correctly, a finished Panamanian concrete wall looks identical to a finished U.S. wall — outlets, switches, and fixtures exactly where you want them, nothing exposed.

When done incorrectly — and we’ve been told this is common in older construction and in lower-cost builds — the conduit planning is skipped. Wire is run directly through the block core cavities, or sometimes just surface-mounted and plastered over, or left exposed. We saw evidence of all three approaches in properties we viewed in April 2026. The quality of the original electrical installation varies enormously and there’s no reliable way to know what’s inside a wall without opening it.

How wiring moves during renovation — three methods.

◎ Confirmed in principle — specific costs still being verified with local contractors

When you need to add an outlet, move a switch, or run a new circuit in a concrete-block home, you have three realistic options. Each has a different cost profile, a different look, and a different level of disruption.

Method 1: Wall chasing. A wall chaser is a power tool with twin diamond blades that cuts a precise narrow channel — a “chase” — into concrete block or plaster. The wire or conduit goes into the channel, and the chase is filled with fresh repello and painted over. The result is invisible and permanent. This is how Panamanian contractors typically handle new runs in existing walls. The downside: it’s dusty, loud, and time-consuming. It also requires a skilled plasterer to finish the repello flush, which is a separate trade. Running a single new circuit from panel to a new outlet location could involve multiple walls, multiple chases, corners to navigate, and full replastering of every affected surface. What feels like a simple electrical job in the U.S. becomes a construction project.

Method 2: Surface-mounted conduit. In utility spaces, garages, exterior walls, or where aesthetics are less critical, PVC conduit can be surface-mounted on the face of the wall, running to surface-mounted outlet boxes. This is fast, accessible, and completely reversible. It’s common in workshops, laundry areas, and electrical service rooms. In Panama, we’ve seen this approach used in commercial spaces and in more pragmatic residential applications. It looks utilitarian but it works, and it’s dramatically cheaper than wall chasing for long runs.

Method 3: Through the drop ceiling cavity. Where a property has drop ceilings — which is many Panama City apartments and some houses — the ceiling cavity above the tiles is the easiest service path in the building. Running new conduit or wire through this cavity is straightforward: you lift tiles, route, replace tiles. No wall damage, no replastering. This is why the drop ceiling is so valuable in concrete construction. If you’re evaluating a property, the presence of a drop ceiling with a service cavity is a genuine renovation asset.

Plumbing: PEX Is Here, and That’s Good News

✓ Confirmed — PEX is in common use in Panama’s newer residential construction

When we built our bar in Spain, we encountered PEX for the first time. In the United States as of the early 2010s, copper was still the default residential supply pipe in much of the country. In Spain — and across much of Europe — PEX was already standard. We came to appreciate it quickly: it’s flexible enough to bend around corners without fittings, easier to route through tight spaces, doesn’t corrode, and handles expansion and contraction from heat much better than rigid copper. For a tropical climate with high humidity and significant temperature fluctuations, PEX has obvious advantages.

The good news from our April 2026 research: PEX is now in common use in Panama’s newer residential construction. Some older homes and buildings still have copper supply lines, and in some older residential stock you may find galvanized steel pipe, which corrodes badly and is the thing you most want to replace when you find it. But newer construction — and any home that’s been replumbed in the last decade or so — is likely to have PEX for supply lines.

Why PEX matters for renovation specifically.

In a wood-frame home, supply pipes run through wall cavities and floor bays. Accessing them for repair or extension means opening drywall. PEX’s flexibility makes routing it through new paths relatively forgiving — you can snake it through a ceiling cavity or a chase with fewer fittings than rigid copper would require.

In a Panamanian concrete-block home, these same properties matter even more. Rigid copper in a concrete wall is essentially permanent — any modification requires jackhammering the wall, rerouting, and replastering. PEX’s flexibility means a skilled plumber can sometimes route new supply runs through the drop ceiling cavity or by threading through an existing chase, avoiding major wall demolition. This isn’t always possible, but it’s a meaningful advantage compared to rigid pipe in a concrete structure.

Drain, Waste & Vent: The Concrete Slab Problem

◎ Confirmed in principle — slab-break costs being verified with local contractors

This is the section that separates serious renovators from casual ones. Supply plumbing — the water coming in — runs through walls and can often be rerouted through ceiling cavities. Drain plumbing has to go downhill, by gravity, to where it exits the building. In a concrete-slab home, the drain lines for your toilets, showers, and sinks are embedded in or under the slab itself.

In U.S. wood-frame construction on a raised foundation, drain lines hang below the floor in open crawl space. Moving a toilet or relocating a bathroom means accessing the crawl space, cutting existing pipe, rerouting, and reconnecting. It’s not trivial, but it’s accessible.

In a Panamanian concrete-slab home, moving a toilet to a new location — or adding a bathroom where one didn’t exist — means breaking the concrete slab. This is not a figure of speech. You hire someone with a concrete saw and a jackhammer, they open the slab, you reroute the drain pipe, and then the slab is repoured and the tile floor is relaid. The job is loud, produces significant concrete dust and debris, requires multiple contractors (structural, plumbing, concrete, tile), and takes considerably longer than the equivalent work in a wood-frame home.

What does not require slab breaking: most kitchen plumbing changes (sinks typically drain to wall connections), bathroom vanity sink relocations within the same wet wall, and shower upgrades where you’re keeping the drain in the same location. The rule of thumb is simple — if gravity currently takes the drain to where it needs to go without touching the slab, you’re in the easy category. If you need to change where the drain enters the slab, you’re in the expensive category.

Water Heaters: A Different Philosophy Entirely

✓ Confirmed — Widely documented, consistent across multiple sources

In the United States, a 40 or 50-gallon tank water heater sits in a utility room and supplies hot water to the entire house. In Panama, this centralized approach exists in some newer construction, but the default in the majority of residential properties is something different: the electric tankless shower head.

This is one of the first things that surprises American expats. The shower fixture itself contains an electric heating element. Cold water enters, is heated at the point of use, and comes out warm. There’s no tank anywhere. The flow rate is low by American standards — these units don’t produce the high-pressure hot shower experience most Americans are used to. But they’re inexpensive to install, cheap to run (you only heat water you’re actually using), and they work reliably in a climate where “cold” water from the tap is rarely actually cold.

Higher-end properties and newer construction are more likely to have central tankless water heaters (gas or electric) that provide better flow and temperature. If a hot shower at American-style pressure is important to your quality of life, verify the hot water system before you buy — and if you’re renovating, budget for an upgrade to a central tankless system if the electric shower heads aren’t adequate for you.

The Permit Question

◎ Being verified — enforcement is reported to be inconsistent

Renovation permits exist in Panama. The requirement is that any significant structural or systems modification requires an architect or engineer to submit a remodel permit. In practice, what we’ve been told by multiple expats who’ve renovated in Panama City is that enforcement is inconsistent — smaller renovations frequently proceed without permits, while larger structural projects are more likely to require them formally. We want to be clear that we are not recommending unpermitted work. We’re reporting what we’ve heard, because you’ll encounter this situation and you need to understand the reality on the ground.

What we are confident in: if you’re buying a renovated property, ask about permits for the renovation work. If the previous owner did significant electrical or plumbing work without permits, that’s a disclosure issue and potentially a resale complication. Verify with a local attorney what the current permit requirements are for the specific type of work you’re planning. This is on our list to ask Carolina Tejada Vaprio at Morgan & Morgan when we meet with her to discuss the property purchase side of our planning.

Putting It Together: The Renovation Cost Multiplier

The single most useful thing we can tell you from this research, confirmed by everyone we’ve spoken to who’s actually renovated in Panama: the labor day rate for Panamanian construction workers is genuinely lower than in the United States. Reports from expats suggest rates in the range of $20–$35 per day for general construction labor in more rural areas, though Panama City rates are higher and specialty tradespeople — licensed electricians, experienced plumbers — charge more. These numbers are from older reports and we’re actively seeking current Panama City figures.

The misconception is that lower labor rates mean cheaper renovations. They don’t, necessarily, because of two factors that offset the labor rate advantage:

First, the number of trades and steps required for any given project is higher in concrete construction than in wood-frame. What’s a one-trade job in the U.S. (electrician) is a three-trade job in Panama (electrician, wall chaser, plasterer). Second, tradespeople who work in the North American style — with the attention to planning, timeline, and finish quality that most American expats expect — are a subset of the available workforce and they cost more. The general advice from the expat community, repeated consistently, is that the highest-cost mistake in Panamanian renovation is hiring cheap and then paying twice.

Part 3 of this series covers the materials vocabulary you’ll need to talk fluently to Panamanian contractors: repello, Plycem, Covintec/M2 panel, zinc roofing, and the specific products available at Do-It and Hopsa that we’ve actually priced. If you can walk into a hardware conversation knowing what these things are, you’re already ahead of most buyers.