How to Paint a Raised or Elevated New Orleans Home

If you have priced an exterior repaint on a raised house and the number surprised you, the extra was almost certainly not the paint. It was the access, the underside, and the skirting, and those three things turn a straightforward repaint into a different kind of project.

Raised houses are ordinary here and unusual almost everywhere else. That means a lot of general painting advice, and a fair number of crews, are quietly assuming a house whose walls meet the ground. On a home standing on piers, the assumptions break in specific places.

At Big Easy Painting, elevated homes are routine work rather than an exception, and the sequence below is how we approach them. It is written so you can judge a quote against it, even if you never pick up a brush.

If you are planning work on a raised property and want it scoped properly, contact us for a free quote.

The industry standard is to paint on a surface whose temperature is more than 5 degrees Fahrenheit above the dew point, the temperature at which water droplets begin to condense. On a raised house, the underside is the last surface to satisfy that rule on any given day, and it is the one most often coated before it does.

Why Does a Raised House Take Longer to Paint Than a Slab House?

The wall area is not dramatically different. The number of distinct surfaces, and the difficulty of reaching them, is.

A house on piers introduces work that simply does not exist on a slab-built property, and each of those surfaces sits in the dampest, least ventilated part of the site. They are also the surfaces nobody looks at, which is exactly why they are the ones a rushed quote leaves out.

The three surfaces a slab house does not have

The piers carry the house and are usually masonry, brick, or concrete, each taking coatings differently from siding. The underside, meaning joists, beams, and subfloor framing, is overhead work in a confined space. The skirting or lattice closes the gap between the floor level and the ground, and it is the element most likely to be damaged, rotted, or previously repaired badly.

Add the height of the walls above, which frequently puts the upper courses beyond a standard ladder position, and you have four access problems on one building.

Step 1: Survey the Access Before Anything Else

Walk the full perimeter and establish, honestly, how you are going to reach every surface. This is the step that decides the cost and the schedule, and it is the one most often skipped.

• Crawl height under the house. Enough clearance to work upright is a different job from a space you can only enter on your back.
• Ground condition around the piers. Soft, wet, or uneven ground limits what can be set up safely.
• Ladder and scaffold footings. A raised house needs stable footing for equipment that is already starting higher up.
• Obstructions. Utility runs, meters, condenser units, and mature planting all narrow the working space.
• The far side. There is usually one elevation with a fence, a neighbor, or a slope that makes it the hardest, and it should be priced before work starts rather than discovered.

Any quote that has not involved someone actually going under the house has not priced the job.

Step 2: Deal With What Lives Under the House

Before any washing, the space has to be made workable. Under a raised house in this climate that means wildlife, insects, and debris.

Wasp and hornet nests are common in joist bays and behind skirting. Spiders are a given. Standing water, leaf litter, and years of accumulated material tend to sit against the piers, and rodents may have been using the space.

Clear it, and note anything that is a building problem rather than a painting one. A joist with soft rot, a pier with movement, a duct hanging loose, or persistent standing water are all findings the owner needs before the coating decision, not after it.

This step is worth insisting on for a reason beyond paint. The underside of a raised house is the part of the building almost nobody inspects, so it is where problems get to run for years unobserved. A painting crew that is about to spend a day under there is the best opportunity you will get to find out what is happening beneath your floor.

Photograph anything questionable while the space is clear and lit. Owners frequently discover that what they assumed was a painting job includes a carpentry item, and having it documented before work begins keeps that conversation straightforward rather than adversarial.

Step 3: Wash and Let the Underside Actually Dry

Wash the whole envelope, including the piers, the underside framing, and both faces of the skirting. Salt, mildew, and dirt all sit heaviest in the parts that never get direct sun.

Then wait, and wait longer than feels necessary. The underside of a raised house is shaded all day and sits in the most humid air on the property, so it is the slowest surface anywhere on the building to dry. Coating it while the timber is still carrying water is how the underside fails first, which is precisely the pattern we are usually called to fix.

The trap is that the underside looks dry long before it is. Rough framing feels dry to the hand while the timber below the surface is still holding water from the wash, and there is no sun or moving air down there to finish the job. A moisture reading is worth more than an opinion here, and on a wet week the honest answer is that the underside is not ready yet.

Airflow helps more than waiting alone. Clearing the skirting vents, moving stored items away from the piers, and giving the space a way to exchange air will shorten the interval more reliably than simply adding days to it.

Our pressure washing service is scheduled with that drying interval built into the schedule rather than compressed into the same visit, because on this house type the interval is