How to Open Up a Wall | HomeTips
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How to Open Up a Wall

Expert step-by-step advice on how to remove or open-up an interior, non-bearing wall. Includes help with finding pipes and wires.

Opening up, modifying, or entirely removing one or more walls is relatively easy but guaranteed to make a mess. In addition, you must patch the floor, walls, and ceiling.

Tearing out a plaster wall gives dust and debris new meaning.

Tearing out a plaster wall gives dust and debris new meaning.

Before you remove any wall studs, you must determine whether or not the wall is a bearing wall—part of your home’s structural system. Otherwise, you can cause serious structural damage to your home. Please see How to Determine a Bearing Wall.

For more about wall structure, including how to build a nonbearing wall, see How to Build an Interior Wall. If the steps that follow look to be beyond your skills, hire a carpenter or contractor for this work.

Finding Pipes & Wires in a Wall

Be aware that plumbing, wiring, or other mechanical equipment within a wall can make removal far more involved. Rerouting plumbing, in particular, can add significantly to the work. On plan-view and elevation-view sketches of the wall, show the position of the nearest intersecting wall, and note clues to what lies behind the wall.

From outside the house, look for pipes coming through the roof directly above the proposed door opening. Pipes projecting above the roof indicate drainpipes in the wall directly below; you may find water pipes nearby, as well.

Check the rooms above and below the proposed opening, too. Is there a radiator against the wall? If so, there may be a hot water or steam pipe below. A hot-air register in the wall under the proposed opening may mean there is a heating duct in the wall. Removing the register’s grille and reaching into the duct can help you determine where it goes.

On your sketches, mark the locations of receptacles, switches, and wall lights, and then figure out the likely route for wires running between them. If you have an attic, go into it with a light and locate the top plate of the wall you propose to open. Measuring from the nearest side wall, mark on your sketches the locations of any wires, pipes, or ducts coming through the top plate. If your house has a basement or crawlspace, repeat the process there.

Step-by-Step Wall Removal

To prepare for demolition, mask off the area with plastic sheeting to prevent the dust from permeating your home, and protect the floor with dropcloths. Turn off the electrical circuits that supply power to receptacles, light switches, and wires in the wall. Pry off any moldings.

To remove gypsum wallboard (drywall), punch through the center of the panel with a hammer and use a prybar to extract the pieces. To dispose of plaster and lath, smash the plaster with a sledge hammer and then pry off the lath.

Pry off surface materials from the wall that will be removed.




1Pry any remnants of surface material off the studs of the wall you intend to take out. On the walls that adjoin it, remove the surface material back to the first stud. Pull any remaining nails from all exposed studs.

Remove wires and plumbing after shutting off their sources.



2Remove mechanical equipment. Make sure water and electrical circuits are turned off and then remove any wiring or plumbing from the wall; properly cap pipes and terminate circuits. If you’re unfamiliar with this type of work, call an electrical or plumbing contractor.

Cut through the intermediate wall studs and remove them.



3Knock out any fire blocks between the studs. Cut through all the studs except the end ones a few inches up from the floor. Pull and twist the upper lengths of the studs to free them from the top plate. Using a hammer, knock over the short stud blocks at the base and pry them up. Pull out or cut off any remaining nails.

Remove studs that connect with the adjoining wall.



4Remove the wall studs. Make a diagonal cut through each end stud at a downward angle and then pry out the two pieces, beginning with the lower half. Pull them free from the top and bottom plates and the anchoring studs in the adjoining walls.

Cut and remove the top plate.




5Cut and remove the top plate. If the top plate goes through the adjoining wall, cut it flush with that wall’s top plate. Remove the top plate by making a diagonal cut across it and then wedging a prybar between the two halves and pulling downward. Pull out any remaining nails.


Cut and remove the bottom plate.



6Cut and remove the bottom plate. As with the top plate, if the bottom plate goes through the adjoining wall, cut it flush at the end first. Then make an angled cut across it, taking care not to cut the floor. Pry up the plate and pull out any remaining nails.

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  1. okay here is my problem. I’m being cheap and trying to say the 1 dry wall wall on the other side. Someone I had help me on another project stole the blade on my jig saw and I have been using a electrical hand saw. Well, as you may have guessed it – it only cuts so deep and without the wall removed on the other side – I can’t approach it from that angle.

    I’m beginning to think by trying to save money I am creating more work for myself. I only want it going up 70 ” then I’m leaving the top portion and putting a finishing block under in and then doing the plastering and muddying etc and yes eventually the painting.

    Is there anyway fr me to get the studs out without taking down the other portion of the wall. This is a 3 foot long wall and is about 85″ tall. I am putting in a 33″ wide and 70″ tall by 30″ deep french door refrigeratoir. I’m 100% disabled so I can only go in spurts.

    I managed to get the cupboard down – 4 hours – I got the screws about 1/2 the way out, tried to pry them with the claw of the hammer – got frustrated and slammed the hammer down inside of the cupboard and said a few choice works and the cupboard came down and landed on the top of my ladder. I was so releaved at getting it out _ i didn’t mind I was dripping blood where it tore a new hole in my skin.

    I’ve been taking my skill saw and putting into about 2″ cuts on the stud and slamming it with a hammer but, it is laughing at me. I figure I need to get at least 73″ of each of the studs out. – the studs are actually only 3 – the end one (took side metal caps off the one side), a middle one by the electrical wires I am moving to the back one till I get the middle one out then will take and move them to the middle so I can get the back one.

    Am, I confusing you? I’m not confused but am running out of energy really fast. The refer is suppose to be deliver at 1 pm tomorrow and at my pace I’m going to have to call them and tell them that not to de;liver it till Monday. This will make it a month and a half of no refrigerator. I;m so tired of eating out of cans, McDonald’s, Burger Crap and Jack in the crack I could just scream. Okay, wait a minute let me scream………………………………….. Okay, that was much better.

  2. We made an exploratory hole in an interior wall to see what is behind it. We know there are no vents and only one electrical wire. It seems to be a false wall installed to create an alcove. On the other wide of a double window, an equivalent space also has one electrical outlet and a large reach-in closet. We were surprised that both walls, interior ones, had not only insulation but seem to have a completely enclosed space. Plywood has been nailed to all the studs. Can anyone suggest why this was done? How should we proceed to open up this space. We previously tore out a dropped ceiling in the kitchen to find nothing there except personal debris left by construction crew.


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