6 Steps Homeowners Need to Remove a Load Bearing Wall

Removing a load-bearing wall is entirely doable, but only if a licensed structural engineer sizes the replacement beam and the crew follows an engineered plan for temporary shoring, permits, and inspections. Skip any of those steps and you risk sagging floors, cracked drywall, or worse. Most homeowners land somewhere between $6,000 and $25,000 depending on span and beam type, and the single rule that matters most is this: never cut into a load-bearing member without support already in place.

TL;DR:

• Removing a load-bearing wall requires a licensed structural engineer to size the support beam and oversee temporary shoring to ensure safety and compliance.
• Costs depend on span length and beam type, ranging from $4,000 for small openings to over $25,000 for large spans with steel beams.
• Visual indicators like joist direction and stacked walls can help identify load-bearing walls but do not replace professional assessment.
• Permitting and engineering review add one to three weeks to project timelines and can increase costs by 20% to 40%.
• DIY demolition is possible if a professional engineer has designed the support plan, but safe removal and installation must be handled by licensed contractors.

Table of Contents

• How Do You Remove a Load-Bearing Wall Step by Step?
• How Can You Tell If a Wall Is Load-Bearing?
• What Permits and Engineering Does Wall Removal Require?
• How Much Does It Cost to Remove a Load-Bearing Wall?
• What Kind of Shoring and Beams Do Pros Use?
• What Hidden Utility Costs Should You Expect?
• How Long Does a Load-Bearing Wall Removal Take?
• What Should You Know Before Hiring for This Job?
• Is a Fully Open Floor Plan Worth the Cost?
• Ready to Move Forward on Your Wall Removal?
• Sources
• FAQ

How Do You Remove a Load-Bearing Wall Step by Step?

Every legitimate load-bearing wall removal follows the same sequence, whether you hire it out entirely or handle the demolition yourself under a licensed engineer’s plan.

1. Assessment and structural engineering. A structural engineer visits the site, measures spans, and calculates the load the new beam has to carry. You walk away with stamped drawings showing beam size, bearing points, and connection details.
2. Permit submission. Your city or county reviews those drawings before anyone touches a stud. Waiting for approval is tedious, but cutting first and permitting later is how projects get red tagged mid demolition.
3. Temporary shoring installation. Crews build a shoring wall on both sides of the opening, set back far enough to work, with posts bearing on framing that carries load straight down to the foundation rather than a random spot on the subfloor.
4. Controlled demolition. Drywall comes off first, then any electrical, plumbing, or ductwork gets rerouted or capped, and finally the studs and top plate come out in a specific order.
5. Beam installation. The new beam sets into bearing pockets or onto padstones, with posts and connections engineered to transfer that load down to the foundation without crushing or rotating.
6. Shoring removal and finish work. Once the inspector signs off on the beam and connections, shoring comes down and drywall, texture, and trim go back up.

Pro Tip: Take photos of every stud bay before demolition starts. If a contractor later disputes what was inside the wall, you have proof.

How Can You Tell If a Wall Is Load-Bearing?

A few visual checks get you most of the way there, though none of them replace a professional’s eye.

• Joist direction matters most. Walls running perpendicular to the ceiling joists above them are far more likely to be carrying weight than walls running parallel.
• Stacked walls are a red flag. If a wall on the second floor sits directly above a wall on the first floor, or above a basement beam or foundation wall, assume it’s structural until proven otherwise.
• Check the attic and basement. Look for splices in the joists, a center beam running the length of the house, or posts landing below a suspicious wall.
• Blueprints sometimes mark it for you. Original plans may show an “S” notation near structural walls, though renovations over the decades can make old blueprints unreliable.

If any of these signs point toward “maybe,” treat it as “yes” until a licensed PE tells you otherwise. Visual clues are a starting point, never a final verdict.

What Permits and Engineering Does Wall Removal Require?

A structural engineer’s job goes beyond a stamp on a page. Deliverables typically include beam sizing calculations, bearing point details, connection hardware notes, and a drawing package your building department can review and approve. That stamped drawing is what turns your renovation into a permitted project instead of an unpermitted liability.

Expect the engineering assessment and drawings to run a few hundred dollars up to around $1,000 for a typical residential job. Permit review adds its own timeline, and most jurisdictions require an inspection before the beam gets closed up behind drywall. Between engineering review and permit approval, budget an extra one to three weeks before any demolition begins.

How Much Does It Cost to Remove a Load-Bearing Wall?

Costs scale with span length and beam type more than anything else. A small opening, like widening a doorway into a kitchen, often runs $4,000 to $7,000. A typical single-wall removal between a kitchen and living room lands between $6,000 and $15,000. Larger spans requiring a steel beam or a full-length header can climb to $12,000 to $25,000.

Cost drivers worth understanding before you get quotes:

• Beam material and span length, since steel costs more than engineered wood but spans farther
• Temporary shoring complexity, especially on multi-story homes
• Engineering and permit fees, which can add 20% to 40% on top of the base construction price
• Utility rerouting hidden inside the wall
• Foundation or footing reinforcement if the existing footing can’t handle a concentrated post load

Engineering and permit fees alone can tack on 20% to 40% of the base construction cost, which is exactly why a quote without those line items itemized is usually a quote that will change later.

Get at least two bids, share clear photos of the wall from both sides, and ask each contractor to itemize engineering, shoring, and finish work separately. A smaller opening, engineered lumber instead of steel where the span allows it, and bundling your drywall and paint work into the same crew are the three easiest ways to trim cost without cutting corners on safety.

What Kind of Shoring and Beams Do Pros Use?

Temporary shoring isn’t optional scaffolding, it’s an engineered system. Shores need to bear onto framing that carries load continuously down to the foundation, not onto whatever happens to be underfoot. Improperly placed shoring is one of the most common causes of failure during this kind of project, and it’s the single biggest reason DIYers should not attempt this stage alone.

• LVL (laminated veneer lumber) handles moderate spans well and is easier to work with than steel, making it a common pick when the engineer’s calculations allow it.
• Built-up lumber works for shorter spans and lighter loads at a lower material cost.
• Glulam beams offer strength similar to LVL with a more finished appearance if you plan to leave the beam exposed.
• Steel W-beams carry the longest spans and heaviest loads, though they require more labor, sometimes a small crane, and specialized connectors.

Connections matter as much as the beam itself. Simpson-style hardware, joist hangers, and through-bolted post connections keep the load path continuous instead of concentrated on a weak point.

Pro Tip: If your contractor can’t tell you what the shoring bears onto, that’s a question worth pushing on before signing anything.

What Hidden Utility Costs Should You Expect?

Walls hide more than studs. Electrical runs, plumbing drains, gas lines, and HVAC ductwork are frequently found mid-demolition, and rerouting any of them is almost always quoted separately from the structural work.

• Electrical rerouting is usually the cheapest fix and fastest to handle
• Plumbing drains or gas lines may force a redesign if they can’t simply be relocated
• Ductwork sometimes requires a new path through the ceiling or floor joists

Ask your contractor for a written utility scope exclusion and a contingency line before work starts. That way, an unexpected drain line doesn’t turn into a surprise invoice.

How Long Does a Load-Bearing Wall Removal Take?

The actual demolition and beam installation typically takes one to three days on-site. The full project, including engineering review, permit approval, and finish work, commonly runs two to six weeks start to finish. Engineering and permit review usually eat up the most calendar time, not the physical labor. Book your drywall, texture, and paint crews once the inspector has signed off on the beam, since most jurisdictions won’t let you close up the wall before that inspection happens.

What Should You Know Before Hiring for This Job?

An experienced local remodeler with over 25 years managing projects in Albuquerque notes that failures in wall removal projects almost never come from the beam itself, but from skipped steps around it.

Before hiring anyone for this job, ask for the PE-stamped drawings, proof of insurance, permit history from past projects, and references for similar wall removals. You can absolutely handle your own demolition cleanup and debris hauling to save money, as long as a licensed engineer has designed the shoring and beam beforehand. The line to never cross is removing any part of a load-bearing wall before that engineered support is physically in place. For structural coordination and finish carpentry after the beam goes in, full remodel services cover both ends of the project.

Is a Fully Open Floor Plan Worth the Cost?

A full open concept looks great in photos, but a partial opening with a dropped beam is often the smarter call for a tighter budget or a smaller home. Flush beams cost more and take longer to frame around, while dropped beams are cheaper, simpler, and can even become a design feature if you box them out well. Weigh resale expectations in your neighborhood against how much you actually value that unobstructed sightline before committing to the pricier option.

— Christy Trussell

Ready to Move Forward on Your Wall Removal?

A renovation service can coordinate the parts of a wall removal that trip up most DIY homeowners: lining up the structural engineer, managing permit submissions, and handling the finish carpentry once the beam is inspected and closed in.

If your project includes cabinets or countertops once the wall comes down, note that estimates for cabinet work may involve a fee credited toward the job if you move forward. Ready to talk through your layout? Request a site visit through the full remodel services page and bring photos of the wall from both sides so the first conversation covers real numbers, not guesses.

Sources

• How to Know If a Wall Is Load-Bearing | This Old House
• Load-Bearing Wall Removal Explained | EMA Structures
• Cost to Open a Load Bearing Wall — Price Estimates | CurrentCost
• The Load Bearing Wall Removal Process: Step by Step | Load Bearing Wall Pros

FAQ

How Expensive Is It to Remove a Load-Bearing Wall?

Most residential projects run $6,000 to $15,000, with smaller openings closer to $4,000 to $7,000 and larger steel beam replacements reaching $12,000 to $25,000.

How Can You Tell if a Load-Bearing Wall Was Already Removed?

Look for a visible beam in the ceiling, a boxed-in soffit running where a wall used to stand, or a change in flooring pattern marking the old wall line. A sagging ceiling or a slight dip in the floor above can also signal a poorly supported past removal.

Do You Need a Structural Engineer to Remove a Load-Bearing Wall?

Yes. A licensed engineer calculates the load and produces the stamped drawings your permit office requires, and that same engineering step is what keeps the temporary shoring and new beam sized correctly. Skipping it isn’t just a code violation, it’s a real structural risk.

Can You Do the Demolition Yourself to Save Money?

You can typically handle demolition and debris removal yourself once a licensed engineer has designed the shoring and beam plan. The engineering, shoring design, and beam installation itself should stay with licensed professionals, since that’s where the real risk lives.