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How Much Does It Cost to Remodel a Kitchen? [updated 2026]
If you own a home in the South Bay, greater Los Angeles, or Orange County and are planning a kitchen remodel, the first question is almost always...
One of the most popular kitchen remodeling projects in the South Bay over the last several years has been opening up the kitchen by removing walls to create an open concept layout. That usually means taking out the walls shared between the kitchen, the dining room, and the living room. Many of those walls carry the weight of the home above them, which makes them load-bearing, and removing one without the right structural plan can cause serious damage. I have been remodeling kitchens in Torrance and across the South Bay for over 20 years, and this guide covers how load-bearing walls are removed during a kitchen remodel, how the work is done, what it costs in 2026, the permits your city requires, and the seismic considerations that matter in Southern California.
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THE SHORT ANSWER Most kitchen walls in older South Bay homes are load-bearing, so opening up the floor plan means removing the wall and installing a beam that takes over the load. A licensed structural engineer designs the beam, the work requires a building permit with stamped structural calculations, and a city inspector verifies the work before any drywall goes up. In the South Bay, the structural portion of this work generally starts around $10,000 to $20,000 depending on the length of the wall and what sits above it, with engineering plans adding several thousand more. Two-story homes and condos cost more than single-story homes. The exact price is set after we open a section of the wall and see the actual framing. |
A load-bearing wall is an interior or exterior wall that carries weight from the structure above it, such as the roof, the ceiling, or an upper floor, down to the foundation. It is an active part of the home's support system rather than a simple partition. When you remove a load-bearing wall, that weight has to be carried by something else, which is why a beam is installed in its place.
In the image below, the load-bearing wall sits in the center of the room, directly underneath the ceiling joist framing. That central position is common, because the framing usually needs support somewhere between the two exterior walls.

| Load-Bearing Wall | Partition (Non-Load) Wall |
| Carries weight from the roof or floor above down to the foundation. Removing it requires a beam to replace the support. | Divides space only and carries no structural load. It can usually be removed without adding a beam. |
There are a few signs that point to a wall being load-bearing, and most South Bay kitchens have at least one wall that qualifies. A wall is likely load-bearing if it runs perpendicular to the floor or ceiling joists above it, sits near the center of the home, stacks directly above another wall or beam on the floor below, or continues straight down to the foundation. Exterior walls are almost always load-bearing.
It runs perpendicular to the floor or ceiling joists above it
It sits near the center of the home
It stacks directly above a wall or beam on the floor below
It continues straight down to the foundation
It is an exterior wall, which is almost always load-bearing
Framing varies from home to home. Only a contractor or structural engineer can confirm a wall by looking at the framing.
Those signs are a useful starting point. They are not a substitute for confirmation, because framing varies from house to house, especially in older South Bay homes that have been added onto over the decades. The only reliable way to confirm whether a wall is load-bearing is to have a contractor or structural engineer look at the framing directly. Guessing wrong and removing the wrong wall can cause sagging ceilings, cracked drywall, sticking doors, and in severe cases structural failure.
How load travels from the roof down through a load-bearing wall to the foundation, in single-story and two-story homes.
In a single-story house, load-bearing walls hold up the ceiling joists and the gravity load coming down from the roof rafters. The rafters transfer the roof's weight onto the load-bearing wall, and the wall carries it down to the foundation. In two-story construction, the load-bearing walls support both the floor above and the roof, so they carry considerably more weight. As the illustration shows, these walls usually sit near the center of the structure and form the path that moves the load from the roof down to the foundation. This difference between single-story and two-story homes is the biggest single driver of cost and complexity, which is covered further down.
| Factor | Single-Story Home | Two-Story Home |
| What the wall carries | Ceiling joists and the roof load above | The floor above plus the roof |
| Load path | Carries straight down to the foundation | Transfers through the first floor to the foundation |
| Cost and complexity | Lower | Higher, with more drywall removal and foundation work |

Removing a load-bearing wall for an open kitchen follows a defined sequence, and most of the planning happens before the wall ever comes down. The goal at every step is to keep the structure supported while the wall that used to carry the load is replaced by a beam.
| 1. Engineer designs the beam | 2. Reroute utilities | 3. Temporary shoring | 4. Remove wall, set beam | 5. Posts and footings | 6. Inspect before drywall |
Confirm the wall is load-bearing and design the beam: A structural engineer reviews the framing and designs the beam and supports that will carry the load across the new opening.
Scope what is inside the wall: Kitchen walls often contain electrical wiring, plumbing, gas lines, or HVAC ducts. Anything running through the wall has to be rerouted before demolition, and we coordinate the electrician, plumber, and HVAC work so it happens in the right order.
Install temporary shoring: Before the wall is removed, temporary support is built on both sides to carry the load while the wall is out and the beam is being set.
Remove the wall and set the beam: The wall comes out and the engineered beam goes in to take over the load the wall used to carry.
Add posts and footings: The beam transfers its load to posts at each end, and those posts often need new footings poured into the foundation to carry the concentrated load.
Pass inspection before drywall: A city inspector verifies the beam, the connections, and the framing before any drywall covers the work.
On more complex projects we open a section of the wall before finalizing the design and the price. Seeing the framing first lets us design around the actual field conditions and avoid the surprise change orders that come from quoting on visible conditions alone.
When the wall comes out, a beam takes over the load, and a structural engineer sizes that beam for the span and the weight above it. The three most common options are laminated veneer lumber (LVL), parallel strand lumber (PSL), and steel. The right choice depends on how wide the opening is and how much load the beam has to carry.
| Beam Type | Best For | Notes |
| LVL (laminated veneer lumber) | Shorter to moderate spans, lighter loads | An engineered wood beam that is easier to handle and often the most economical option for a single-story opening. |
| PSL (parallel strand lumber) | Longer spans, heavier loads | A stronger engineered wood beam used when an LVL is not enough to carry the span without intermediate posts. |
| Steel beam | Wide openings and heavy second-story loads | Handles the longest spans with the shallowest beam depth, but it is heavier to move into the home and costs more. |
| Drop Beam | Flush Beam |
| Sits below the ceiling line. Faster and less expensive because it needs less reframing. | Hidden inside the ceiling. Takes more carpentry but leaves a clean, continuous ceiling. |
A drop beam sits below the ceiling line. A flush beam is hidden inside the ceiling for a continuous look.
The beam can sit below the ceiling line as a drop beam, which is faster and less expensive because it needs less reframing. It can also be hidden inside the ceiling as a flush beam, which takes more carpentry but leaves a clean, continuous ceiling. Some homeowners wrap an exposed beam in wood or finish it as a feature. Those are design decisions made after the structural requirements are set.

Removing a load-bearing wall is permitted work in every South Bay city, with no exemptions. Each city is its own jurisdiction with its own building department, process, and fees, but the core requirements are the same everywhere. The project needs a building permit, separate electrical and mechanical permits when wiring or ducting runs through the wall, and structural calculations wet-stamped by a California-licensed engineer that account for both gravity and seismic loads. A city inspector verifies the beam and its connections before any drywall covers the work, and all nine cities now build to the 2025 California Building Code that took effect on January 1, 2026. Working without the required permits can lead to stop-work orders, fines, and trouble when you sell the home, so this is not a step to skip.
A building permit, with no exemptions for this work
Electrical and mechanical permits when wiring or ducting runs through the wall
Structural calculations wet-stamped by a California-licensed engineer, covering gravity and seismic loads
A plan set with a site plan, structural drawings of the beam and framing, and the footings under the new posts
A city inspection of the beam and connections before drywall goes up
El Segundo is one of the simpler approvals on the list. The ground is flat and the city is built out, so there is no hillside or geology review to clear, and the permit comes down to a clean engineered plan set with seismic calculations filed through the city's EZ Permit Hub. The thing to budget for here is age. Most of the housing is older and mid-century, so once the wall is open you tend to find wiring and plumbing that has to come up to code before anything closes back up, and that is what moves an El Segundo budget more than the permit does.
Manhattan Beach is where the permit history matters as much as the construction. The city issues a building record report every time a home sells, so any kitchen or wall work a previous owner did without a permit surfaces during escrow. Pulling a clean permit on your wall removal protects the resale as much as the project in front of you. The homes here also make the structural side bigger than most. These are narrow-lot, three-story houses where nearly every interior wall carries the floors above it, so opening the kitchen usually means catching second and third-floor loads on a new beam and running them down to new footings, and both the scope and the plan check run longer than a single-story job. If you are widening windows for the view at the same time, expect a separate Planning review alongside the structural one.
Hermosa Beach has a quirk that shapes the whole job: a very shallow water table, as little as six to fifteen feet down with underground streams beneath it. That is why the city commonly asks for a geotechnical report, and it matters here more than almost anywhere, because the new beam lands on posts and footings that have to bear into that wet soil. The soils report drives how those footings are designed, and it has to be done before the structural design is final, so it is the step that most often stretches the schedule. The housing follows the same beach-city pattern as its neighbors, narrow lots and tall, skinny homes where most walls carry load, so second-floor transfers are common. We have written up the Hermosa Beach permit process in more detail if you want the full walk-through.
Redondo Beach puts an extra gate at the front. Planning has to review and stamp the plans before Building and Safety will open the structural plan check, so the project clears two reviews in sequence and the front end runs longer than a single-review city. Where the home sits matters too. The inland side is older single-family cottages, while the waterfront and King Harbor fall in the coastal zone and can require a Coastal Development Permit. A flat inland single-story is a straightforward beam-and-footing job, while a multi-level home near the Strand carries upper-floor load that has to come down, and the older cottages tend to hide dated wiring and plumbing in the very walls you are opening. Our Redondo Beach permit guide covers the local steps in full.
Torrance is the most straightforward and usually the most affordable of the nine for this work. The city went fully digital in January 2026, with plan check through its Accela Citizen Access portal, and permit fees here run a few hundred dollars rather than the coastal range. The sequencing point to know is that zoning clearance from Planning comes first, before Building and Safety will take the structural submittal. Torrance is big and varied, with coastal-adjacent neighborhoods near the water and large inland tracts, but much of it is mid-century single-story, which usually means a simpler load path, since the wall carries the ceiling and roof rather than a floor above. As with any mid-century home, expect older wiring and plumbing to surface once the wall is open. We have a Torrance permit walk-through if you want the detail.
Palos Verdes Estates has the most involved approval of the nine, and most of it is not the city. Before the Office of Building and Safety looks at the structural plans, two community bodies weigh in: the Art Jury, whose authority over anything affecting the home's exterior is written into the city's deed restrictions, and the Palos Verdes Homes Association. The Art Jury charges its own fees, scaled to the project, and runs on its own calendar, which is what makes PVE the longest front end on the Peninsula. For a kitchen that stays entirely interior, the structural plan check is the main path, but the moment you add or enlarge a window or door for light or a view, which open layouts almost always invite, the Art Jury is in the picture. PVE is also the oldest Peninsula city, full of deed-restricted Spanish and Mediterranean homes whose framing is rarely textbook, so opening a section of wall to confirm the real load path before the beam is designed is time well spent. We walk through the process in our Palos Verdes Estates Art Jury guide.
In Rancho Palos Verdes, the ground comes before the beam. A soils and geology report accepted by the City Geologist usually has to clear before structural plan check even begins, and homes in the landslide zones, Portuguese Bend and Seaview among them, need a Landslide Exception Permit on top of the building permit. Recent land movement has tightened that review, so the first thing to confirm is whether the home sits in a landslide zone, because the answer can reshape what is even buildable. Much of the city is also a Very High Fire Severity Zone, which pulls wildfire-rated materials into any exterior work. The homes are mostly 1960s post-and-beam and ranch designs that predate open layouts, so this is exactly the kind of work we do here, though the framing has to be verified first. The city does not keep old single-family plans, so the original framing is usually a mystery on paper, which is one more reason we open the wall to see what is carrying load before designing the beam.
Rolling Hills is a private, gated city, and approval comes from two places that both have to say yes. The city handles site plan review and issues the permit through a contracted building department, and the Rolling Hills Community Association reviews the design to protect the community's single-story ranch character and its rule that utilities run underground. Because it is all hillside, a soils and geology report is required on essentially every project, even an interior wall removal tied to new footings. The homes are large custom single-story ranches on multi-acre, often equestrian, lots, and a single-story ranch usually means a simpler load path, so the engineering tends to be the easy part. The timeline lives in the two-body approval and the geology, so that is where to plan.
Rolling Hills Estates runs its Building and Safety through a contracted official, with zoning clearance from Planning up front and the permit issued electronically once fees are paid. It sits on the same hillside as the rest of the Peninsula, so a soils and geology review can come into play on a structural job, especially where new footings are involved. The wrinkle to check before you finalize a design is the overlay: the city has horse-keeping neighborhoods and a number of HOA tracts whose design rules sit on top of the city permit. The housing is largely 1960s and 1970s hillside homes, so opening them up is common, though the framing and foundation conditions vary enough that the design should follow what the wall actually shows once it is open.
Across all nine cities, we prepare the engineering plans, pull the permits, and carry the inspections through to final sign-off, so the structural work is documented correctly for your specific jurisdiction.
In Southern California there is a second question beyond whether a wall carries gravity load, and that is whether it also acts as a shear wall. A shear wall provides lateral resistance that helps the home stand up to earthquake forces. Some interior walls do both jobs at once, carrying weight from above and bracing the structure against movement. Removing a wall that serves as a shear wall means that lateral capacity has to be replaced somewhere else, often with new shear walls in another location, a moment frame, or other engineered hardware.
A shear wall provides lateral resistance that helps the home withstand earthquake forces
Some interior walls carry weight from above and brace the structure at the same time
Removing a shear wall means replacing that lateral capacity elsewhere, with new shear walls, a moment frame, or engineered hardware
This is one of the reasons an open concept project in the South Bay should be designed by an engineer who works in seismic territory and built by a contractor who handles structural work regularly. At Bay Cities we do seismic and structural retrofit work alongside our remodeling projects, so the lateral system is accounted for in the design rather than discovered partway through demolition.
Cost depends on the wall, the framing above it, and the type of beam the engineer specifies. Construction costs in the coastal South Bay run higher than national averages, and they have risen since this article was first published, so the ranges below are starting points for the structural scope. We confirm exact pricing after we open a section of the wall and see the framing we are working with.
| Part of the work | What affects the cost | Typical range |
| Wall removal + beam installation | Length of wall and the load carried above it | $10,000 to $20,000 |
| Long-span beam (PSL or steel) | Longer openings need a stronger beam to span without posts | Up to $5,000 for the beam |
| Structural engineering plans | Size of the building and complexity of the load path | $5,000 to $8,000 |
| Two-story homes, condos, and apartments | Greater loads, more liability, foundation reinforcement | Higher than single-story |
The wall removal is only one line item in an open concept kitchen remodel. Cabinets, countertops, appliances, and finishes make up the larger share of a full project, and our kitchen remodel cost guide breaks down how the full budget comes together.
For most South Bay homeowners the structural work is worth it when the budget allows. Removing the wall creates a continuous space between the kitchen, dining, and living areas, which improves daily function and how the home feels when you are cooking or entertaining. A major kitchen remodel is a significant investment, and in many South Bay neighborhoods an open layout adds meaningful property value.
What you gain:
A continuous, open space connecting the kitchen, dining, and living areas
Better daily function and easier entertaining
More natural light and longer sightlines across the main floor
Added property value in many South Bay neighborhoods

The same footprint before and after: removing the wall connects the kitchen, dining, and living areas into one space.
The honest way to make the decision is to design a project you can afford to build all the way through. If your construction budget has room for the structural scope, removing a load-bearing wall is usually the single change that transforms how the space works. If the budget is tight, there are layout options that open up the kitchen without taking out the main structural wall, and a good contractor will walk you through both paths before you commit.

Over the last 20 years we have built more than a dozen open concept kitchens across the South Bay, many of them in Redondo Beach. Here are a few that show how the structural work plays out in different types of homes.
The most common home in Hermosa Beach, Manhattan Beach, and Redondo Beach is the tall and skinny, and if you own one, removing a load-bearing wall is required about 95 percent of the time. Because of the narrow footprint and simple framing, nearly every wall in a tall and skinny carries load. On this project we removed two load-bearing walls and installed a large beam to handle the weight those walls used to carry.
The original kitchen was small and narrow, so we removed a walk-in closet to increase the footprint. The kitchen more than doubled in size, which gave us room for a large center island with a WOLF induction cooktop. The new layout functions far better than the old one and the space now takes in the ocean views. Because the kitchen was on the second floor, the structural load had to transfer down to the concrete footings, which meant removing drywall throughout the first floor and reinforcing the foundation.
Remodeling a kitchen in a single-story home is more straightforward than in a two-story home, and this Torrance project is a good example. The homeowners host a family brunch every weekend, so we designed an L-shaped kitchen that flows better than the old galley layout and gives them room to gather.
The kitchen already had a beam running across the kitchen and dining room, and we replaced it with a larger beam set flush to the ceiling so the transition between the rooms is seamless. Removing the wall expanded the kitchen footprint, and the L layout added storage along with space for a large center island with a cantilevered edge for seating. Both the kitchen and the living room gained form and function.
Most Rancho Palos Verdes homes were built in the 1960s, when an open concept kitchen was either impossible or cost prohibitive to build. Modern framing techniques let us bring open layouts into those older homes, which is exactly what we did here.
The original kitchen felt small despite a large footprint, because the galley layout and a partition wall between the kitchen and living room closed the space in. We removed the load-bearing wall and gave the kitchen a new layout that opened it up. The finished kitchen has far more storage, including additional hidden storage built into the center island.
This two-story Palos Verdes Estates home required extra planning because of the heavier dead loads the frame carries from the second floor. Removing a critical wall under that kind of load takes special attention, so the plan was to open the kitchen by removing two walls and installing a new beam to carry the second-floor load.
Our first step was to remove stucco in specific areas to expose the framing. Opening up a section of the structure lets us see the field conditions and design around them. On this project we found floor joists that changed direction several times, and our engineers designed a framing solution that accounts for that. Because we were concentrating new loads on the foundation, we reinforced the slab with new footings where the new posts land. These are the conditions that drive up the cost of a remodel, and they are also the reason a single-story home is simpler and less expensive to open up than a two-story home.
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A wall is likely load-bearing if it runs perpendicular to the floor or ceiling joists above it, sits near the center of the home, stacks directly above a wall or beam on the floor below, or continues down to the foundation. Exterior walls are almost always load-bearing. The only way to confirm it is to have a contractor or structural engineer look at the framing, because removing the wrong wall can damage the structure.
Removing a load-bearing wall and installing the beam that replaces it generally starts around $10,000 to $20,000, depending on the length of the wall and the framing above it. Long spans that need a PSL or steel beam cost more, and structural engineering plans typically add several thousand dollars. Two-story homes and condos cost more than single-story homes because the load path is more complex. We set final pricing after opening a section of the wall to see the actual framing.
Yes. Every South Bay city requires a building permit to remove or modify a load-bearing wall, and there are no exemptions. Each city permits through its own building department, and the work also typically requires electrical and mechanical permits when wiring or ducting runs through the wall. You will need structural engineering calculations stamped by a California-licensed engineer, and a building inspector has to verify the beam and connections before drywall covers the work.
The most common options are laminated veneer lumber (LVL), parallel strand lumber (PSL), and steel beams. A structural engineer sizes the beam for the span and the load above it. Shorter openings can often use an LVL beam, while longer spans or heavy second-story loads usually call for a PSL or steel beam. The beam can sit below the ceiling line as a drop beam or be hidden inside the ceiling as a flush beam.
Yes, but it costs more and takes more planning. When the wall is on a second floor or carries a second floor above it, the load has to be transferred down through the structure to the foundation. That often means opening drywall on the floor below, adding new posts, and reinforcing the foundation with new footings where the posts land.
The structural portion of the work, including temporary shoring, wall removal, beam installation, and inspection, usually takes one to two weeks on its own. The full kitchen remodel timeline depends on the rest of the scope, such as cabinets, countertops, and finishes. Permitting and engineering happen before any demolition begins and can add several weeks on the front end.
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