How Much Does an LVL Beam Cost?

Published on July 9, 2026 | Written by Alec Pow
This article was researched using 14 sources. See our methodology and corrections policy.

An LVL beam is often the structural member behind a cleaner opening between rooms, a wider garage door, or a stronger header above a window. In 2026, installed residential LVL beam work often sits in the low thousands, with sellers reporting an average near $2,500, a range of $500 to $6,000, and $50 to $200 per linear foot for material and labor in its current LVL installation figures.

A real LVL quote can involve Weyerhaeuser Microllam, Boise Cascade Versa-Lam, APA product reports, a structural engineer, a local permit office such as Seattle SDCI or King County, and a general contractor handling temporary shoring, joist hangers, beam pockets, jack studs, bearing posts, drywall repair, and inspection timing. Those entities matter because the beam has to move load through a verified path, not simply fill an opening.

Exact invoices split into the LVL stick, shoring, framing labor, engineering, permit review, demolition, and finish repair. Beam material may look small beside the trade work because the crew has to support the load before cutting a wall, then carry that load into posts, studs, or the foundation.

For a homeowner, the billing unit is a project total rather than a board price, because span, beam depth, access, and labor shape the invoice. A dropped header over a short opening is a different job from a recessed beam that needs ceiling joists cut and re-hung.

How Much Does an LVL Beam Cost?

Jump to sections

• Entry project, low reported LVL installation figure is $500 (equivalent to 2.1 workdays at $30 per hour, or about $200 in 1990 dollars).
• Mid project, the reported average is about $2,500.
• All-in project, reported upper figure is $6,000.
• Installed LVL beam unit range, Angi reports $50 to $200 per linear foot.

Worked total for a 16-foot interior opening

Use this as a pricing model, not a bid. A 16-foot opening at the mid-point of Angi’s installed unit range gives a beam-and-labor allowance of $2,400 (about $970 in 1990 dollars), because 16 multiplied by $150 equals $2,400. Add an engineering allowance of $800, which sits inside Angi’s 2026 structural engineer range of $200 to $1,500 in its structural engineer fee data.

• LVL setting, shoring, and carpentry allowance, $2,400
• Structural engineering allowance, $800
• Permit screening line, $126, matching King County’s 2026 application screening fee
• Drywall, trim, and paint allowance, $2,000

The modeled total is $5,326, because $2,400 plus $800 plus $126 plus $2,000 equals $5,326. The finish allowance is where real quotes split apart. A clean basement beam may need little patching, but a finished kitchen ceiling can need drywall seams, paint blending, crown molding, and flooring repair near new posts.

What you’re actually buying

An LVL beam is an engineered wood member made from thin veneer layers bonded into a straight structural piece. In homes, it is used as a header above an opening, a beam under floor joists, a ridge support, or a replacement member after part of a load-bearing wall is removed. It is not a decorative faux beam or a simple board from a framing aisle.

The beam has to match span, load path, bearing length, and product grade, and those details come from an engineer, span table, or approved manufacturer guide. Compared with solid sawn lumber, LVL is more consistent and can carry larger loads in a smaller profile. Compared with steel, it is easier for carpenters to cut and fasten, but it may need greater depth or multiple plies for the same opening.

Material, labor, and access

Beam work is priced as a structural service rather than a lumber purchase. Angi’s broader 2026 beam installation page reports an average of $3,374 (about $1,400 in 1990 dollars), with a range from $225 to $11,500, across beam types and scopes in its 2026 beam installation figures. That spread explains why a short header over a doorway and a long flush opening in a finished room should not share one budget line.

Quote driver	What it changes	Cost signal
Dropped beam	The beam sits below the ceiling plane	Less ceiling framing and less finish repair
Flush beam	The beam is recessed into joist space	More cutting, blocking, hangers, and drywall work
New posts	Loads move down to bearing points	May add framing, footing review, trim, and flooring repair

Labor also overlaps with framing trades. A beam project can touch temporary walls, joist hangers, jack studs, blocking, and inspection timing, all of which sit near the same cost family as residential framing costs. The low material line can be misleading when the wall is finished, wired, or carrying a second-floor load.

Line items that raise the quote 

The largest adders are rarely the LVL itself. They are the tasks needed to expose the structure, hold the house up during demolition, set the new beam, and close the room after inspection. Electric lines, plumbing, ductwork, plaster ceilings, and old framing that does not match drawings can each add labor before the beam is even lifted.

Finish repair can be as visible as the structural work. If the beam is dropped, the homeowner may accept a soffit and spend less on ceiling reconstruction. If the beam is flush, the crew may need to cut joists, add hangers, patch long drywall runs, and repaint across a wider field so the repair does not look patched.

Real LVL beam cases

Three buyer contexts show why the same beam material can create very different totals. The first is a small header swap, where access is open and the wall is already under renovation. The main driver is the carpenter’s time, not the LVL stick. This sits near the low end only when there is no major utility reroute and no broad finish repair.

• Budget case A short header in an exposed remodel can stay close to the lower installed range when drywall is already removed.
• Typical case A kitchen wall removal often adds engineering, shoring, a permit, post trim, and ceiling repair.
• High case A flush beam in a finished multi-story area can carry the largest labor bill because the ceiling framing and finish surface both change.

HomeGuide lists load-bearing wall removal at $4,000 to $10,000 for a single-story home and $9,000 to $15,000 for a multi-story home in its load-bearing wall totals. The main lesson is practical. Ask whether the quote includes temporary shoring, beam connectors, post trim, cleanup, and patch work.

LVL sizing, plies, and grade

Manufacturers do not size LVL by eye. Weyerhaeuser’s Trus Joist guide describes Microllam LVL, TimberStrand LSL, and Parallam PSL as engineered options for beams, headers, and columns in its engineered beam design guide. The design path starts with span, loads, bearing, deflection, and fastening, then the beam depth and plies follow.

Retail listings show how material math can change before labor. As of July 2026, a 1-3/4 inch by 11-7/8 inch by 20-foot 2.1E LVL at $127.80 works out to $6.39 per foot on the 20-foot 2.1E LVL listing, while a 12-foot LVL at $93.00 works out to $7.75 per foot on the 12-foot LVL listing. The difference is $1.36 per foot before delivery, tax, waste, and connector hardware.

Roof loads can also push sizing. That is why a beam under roof framing belongs in the same conversation as roof truss costs, rafters, ridge support, and the load path down to the foundation. A beam that looks oversized may be there to limit sag, not just to avoid failure.

Regional permits and plan review

Permit cost is local. Some cities charge by project valuation, some charge fixed review fees, and some add technology or state surcharges. Seattle SDCI says a permit requiring plan review needs 75 percent of total plan review and permit fees paid when the application is accepted, with final fees due before issue, under its permit payment schedule.

A no-permit beam quote may look cheaper because it removes drawings, review time, and inspections from the invoice. That can shift risk back to the homeowner at sale, refinance, insurance review, or after a crack appears. A permitted job gives the contractor a drawing set and gives the inspector a defined beam, bearing, and fastening detail to check before the wall is closed.

Who this cost makes sense for

Paying for an LVL beam makes sense when the project changes structure rather than the look of a room. It can be a rational choice for a kitchen opening, basement beam replacement, wider garage door header, or roof support change where a contractor can frame wood more easily than steel. HomeGuide’s steel beam cost guide lists LVL at $3 to $12 per foot and steel at $6 to $20 per foot as 2023 historical context in its steel beam cost comparison.

The choice changes when the engineer specifies another member. Steel can win on depth or span, PSL can fit high-load wood framing, and solid sawn lumber can work for smaller headers. The right substitute is the one that matches the drawing, not the one with the lowest aisle price. For heavier openings, compare the LVL quote against a steel I-beam project.

Makes sense if

• You are removing a load-bearing wall and need a wood member a carpenter can fasten into framing.
• You want a cleaner opening but still need posts, bearing, and inspection handled correctly.
• Your permit office asks for beam sizing, plan review, or an engineer letter.

Doesn’t make sense if

• The beam is decorative and carries no floor, roof, or wall load.
• The engineer specifies steel, PSL, or another member because the span or load is too large.
• The wall hides enough plumbing, ducts, or wiring that the remodel budget is no longer about the beam.

Answers to Common Questions

How much is an LVL beam per foot?

Material-only LVL pricing can be in the single digits per linear foot for common sizes, but installed prices are much higher because the job includes shoring, cutting, setting, fastening, and repair.

Is LVL cheaper than steel?

LVL material can cost less per foot than steel in many residential comparisons, but the installed answer depends on the engineer’s design, span, handling, posts, and finish work.

Can I install an LVL beam myself?

DIY beam work is risky when the wall is load-bearing. Homeowners can often handle cosmetic repair after inspection, but sizing, shoring, bearing, and fastening should match the approved structural detail.

Why did my LVL quote rise after demolition?

Hidden wiring, ducts, plumbing, or missing bearing points can change the work after the wall is opened. The beam may stay the same, but the support system around it gets larger.