22-Foot LVL Beam Cost and Installation Prices 2026

A 22 ft LVL beam typically costs $300-$1,200 for the beam alone and about $1,500-$5,500 installed when replacing a beam in a straightforward residential opening. The final quote depends on beam depth and plies, whether walls or utilities must be moved, access for lifting, engineering, and local labor rates.

Item Low Average High Notes
22 ft LVL beam material $300 $650 $1,200 Typical multi-ply residential beam; size and grade affect price
Installed replacement $1,500 $3,200 $5,500 Assumes ordinary access and limited finish repair
Complex structural opening $4,000 $7,000 $12,000+ May include engineering, shoring, new supports, and finish work
Beam material per linear foot $14 $30 $55 Approximate price for a complete multi-ply assembly

Assumptions: U.S. residential pricing, common LVL grades, 22 ft beam length, and no major foundation work.

What a 22 ft LVL beam costs for a typical opening

For a 22 ft span, the material price is often $300-$1,200, while a basic installed replacement commonly lands around $1,500-$5,500. The average project estimate is about $3,200 when the beam can be brought indoors, the supports are accessible, and the surrounding framing needs only modest adjustment.

Beam dimensions cannot be selected by length alone. A structural engineer or qualified designer must determine the required depth, thickness, number of plies, bearing length, and support details from the loads and building layout. A deeper or multi-ply beam can cost several times more than a single shallow LVL.

These figures generally exclude extensive drywall, flooring, electrical, plumbing, and painting. New construction can cost less to install because the beam is placed before walls and finishes are completed; retrofit work often requires temporary support and careful removal.

How beam, labor, and support work appear on the quote

A useful estimate separates the LVL, installation labor, temporary shoring, and related work. Ask whether the written quote covers the full beam assembly and the work needed to transfer its load.

Quote item Low Average High Typical basis
LVL material and fastening $300 $650 $1,200 22 ft, one or more plies
Carpentry and installation labor $700 $1,500 $3,000 Two- to four-person crew, roughly 8-20 hours
Shoring and lifting equipment $150 $450 $1,000 Temporary walls, jacks, or material handling
Engineering and permit fees $250 $700 $1,800 Local review and project complexity vary
Removal and finish repair $150 $600 $2,000 Demolition, debris, drywall, and patching

Categories may overlap in contractor quotes: a labor figure may already include shoring or cleanup. The labor calculation can be compared using , with carpentry rates commonly around $75-$150 per worker-hour depending on location and specialization.

Why beam depth, plies, and bearing points change the price

Beam sizing is the biggest material and engineering variable. An LVL assembly may use two or three 1¾-inch plies, but the required depth can range from roughly 9½ inches to 16 inches or more. Wider or deeper assemblies add material weight and can require larger supports, extra fasteners, or specialized lifting.

A 22 ft clear span may need more than a standard two-ply beam. Loads from a second floor, roof, or walls above can change the design substantially. If an intermediate post is allowed, splitting the span into shorter sections may reduce beam size, but the post needs a suitable load path and support below.

Access also matters: a beam that must pass through narrow halls or stairs may require additional labor or a different installation plan. Moving plumbing, ducts, or wiring, raising a sagging structure, or rebuilding end supports can add hundreds to several thousand dollars.

Where a 22 ft LVL installation tends to cost more

Labor and permit expenses vary by market. Dense metro areas and regions with high construction wages may run about 15%-35% above a typical national estimate. Smaller towns may be 5%-20% below it, although limited contractor availability or long travel distances can erase the difference.

Local structural requirements can affect the quote as much as the beam price. Some jurisdictions require stamped calculations and permits for removing a load-bearing wall; others have different review rules. Confirm who obtains the permit and whether inspection fees are included before comparing bids.

For budgeting, a straightforward project in a lower-cost market might total $1,500-$3,000, while a similar job in a high-cost metro may reach $2,500-$5,500. These are directional ranges, not fixed regional rates; access, finishes, and support work remain decisive.

How long the crew needs to install a 22 ft beam

A simple replacement often takes a two- or three-person crew 8-16 labor hours, commonly completed in one or two workdays. More complex openings can require 20-40 labor hours across several visits, especially when temporary walls, new posts, utility relocation, or finish repairs are involved.

Schedule and protect the work area before demolition begins. Clearing furniture and providing a direct path for the beam can limit handling time. A contractor may charge a minimum service amount or equipment fee even when installation takes less than a full day.

Confirm whether the quote includes temporary shoring, disposal, and cleanup. Ask how the crew will support the structure during the changeover and whether the work plan accounts for nearby wiring, pipes, and finished surfaces.

Three 22 ft beam quotes with different project scopes

These examples show how the same beam length can produce different totals. They assume ordinary U.S. residential labor and are illustrative rather than engineered beam specifications.

Scenario Scope and labor Estimated total
New construction Two-ply LVL, $18-$30 per ft, 4-8 crew hours $700-$1,600
Basic wall replacement Two- or three-ply assembly, $25-$45 per ft, 8-16 crew hours, limited patching $1,800-$4,000
Complex retrofit Deeper multi-ply beam, $40-$70 per ft, 20-40 crew hours, engineering and support changes $5,000-$10,000+

Assumptions: Installation ranges include typical framing labor and may exclude major electrical, plumbing, painting, or foundation work.

Ways to reduce the installed LVL beam price safely

Get at least three itemized quotes based on the same engineer-approved beam design. Comparing bids by beam length alone can hide differences in ply count, grade, shoring, disposal, permits, or finish restoration. Ask contractors to list exclusions and any hourly charges for unforeseen framing conditions.

Keep the structural scope fixed and compare optional finish work separately. Completing painting or minor drywall repairs later can reduce the initial contract total, but never skip required engineering, temporary support, inspections, or a specified beam size to save money.

Where the layout permits, ask the designer whether a post or alternate framing plan is practical; it may change material and lifting costs, but could require a new footing. Avoid rush scheduling when possible, and coordinate utility work ahead of the crew’s arrival to limit delays and extra labor.

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