LVL vs lumber cost depends on beam size, span, grade, and installation: a basic dimensional-lumber beam may cost $5-$15 per linear foot in materials, while an LVL beam commonly costs $8-$25 per linear foot. Installed prices often range from $20 to $90 per linear foot, with access, structural requirements, and local labor rates driving the difference.
| Item | Low | Average | High | Notes |
|---|---|---|---|---|
| Dimensional-lumber beam materials | $5/linear ft | $10/linear ft | $15/linear ft | Common built-up beam using standard framing lumber |
| LVL beam materials | $8/linear ft | $16/linear ft | $25/linear ft | Varies with depth, width, and number of plies |
| Installed lumber beam | $20/linear ft | $45/linear ft | $75/linear ft | Basic access and limited finish work |
| Installed LVL beam | $30/linear ft | $60/linear ft | $90/linear ft | Structural replacement can require temporary supports |
| Typical residential beam project | $500 | $1,800 | $5,000+ | Short opening to larger or difficult installation |
Assumptions: U.S. pricing for common residential projects, before unusual engineering or finish restoration.
What LVL and dimensional lumber cost per foot
LVL, or laminated veneer lumber, is an engineered structural product made from bonded wood veneers. Dimensional lumber refers to sawn boards such as 2-by-10s or 2-by-12s. A builder can use several dimensional boards together to form a beam, while LVL is sold in engineered plies and may achieve greater strength and stiffness in a given depth.
For material alone, a typical LVL beam runs about $8-$25 per linear foot, compared with roughly $5-$15 for a built-up dimensional-lumber beam. The lower lumber range generally assumes readily available framing boards and a straightforward configuration. LVL’s price varies substantially by region, product depth, and whether the quote includes one ply or a multi-ply assembly.
Installed totals are not directly comparable to board prices. A short, accessible beam that replaces an existing member may cost around $500-$1,500. A longer beam supporting a wall opening can reach $1,500-$5,000 or more after labor, temporary shoring, connectors, and patching. A structural engineer’s design or extensive drywall and trim work can add to those figures.
For a preliminary material comparison, multiply the required beam length by the rate per linear foot, then account for each ply. A 12-foot, three-ply LVL assembly priced at $12 per linear foot per ply would cost about $432 for the beam material, before tax and delivery. A supplier quote may instead price the complete assembly, so the estimate should specify whether the rate is per ply or per assembled beam.
What an LVL beam quote includes beyond the wood
A beam estimate can include more than the member itself. A replacement in an open basement may require little finish work; a beam installed in an occupied home may involve demolition, temporary supports, hauling, and surface repairs. Ask the contractor to separate materials and labor so the difference between LVL and a lumber alternative is clear.
| Quote component | Typical range | What changes the price | Common unit |
|---|---|---|---|
| LVL or lumber material | $8-$25 LVL; $5-$15 built-up lumber | Beam depth, plies, grade, and length | Per linear foot or beam |
| Carpenter labor | $50-$100 per hour | Crew size, cutting, fastening, and lifting | Per hour or project |
| Shoring and removal | $150-$800 | Wall removal, load support, disposal volume | Per job |
| Connectors and fasteners | $25-$250 | Hangers, straps, bolts, and bearing details | Per project |
| Delivery and disposal | $50-$300 | Beam length, distance, and debris amount | Per trip or job |
| Engineering or permit fees | $300-$1,500 | Local rules and design complexity | Per project |
Labor and access can cost as much as, or more than, the beam itself. A simple beam set by a small crew is different from a job requiring temporary walls, several workers, or a crane. Use to check the labor line: for example, 12-20 crew-hours at $60-$90 per hour implies $720-$1,800 before materials and other charges. Confirm whether the quote counts each worker’s hours or total crew hours.
How span, depth, and ply count change the beam price
Beam dimensions are a major cost driver, but a larger beam is not simply a voluntary upgrade. The required size depends on the load, span, support locations, and building design. A 9.5-inch-deep LVL and a 14-inch-deep LVL can have very different prices, and the deeper option may be necessary when a longer span or heavier load is involved.
Compare quotes only when the beam specification matches, including depth, width, grade, and number of plies. A two-ply beam and a three-ply beam are different material quantities; asking for one price without the ply count can produce a misleading comparison. For instance, a 12-foot beam priced at $10-$18 per linear foot per ply would cost $240-$432 for two plies, or $360-$648 for three, before delivery and installation.
Span changes the structural demand. A beam spanning 10-12 feet over a typical residential opening may be less demanding than one spanning 16 feet or more, but the specific load matters as much as the distance. Removing an interior bearing wall, supporting a roof, or carrying a second floor can call for a different design than replacing a non-load-bearing header.
Lumber grade and moisture condition can also affect the alternative. A built-up beam made from straight, suitable framing boards may be less expensive when the needed depth and span are modest. If standard boards are unavailable, warped, or inadequate under the design, the apparent savings may disappear through extra material, labor, or a required engineered member. A licensed professional should determine the member size for structural work.
How installation hours and difficult access affect the bill
A carpenter may spend 4-8 hours on a short, accessible beam replacement, while a wall-opening project can take 1-3 days of onsite work. Larger or complicated projects may need a crew of three or four, especially when the beam is heavy or must be lifted into a tight space. These are labor-time ranges, not a substitute for a site-specific assessment.
Expect a higher installation charge when workers must support the structure before removing a wall or beam. Temporary shoring, careful sequencing, and moving a long beam through a narrow doorway can add several labor hours. A rough installed labor allowance is $400-$1,200 for a straightforward job and $1,000-$3,000 or more for demanding structural work, excluding the beam and finish repairs.
Ceiling height, stairs, finished surfaces, and the distance between delivery access and the work area can affect handling. A clear basement with direct access may be less expensive than a finished upper floor where walls and ceilings need protection. Ask whether the labor estimate includes setup, cleanup, and removal of the old member, and whether drywall repair, painting, or trim is excluded.
Scheduling can also affect cost. A contractor may charge more for urgent work that disrupts an existing schedule, while a project coordinated with other framing or remodeling work can avoid duplicate setup and disposal charges. Get the expected crew size and work duration in writing when comparing estimates.
LVL pricing differences between urban and rural markets
Local pricing reflects wages, supplier availability, delivery distance, and contractor demand. In a high-cost metro area, labor and project totals may run 15%-30% above a broad national baseline. Rural projects can have lower hourly labor rates but higher delivery or travel charges, particularly for long LVL stock that must come from a distant building supplier.
Compare at least two local quotes using the same beam design and scope rather than relying on a national per-foot average. For a basic 12-foot installation that might total about $1,000-$2,000 in a moderate-cost market, an urban quote could be roughly $1,150-$2,600, while a rural quote might be $900-$2,300 depending on travel and product sourcing. These are planning ranges, not guaranteed regional rates.
In areas where engineered lumber is stocked locally, a supplier may offer better material pricing and faster delivery than a market that requires special ordering. However, a lower beam price does not ensure a lower project total if installation access or labor is more complicated. Ask whether the estimate includes freight, unloading, and any charge for a special-length order.
Three beam quotes for common residential projects
The following examples illustrate how scope affects the total. Each assumes typical materials and ordinary access, with no major finish restoration or unusual structural conditions. Actual beam sizing must be confirmed for the building’s loads and local code requirements.
| Scenario | Beam and material estimate | Labor and other work | Estimated total |
|---|---|---|---|
| 10-foot built-up lumber beam in an open basement | $60-$150 for boards and connectors | 4-8 hours; $350-$800 labor, plus minor disposal | $500-$1,200 |
| 12-foot two-ply LVL replacing a specified beam | $250-$500 for LVL and hardware | 8-14 hours; $600-$1,400 labor and shoring | $1,000-$2,400 |
| 16-foot multi-ply LVL for a new wall opening | $600-$1,400 for beam, connectors, and delivery | 16-30 hours; $1,300-$3,000 labor, plus removal | $2,500-$5,500+ |
The larger opening costs more primarily because it combines a longer, heavier beam with demolition and temporary structural support. The third estimate may rise further if the home needs an engineer’s drawing, a permit, a crane, new posts, or extensive ceiling and wall restoration.
When reviewing a quote, check whether the stated beam length is the ordered length or the finished span. Also confirm whether posts, bearing plates, hardware, and debris hauling are included. Two estimates with the same total can cover very different work if one excludes shoring or repairs.
When built-up lumber is cheaper than an LVL
Dimensional lumber is often the lower-cost choice for a short, simple beam where several standard boards meet the design requirements. It may also be practical when suitable lumber is already on site or the beam is part of ordinary framing work. The price advantage can be modest after the builder adds the required number of boards, nails or bolts, connectors, and labor to assemble them.
LVL can be worth its higher material price when the design needs a strong, straight beam or a long span with limited depth. Engineered plies are manufactured for predictable structural performance, but that does not mean LVL is automatically the right choice for every opening. A properly sized lumber beam can be economical, while an undersized alternative can create safety and inspection problems.
Do not compare one LVL ply with a complete multi-board lumber assembly. Compare the full specified assembly and its installation details. Lumber prices can also vary by grade, species, and local supply, so a contractor should identify what is included rather than describe the option only as “regular wood.”
Ways to reduce LVL beam cost without changing the design
Control the scope before shopping for a lower material price. Keep the opening dimensions stable, avoid adding work that is not needed for the structural plan, and ask whether removal, disposal, and finish restoration can be priced separately. Changing the opening after materials are ordered can create restocking, cutting, and labor charges.
Ask contractors to quote the same engineered specification and separate beam, labor, delivery, and finish work. This makes it easier to identify whether a price difference comes from the LVL itself or from shoring, access, permit handling, or a larger repair allowance. A written quote should state the beam length, depth, ply count, connector package, and work included.
Coordinate the beam installation with other planned framing or remodeling work where practical. Shared demolition, setup, and hauling can reduce duplicated charges. If the existing beam is damaged but the opening does not need to change, ask a qualified professional whether repair is structurally acceptable before budgeting for full replacement; the answer depends on the cause and extent of damage.
Choose standard, locally stocked dimensions when they satisfy the approved design, and schedule delivery with enough lead time to avoid rush fees. Do not reduce the specified size, omit required connectors, or skip an engineer’s review just to lower the quote. The safest savings usually come from reducing avoidable handling and finish work, not substituting an unapproved beam.
Permits and inspections vary by jurisdiction. Before work begins, confirm whether a permit is required and whether the contractor has included application, inspection, and any required drawings. A permit or engineering fee can seem like an added expense, but discovering an unapproved structural change during a sale or later renovation may create a larger correction bill.