Pricing for LVL wood beams varies by size, span, and regional market. The cost discussion below covers typical low, average, and high ranges, with per-unit details to help builders and homeowners plan budgets. The main price drivers include beam size, length, support conditions, and installation labor. Understanding the cost factors helps buyers compare quotes accurately and avoid surprise charges.

Average LVL Beam Pricing by Size and Span

Most buyers see LVL pricing hinge on beam depth, width, and required span; longer spans cost more due to material and handling. Typical pricing by common LVL sizes includes 1-3/4 in by 9-1/2 in and 1-3/4 in by 11-7/8 in. For a 10–14 ft span, expect $9.00–$13.50 per linear foot for the beam alone. Shorter spans near 6–9 ft may run $6.50–$9.50 per linear foot, while longer spans of 16–20 ft push toward $12–$15 per linear foot in many regions. Per-beam totals often range from $140 to $320 depending on length and grade.

Major Cost Components in LVL Beam Quotes

Project quotes typically break down into four to six line items, with material and labor being the largest shares. A compact quote table shows common components and ranges:

Formula: labor hours multiplied by hourly rate yields labor cost, a key driver in total price.

Regional Price Variations Across U.S. Markets

Prices shift with local labor costs, material supply, and job complexity; coastal metro areas tend to be higher than rural regions. In the Northeast, LVL beams often trend toward the upper end of ranges, while the Midwest offers more moderate pricing. West Coast projects can include higher delivery fees and a premium for fast lead times. Expect average per-foot beam costs to vary by roughly 10–25% between regions, with total job quotes reflecting access and structural requirements rather than only material price.

Concrete Details That Drive LVL Costs: Size, Span, and Grade

Beam depth (for example 9-1/2 in vs 11-7/8 in) and span length directly impact price. Deeper beams provide greater load capacity and add weight and cutting complexity, raising both material and labor costs. Grade selection (no between-grade difference beyond structural specs) can shift pricing by 5–15% if higher strength is required by code or engineering. Per-unit pricing remains the most transparent method for comparison.

Engineering and Permitting: When They Matter and by How Much

Some projects require stamped engineering plans and permit submissions, which add fixed costs and potential review delays. Engineering fees typically run $200–$500 for small renovations and can exceed $1,000 for complex loads or multiple beams. Permit fees, when applicable, vary by jurisdiction and may be included in the contractor’s quote or billed separately. Scheduling constraints tied to inspections can also affect overall project timing and cost.

Labor Time, Crew Size, and Installation Tactics

Labor time scales with the number of beams, site access, and equipment availability. A single LVL beam install may take 2–4 hours for straightforward work and 6–10 hours for complex framing with multiple supports. A 2-person crew costs roughly $110 per hour at peak markets, while smaller crews in rural areas may be closer to $75 per hour. Longer loads may require crane or forklift access, which adds equipment costs and time.

Practical Ways to Trim LVL Beam Costs Without Compromising Safety

Carefully defining scope and choosing practical dimensions can reduce overall spend. Consider matching beam depth to actual load need rather than oversizing, or splitting a long span into two shorter beams with a hinge or support post to avoid premium long-beam pricing. Bundling deliveries, scheduling work during off-peak windows, and comparing multiple suppliers can yield 5–15% in savings. When possible, reuse compatible trims or fasteners from prior projects to cut accessory costs.

Role-Based Price Insights: A Quick Quote Breakdown

To help buyers compare quotes, here is a concise role-based cost snapshot you might see in a bid. The table below uses representative project assumptions: a 12 ft span, 1-3/4 x 9-1/2 beam, standard grade, Midwest region, installation by a two-person crew.