When planning a project that uses LVL beams, buyers commonly ask for the cost per linear foot. This price depends on depth, grade, span, and regional labor rates. The following figures present typical cost ranges in USD and break down the main drivers behind the price.

Assumptions: Midwest labor rates, standard 1.75- to 9.5-inch LVL depths, typical residential span lengths, and standard delivery within 50 miles.

Price Range for LVL Per Linear Foot in the U.S.

LVL cost per linear foot varies with beam depth and grade. A typical residential beam in common sizes costs between $6.50 and $14.50 per linear foot. Lighter, economical grades cluster near the low end, while engineered-grade beams designed for longer spans or higher loads push toward the high end. For example, a 1.75-inch-thick, 9.5-inch-deep LVL beam commonly used for header or girder applications may land around the mid-range, while larger 11.875- or 14-inch depths reach higher prices. Budget about $9-$12 per linear foot for mid-range beams with standard spans. Costs rise if the project requires longer spans, higher load capacity, or tight site access that adds handling time.

Key note: the per-foot price does not include costly adjustments like heavy equipment, extended hours, or special coatings. In high-cost markets or for specialty grades, expect prices at the upper end of the range.

What Drives LVL Cost Per Linear Foot: Size, Grade, and Span

Higher LVL depth increases material costs and allowable load, which raises the price per linear foot. A typical 1.75- to 3.5-inch thick LVL will cost less than deeper sections such as 9.5 inches or more. Depth and span are the primary cost drivers because deeper beams use more material and may require additional supports or masking during installation. Grade also matters: structural-grade LVLs with tighter tolerances command higher unit prices than standard utility grades. Finally, longer spans require more material and potentially laminated configurations, pushing the average price higher.

Major Quote Components for LVL Beams Per Linear Foot

When reviewing a bid, four to six cost components typically appear. The table below shows common line items and plausible ranges per linear foot. Materials, Labor, Delivery, and Permits are the core categories, while fasteners and minor accessories add small but real costs. Assumptions: standard site access, no unique foundation or seismic requirements, and a single-beam header scenario.

Regional Differences in LVL Rates Across U.S. Markets

Prices shift with regional labor markets and freight costs. In the Southeast and Midwest, pricing often trends toward the lower end; in the Northeast and West Coast, higher crew rates and delivery charges push averages up. For a ballpark, expect $7.50-$11.50 per linear foot in lower-cost regions and typically $9.50-$14.50 per linear foot in higher-cost markets, not accounting for unusual spans or specialty grades. Delivery fees may swing by region, sometimes adding $0.50 to $2.50 per foot depending on distance.

Assumptions: typical 8–12-foot span, standard weather exposure, and a single-beam header in a one-story frame.

Labor Time and Crew Size for LVL Installation Per Linear Foot

Labor cost per linear foot reflects crew size and task complexity. A typical two-person crew can install a standard LVL header for a small project in 0.5–1.0 hours per beam per direction, yielding roughly <$5 per linear foot in modest scenarios. Larger projects or longer spans can push labor to $6–$9 per linear foot or more when multiple beams are installed or demanding framing conditions exist. Labor rates commonly range from $2.50 to $9 per linear foot depending on crew efficiency and site conditions.

Cost-Saving Tactics When Budgeting LVL Beams

Smart procurement and scope adjustments can lower the overall cost. Consider selecting a standard depth and grade instead of the premium option, plan for mid-span supports to reduce beam length, and consolidate deliveries to reduce freight charges. Bundling multiple beams in a single shipment often reduces per-foot delivery fees. Choosing standard sizes and coordinating site access can reduce costs by 15%–25% compared with specialized orders.

LVL vs Alternatives: Cost Per Linear Foot Compared to PSL or Solid Lumber

Engineered LVL tends to cost more per foot than solid lumber but offers benefits in uniformity and load performance. PSL and LVL are similar in price per foot in some markets, while solid lumber may be cheaper for short spans but less predictable in strength. For a typical header, LVL might cost $9-$12 per foot while solid lumber could range from $5-$10 per foot, depending on species and grade. In long spans or high-load scenarios, LVL often remains cost-effective due to reduced waste and faster installation.

Practical Quote Breakdown Example

A typical bid for a 12-foot header using a 9.5-inch LVL might list: Materials $9.50/ft × 12 ft = $114, Labor $5.50/ft × 12 ft = $66, Delivery $1.00/ft × 12 ft = $12, Fasteners $1.50 total, Permits $150, and a small contingency. Total estimate lands around $360–$420 before tax. Review items carefully to confirm span, grade, and any site prep requirements.

Common Variables That Change the Price

Two key numeric thresholds often shift quotes: beam depth and total linear feet. Beams deeper than 9.5 inches commonly incur a noticeable price increase, and projects needing more than 14 feet of uninterrupted beam may require multiple pieces with splice hardware, raising both material and labor costs. Depth above 9.5 inches and combined beam length over 14 feet are typical inflection points for quotes.

Assumptions, Delivery, and Scheduling Realities

Most quotes assume standard delivery within 50 miles of the supplier and typical access to the job site. Scheduling windows, weather, and access bottlenecks can add minor or major delays that translate into added labor or expedited delivery charges. Practical planning avoids rush fees and saves time-based costs.