Glulam beam prices at Home Depot vary by size, length, grade, local inventory, and whether the beam is stocked or special-ordered. A residential beam may cost about $8-$30 per linear foot for the beam alone, while a delivered, installed project can run from roughly $1,000 to more than $5,000.
Home Depot pricing is location-specific, and some structural sizes require a store quote rather than an online price. The estimates below are planning ranges, not guaranteed retail quotes.
| Item | Low | Average | High | Notes |
|---|---|---|---|---|
| Glulam beam material | $8 per linear ft | $16 per linear ft | $30 per linear ft | Common residential sizes; special-order sizes may exceed this range |
| Beam for a 12-ft span | $100 | $250 | $500 | Material only; final size depends on structural design |
| Delivery | $50 | $125 | $300 | Varies with distance, length, and unloading needs |
| Professional installation | $500 | $1,500 | $4,000 | Labor and lifting equipment, excluding major framing changes |
What a Home Depot glulam beam costs by size
For budgeting, a 3-1/2-inch-wide residential glulam may fall around $8-$18 per linear foot, while wider or deeper beams commonly land around $15-$30 per linear foot. Longer lengths, higher structural ratings, appearance grades, and special ordering can push the price above those ranges. A beam’s dimensions must be selected for the load and span, not price alone.
A 10-foot beam could therefore cost roughly $80-$300 for the beam, and a 16-foot beam about $130-$480 before delivery or installation. These are broad retail planning estimates; local Home Depot inventory and product listings may differ, and some stores may not show structural glulam pricing online.
For a typical residential purchase, allow about $150-$400 for a beam in the 10- to 16-foot range before freight and labor. Assumptions: standard residential glulam, ordinary access, no engineered design fee, and U.S. retail pricing that varies by market.
How beam materials, freight, and labor appear in the quote
A store price generally covers the beam itself, not the complete structural project. A contractor quote can also include delivery, temporary support, removal of existing framing, hardware, labor, and inspection-related work. Ask whether the quote is for the beam alone or a complete installed assembly.
| Quote component | Low | Average | High | Typical pricing basis |
|---|---|---|---|---|
| Glulam material | $8 per linear ft | $16 per linear ft | $30 per linear ft | Width, depth, grade, and length |
| Delivery and handling | $50 | $125 | $300 | Distance, length, and unloading method |
| Connectors and hardware | $40 | $150 | $400 | Hangers, bolts, plates, and bearing details |
| Installation labor | $500 | $1,500 | $4,000 | Often priced by crew time and project complexity |
| Equipment or temporary support | $100 | $450 | $1,200 | Jacks, shoring, lift, or added crew |
Labor pricing depends on whether the beam is being installed in new construction or replacing a load-bearing wall or damaged member. A straightforward installation with clear access may take a small crew several hours; a retrofit involving shoring, ceiling removal, and finish repairs can take one or more days.
Hardware, delivery, and lifting can add several hundred dollars even when the beam itself is relatively inexpensive. Confirm whether taxes, disposal, finish restoration, and any engineering work are included.
Beam depth, span, and grade can change the price
Dimensions are among the strongest price drivers. A deeper beam uses more material and may require higher-capacity connections. For example, a 5-1/8-inch-wide beam that is 12 inches deep will generally cost more per foot than a narrower, 9-1/2-inch-deep beam of similar length. Length also affects transport: beams longer than about 16 feet may need special handling or a delivery vehicle suited to oversized loads.
Span and load determine what size is structurally acceptable. A 12-foot opening supporting a roof is not equivalent to a 20-foot opening carrying a floor, roof, and upper-story wall. Loads, beam spacing, snow conditions, and support points can change the required specification substantially. A structural engineer or qualified designer may charge around $300-$1,000 or more for calculations and drawings, depending on project scope and location.
Glulam grade and exposure conditions matter as well. Structural grades are selected for strength, while appearance grades may cost more when the beam remains visible. Beams intended for protected interior use should not automatically be treated as suitable for prolonged exterior exposure. Confirm the product’s rating and required protection with the supplier.
Do not choose a beam by matching a neighbor’s dimensions; the required size depends on the actual loads, span, and bearing conditions. Local code requirements and snow or wind loads can change the design.
Home Depot prices compared with lumberyard quotes
Home Depot can be convenient for standard products and local pickup, but structural glulam availability varies by store. A specialty lumberyard may offer more grades, dimensions, and custom lengths, along with help coordinating an engineered product. Neither source is automatically cheaper: compare the same specification, not just the same nominal width and depth.
Retail pricing may be competitive for commonly stocked lengths, while a special order can include freight or minimum-order charges. A local supplier’s beam price may be higher but include easier access to technical product details or a delivery option that fits the site. Regional differences of roughly 10%-25% are plausible because of freight, demand, and local supply.
Compare delivered prices for the exact grade, dimensions, length, and use rating. Request the product identification or manufacturer specification so quotes can be checked apples to apples. Confirm whether the quoted price includes unloading; curbside delivery may not place a heavy beam inside a building.
How installation access changes crew hours and labor charges
Installing a beam in an open new-build frame is usually less complicated than replacing a wall or ceiling member in an occupied home. A small crew may charge roughly $75-$125 per worker-hour, with total labor often around $500-$1,500 for a simple residential installation. Restricted access, high ceilings, or finish work can raise labor to $2,000-$4,000 or more.
Handling weight and length affects crew size. A beam that can be carried safely by two or three workers may not need powered lifting equipment, but a long or heavy beam may require a lift, additional workers, or a specialist. Equipment rental and operator costs can add about $100-$800, depending on the equipment and rental period.
Retrofit work often includes temporary shoring before the original support is removed. That work is not optional when the structure needs support during installation. Ask the contractor to identify the labor hours, crew size, temporary support, and finish repairs separately so the estimate explains why it differs from a beam-only store price.
Clear access and a prepared work area can reduce handling time, but they do not replace proper structural support. Keep occupants and belongings away from the lifting area, and coordinate access before delivery.
Three residential beam quotes for different project scopes
These examples show how the same general product category can produce different totals. Each assumes ordinary U.S. residential labor and excludes unusual structural damage. Local quotes may differ, and beam sizing must be confirmed for the specific load.
| Example | Beam and material | Labor and other charges | Estimated total |
|---|---|---|---|
| Short replacement, 10 ft | $120-$250 beam; about $12-$25 per linear ft | $500-$900 labor; $100-$250 hardware and handling | $720-$1,400 |
| Open-plan opening, 14 ft | $220-$450 beam; about $16-$32 per linear ft | $1,000-$2,000 labor; $250-$600 shoring and hardware | $1,470-$3,050 |
| Long retrofit, 20 ft | $400-$800 beam; about $20-$40 per linear ft | $2,000-$4,000 labor; $500-$1,200 equipment and delivery | $2,900-$6,000 |
The short replacement assumes accessible framing and limited finish repair. The 14-foot example assumes temporary support and a moderate opening. The 20-foot project allows for special handling and more involved shoring; it may also require an engineered design or additional code work.
The largest total-cost differences usually come from the retrofit work, not a modest change in the beam’s per-foot price. Treat the examples as comparison points, not as structural recommendations.
Delivery, permits, and removal charges to check
Delivery for a short beam may be around $50-$150 locally, while a long or special-order beam can bring freight and handling charges of $150-$500 or more. Ask whether the delivery truck can reach the property and whether the driver will unload the beam. Carrying it from the curb or moving it through a house may be a separate labor charge.
Removal and disposal can add roughly $150-$600 for a small job, with more for extensive demolition or heavy debris. Finish repair, such as drywall, trim, flooring, or paint, is frequently priced separately and may add $200-$1,500 or more. A contractor should identify these exclusions before work starts.
Permit rules depend on the city or county and on whether the beam changes a load-bearing structure. Permit fees commonly fall around $50-$500, though some jurisdictions charge more or require plan review. An inspection or engineering documentation may be required. Confirm local rules before ordering, because a beam selected without approved calculations may not pass inspection.
Request an itemized quote that separates freight, unloading, demolition, permit fees, and finish repair. A low beam price can still lead to a higher installed bill if these project charges are omitted.
Ways to lower a glulam beam bill without undersizing it
Ask for quotes on the same engineer-approved specification from Home Depot and at least one specialty lumberyard. Include grade, width, depth, length, appearance requirements, and delivery conditions in each request. This makes it easier to spot a low quote that leaves out freight or supplies a different product.
Keep the opening and finish scope controlled. If remodeling plans already include ceiling or wall work, coordinating beam installation with that work may avoid paying for repeated protection and demolition. Prepare an accessible staging area and verify the delivery route, but leave lifting and structural support to qualified workers.
Choose an appearance grade only when the beam will remain exposed and the finish matters. If it will be concealed, a structural-grade product that meets the design may cost less. Avoid ordering extra length without checking cutting and handling needs; custom or oversized orders can increase freight and leftover waste.
Do not reduce cost by substituting a smaller beam, skipping shoring, or omitting a required permit. The safer savings come from comparing complete quotes, avoiding unnecessary finish upgrades, and coordinating related work. Keep the structural specification fixed while comparing suppliers and controlling nonstructural extras.