A 16-foot LVL beam typically costs $100-$650 for the beam alone, while a professionally installed beam and structural opening commonly total $2,000-$6,000. Final pricing depends on beam dimensions and ply count, wall removal, temporary supports, access, engineering, and local labor rates.
| Item | Low | Average | High | Notes |
|---|---|---|---|---|
| 16-foot LVL beam | $100 | $300 | $650 | Beam only; size and plies affect price |
| Installed beam project | $2,000 | $3,800 | $6,000 | Typical interior opening, before major finish work |
| Engineering and permit fees | $250 | $800 | $1,800 | Varies by design and local requirements |
Assumptions: U.S. pricing for a standard residential project with normal access; regional rates and structural requirements vary.
What a 16-foot LVL beam costs by project scope
A 16-foot LVL beam commonly runs $100-$650, or roughly $6-$41 per linear foot. The lower end generally covers a smaller, two-ply beam; deeper or wider beams, additional plies, and specialty dimensions can push the material price higher. Supplier, delivery, and local availability also affect the quote.
For an opening in a non-load-bearing partition, the installed project may be around $800-$2,000. Replacing or creating an opening in a load-bearing wall typically costs $2,000-$6,000, including temporary support and framing labor. Complex layouts, long spans, or extensive finish restoration may exceed that range. For budgeting, separate beam-only pricing from the cost of creating and finishing the opening.
How beam delivery, shoring, and framing shape the quote
Contractor quotes can include more than the LVL itself. Ask whether each task is included, especially temporary support, disposal, and finish repairs. A beam installation price that omits these items may not represent the full project cost.
| Quote component | Typical price | What it covers | Common price driver |
|---|---|---|---|
| LVL material | $100-$650 | 16-foot beam, commonly priced at $6-$41 per linear foot | Depth, width, ply count |
| Carpentry labor | $75-$150 per hour | Wall opening, beam placement, posts, and connections | Crew size and job duration |
| Shoring and equipment | $150-$700 | Temporary supports and lifting or handling equipment | Access and load requirements |
| Removal and disposal | $150-$800 | Wall materials and debris removal | Wall length and material |
| Engineering and permits | $250-$1,800 | Structural plans, application, and review fees | Local rules and design complexity |
Confirm whether the estimate includes both structural work and debris handling. Drywall, paint, flooring, and trim repair may be excluded or listed as separate finish work.
Why beam depth, ply count, and support points change price
The beam’s required size comes from structural calculations, not span alone. A 16-foot opening may need a deeper beam or more plies when it supports a second floor, roof loads, or a concentrated load. A two-ply LVL may cost substantially less than a three- or four-ply assembly, but only an engineer or qualified professional can specify an appropriate design.
End supports matter, too. If the design requires new posts, reinforced bearing points, or a load transfer to the foundation, carpentry and material costs rise. Tight hallways, staircases, or limited exterior access can add handling time. Do not reduce beam size or omit supports to meet a material budget.
For a rough estimate, use the total approved beam length rather than assuming a 16-foot beam automatically fits a 16-foot opening. Bearing requirements can make the beam longer than the clear opening, and local design conditions determine the final dimensions.
How long installation takes and what labor covers
A straightforward load-bearing-wall installation often takes a small crew about 1-2 days for structural work; complicated projects can take longer. The crew may build temporary supports, remove the wall, position the beam, install posts and connectors, and secure the assembly. Finish work can add another day or more, depending on drywall and trim.
Labor estimates commonly use a crew rate or hourly pricing, with carpenter rates around $75-$150 per hour. A planning calculation is . For example, 16-32 labor hours at $75-$150 per hour equals $1,200-$4,800 before materials and other charges. Ask whether the quoted hours cover cleanup and finish work or only structural installation.
Three 16-foot LVL estimates for different wall projects
These examples show how scope changes the total. They are planning ranges, not engineered specifications, and assume ordinary residential access.
| Scenario | Beam and scope | Labor assumption | Estimated total |
|---|---|---|---|
| Partition opening | Smaller LVL, limited wall removal | 8-16 hours | $800-$2,000 |
| Typical load-bearing wall | Multi-ply beam, shoring, posts, debris removal | 16-32 hours | $2,000-$6,000 |
| Complex structural opening | Larger beam, difficult access, added support work | 32-48 hours or more | $5,000-$10,000+ |
The middle example is the most useful comparison for a standard 16-foot load-bearing opening. Engineer fees, permits, and finish restoration can be separate, so compare scope line by line.
When engineering and permits add to a beam estimate
Many jurisdictions require a permit for removing a load-bearing wall or changing structural support. Permit fees may be about $100-$500, while structural engineering commonly costs $300-$1,300 for a residential assessment or plan; complex calculations can cost more. The exact requirements depend on the city or county and the project.
Permit review may require drawings, beam specifications, and inspection of concealed structural work. If the home has unusual framing or the new loads need a different support path, additional design work may be necessary. Check local permit requirements before comparing contractor bids, and verify whether engineering is included.
Which choices can lower a 16-foot LVL project price
Keep the opening dimensions and finish scope clear before requesting bids. A smaller opening may reduce beam requirements and demolition, if it still meets the intended layout and structural design. Keep nearby flooring, cabinets, and trim protected, and agree in advance on who handles debris and patching.
Request at least three itemized quotes that identify beam dimensions, labor, shoring, posts, permits, engineering, disposal, and finish repairs. Compare equivalent designs rather than choosing the lowest beam price alone. Avoid rush scheduling where possible, but do not delay urgent structural repairs. The safest savings usually come from controlling project scope and eliminating duplicated or unnecessary work, not substituting an undersized beam.