If you’ve started researching load bearing wall removal for your Dallas home, you’ve probably run into this question fairly quickly, should the new support be an LVL beam or a steel beam? It shows up in almost every cost guide you’ll find online, and most of them answer it the same generic way, listing price ranges without ever explaining which one actually makes sense for your specific house.
That’s the gap we want to close here. Because the honest answer isn’t “steel is better” or “LVL is cheaper, so go with that.” The right choice depends on your wall’s span, your ceiling height, how many stories your home has, and in some cases, the specific style of home common in your part of the Dallas Fort Worth Metroplex. Let’s walk through it properly.
What LVL and Steel Beams Actually Are
LVL, short for laminated veneer lumber, is an engineered wood product made by bonding together thin layers of wood veneer under heat and pressure. It’s stronger and more dimensionally stable than a standard piece of solid lumber, which is why it’s become the go-to choice for a lot of residential beam replacements. It looks like a large wooden beam, and it can be finished, wrapped, or hidden inside a ceiling cavity depending on your design preference.
Steel beams, usually in the form of an I-beam or W-flange shape, are solid structural steel, manufactured to precise engineering specifications for the load they need to carry. They’re significantly stronger per inch of material than LVL, which means a steel beam can often span a longer distance or carry more weight while taking up less physical depth in your ceiling.
Neither one is universally “better.” They’re suited to different structural situations, and a good contractor should be recommending one over the other based on your home’s actual engineering needs, not simply defaulting to whichever is easier to install that day.
What Each Option Actually Costs
Based on current national cost data for engineered beam installation, here’s roughly where each option lands.
LVL beams typically run somewhere between $50 and $200 per linear foot installed, depending on the depth and thickness required for your specific span. For a shorter residential wall, say in the 8 to 10 foot range, LVL often keeps the total project cost lower, since the material itself is less expensive and installation generally requires less specialized labor than steel.
Steel beams typically run higher, often somewhere between $100 and $400 per linear foot installed, sometimes more for longer spans or beams that require welding and custom fabrication. The material cost is higher, and steel installation often calls for more specialized labor and equipment to maneuver and set the beam correctly.
For a full single wall removal project including demolition, beam installation, and finishing, most Dallas area homeowners land somewhere between $1,200 and $10,000 depending heavily on which beam type the project actually requires, with two story homes and longer spans naturally pushing toward the higher end of that range regardless of which material is chosen.
The important thing to understand is that these ranges aren’t really “pick the cheaper one,” they reflect genuinely different structural capabilities. A short, simple single story wall might only need LVL, in which case choosing steel would just mean paying more for capacity your home doesn’t require. A longer span carrying two stories of weight might structurally require steel, in which case LVL wouldn’t be a safe or even a legal option regardless of the price difference.
The Real Factor Most Cost Guides Skip: Span Length
This is where the decision usually actually gets made, not by price, but by how far the beam needs to stretch without a support post in the middle of your new open space.
Shorter spans, generally in the 8 to 10 foot range, are frequently well suited to LVL. It’s strong enough for that distance, more budget friendly, and widely available. Once you start getting into longer spans, 16 to 20 feet or more, steel usually becomes the more practical, and often the only structurally sound, choice. Steel carries significantly more load in a shallower profile, which means it can bridge a longer distance without needing a support post breaking up your new open floor plan.
If your goal is a fully open kitchen and living room combination with no post in the middle, and that span happens to be on the longer side, steel may end up being the only option that actually delivers the open look you’re picturing, regardless of what a general cost guide’s price comparison suggests.
Why Ceiling Height Matters More in Texas Homes Than People Expect
Here’s a detail that’s specific enough to genuinely affect your decision, and it’s exactly the kind of thing a generic national cost guide has no reason to mention. A lot of newer construction throughout the DFW Metroplex, particularly homes built in the last fifteen to twenty years in growing areas, features taller ceiling heights than the older housing stock found in more established Dallas neighborhoods. That difference actually changes which beam type makes more practical sense.
Steel beams have a shallower profile for the same load capacity, which means they take up less vertical space in your ceiling cavity. In a home with standard eight foot ceilings, particularly older homes throughout areas like Oak Cliff or East Dallas, that shallower profile can matter quite a bit, since there’s less room to work with before a beam starts noticeably lowering your ceiling line or requiring a boxed-in soffit. LVL beams, especially for longer spans, tend to need more depth to achieve the same strength, which can be a real constraint in a home with lower original ceiling heights.
In newer construction with nine or ten foot ceilings, common in a lot of the newer development we’ve worked on throughout Frisco and parts of McKinney, that extra vertical room gives you more flexibility either way, and the decision comes down more to span length and budget than ceiling clearance.
This is exactly why we always recommend an in-person evaluation before locking in a beam type. A cost calculator online has no way of knowing your home’s actual ceiling height or your neighborhood’s typical construction era, but it’s often the deciding factor in which option genuinely fits your space.
Other Costs That Can Move the Number Either Way
A few additional factors show up regularly in Dallas area projects, regardless of which beam type you choose.
Utility rerouting. If electrical wiring or plumbing runs through the wall being removed, those systems need to be relocated before the wall comes down, which adds labor cost independent of the beam decision.
Structural engineering. Both beam types require an engineer to properly size the beam for your specific load, typically running $250 to $1,000 depending on project complexity. This is a non-negotiable step for safety and for passing permit inspection, not an optional add-on.
Finishing work. Whether you’re wrapping a steel beam in drywall to hide it, leaving an LVL beam exposed as a design feature, or matching new drywall and paint to the surrounding space, finishing costs apply regardless of which structural material you choose underneath.
Permitting. Dallas requires a permit for structural work like this in most cases, and permit fees are generally similar regardless of beam material, though the engineered drawings supporting your application will reflect whichever beam type your engineer specifies.
So Which One Is Right for Your Home?
If we had to boil this down to a genuinely useful rule of thumb, it would look something like this. Shorter spans, single story homes, and budget conscious projects often lean toward LVL. Longer spans, two story loads, lower original ceiling heights where you need a shallower beam profile, or a fully open layout with zero interruption from a support post often lean toward steel.
But the honest answer is that this genuinely isn’t a decision you should make from a blog post, even a detailed one like this. It’s a decision that depends on your wall’s actual span, your home’s actual ceiling height, and what your structural engineer determines your specific load requires. That’s exactly why every project we take on starts with a free, in-person evaluation, not a generic estimate pulled from an online calculator that’s never seen your home.
If you’re planning a wall removal or considering relocating a wall instead of removing it entirely, we’re happy to walk your specific space, explain exactly which beam option makes sense for your project, and give you a real number, not a range.
Call 972-640-6090 for a free consultation, or request your quote online today.
