BCM Carpentry

05/28/2026

What you're watching in this video doesn't look like much. But it's the most critical step of this entire garage build.

Before a single yard of concrete gets poured, every footing elevation has to be exact. Not close. Not good enough. Exact.

Here's what's actually happening and why it matters —

→ GRADE STAKES AND ELEVATION. Every stake you see on this site represents a specific elevation point. These tell us exactly how high or low each footing needs to be so the entire foundation sits level on a sloped lot. One stake off by even a fraction and it cascades through the whole build.

→ DIGITAL TRANSIT. We're using a Johnson Transit to shoot elevation across the full dimensions of this 30x40 footprint. On a flat lot you have some margin. On a slope, the elevation changes across every foot of the site. A digital transit gives us precision that eyeballing or a standard level simply cannot.

→ WHY FOOTING HEIGHT IS EVERYTHING. The footings are what the foundation walls sit on. The foundation walls are what the building sits on. If the footing height is off on one corner, that error transfers to the wall, then to the steel, then to the doors, then to the roof. A building that won't plumb or square almost always traces back to footings that weren't set right.

💡 HERE'S THE REALITY ABOUT FOUNDATIONS THAT NOBODY TALKS ABOUT — Once concrete is poured and set, whatever happened at this stage is locked in. Permanently. There's no adjusting footings after they cure. There's no releveling a foundation once the building is on it. Every correction after this point is a compromise.

That's why this step takes time. That's why every stake, every corner, every elevation gets checked and rechecked before we pour.

The building goes up fast. Getting the ground right is where the patience has to be.

More coming on this build. Follow along.

Serving Morganton and surrounding areas.

05/13/2026

Second thing we want to break down on this Gastonia custom home build ↓

A lot of people ask why a timber frame home like this needs a double roof system.

Fair question — here's the answer.

When you want exposed rafters on the interior — that real timber frame look where you see the wood from inside the home — you lose the ability to insulate from underneath.

There's no cavity to pack insulation into because the rafters ARE the ceiling.

So how do you insulate without hiding the wood?

You frame a second roof structure on top of the existing rafters.

That creates a gap between the two layers where you can pack in insulation and hit your required R-values for code compliance and energy efficiency.

The bottom layer is your aesthetic — exposed timber rafters that give the home its character. The top layer is your function — a fully insulated roof system that performs like any modern build.

Most people don't realize that the clean exposed rafter look they see in custom timber frame homes actually requires more structure, not less.

It's one of those details where doing it right means building more so it looks like less.

Function and aesthetics working together. That's how it should be built.

04/12/2026

This Gastonia client searched for years to find the right contractor to build his dream home.

That tells you everything about this project.

A custom home like this doesn't come together because one crew shows up and starts swinging hammers.

It takes pre-planning most people never see ↓

That open concept vaulted ceiling with a huge gable window wall coming to a point?

That's not just a design choice — it's a structural puzzle.

Every rafter, every header, every connection point has to account for the load path changing direction at that peak.

The electrical is completely hidden. No exposed runs, no surface mounts, no compromises.

On a timber frame with open ceilings and exposed beams, that takes serious coordination between framing and electrical before walls ever close up.

You can't figure that out on the fly.

This build has multiple specialized crews involved — each one brought in because this level of detail requires people who do this specific work, not general labor trying to figure it out on site.

Right now we're in the finishing stages.

Roofers are laying insulation for the built-up roof system before we strip and sheath it.

Windows, doors, and siding are all going in soon.

Here's what most people don't understand about custom home builds → the reason some people take years to find the right general contractor is because most builders aren't set up to manage this many moving pieces at this level of detail.

The build itself is hard. The coordination is harder.

This one's getting close. Stay Tuned.

DM us if you're looking to get your project started.

04/04/2026

Transform your deck into a contemporary oasis with the clean lines and industrial sophistication of stainless steel cable railings that prioritize both safety and style.

04/01/2026

Most people assume a timber frame log home means solid timber everything.

It doesn't have to — and honestly, it probably shouldn't.

Here's what we're using on this build and why ↓

Laminated beams. They're actually stronger and more dimensionally stable than solid timber.

That's not opinion — it's engineering.

Here's the problem with solid timber over time → it shrinks, checks, and twists.

That natural movement can cause gaps at connection points, cracking in finishes, and structural shifts that are expensive to fix after the fact.

Laminated beams solve that by layering wood with grain directions that counteract each other's movement.

The result is a beam that holds its shape and handles load more predictably for the life of the structure.

But here's the part most homeowners don't realize →

Laminated beams let you span wider openings with fewer support posts.

That means more open floor plans, bigger window walls, and cleaner sightlines through your home — without sacrificing structural integrity.

You get the warmth and character of a log home with the performance of a modern engineered structure.

That's not a compromise. That's an upgrade.

Next time you're planning a timber frame build, ask your builder what beam system they're using and why.

The answer tells you a lot about how they build.

03/29/2026

We recently had the pleasure of serving our community at the WPCC Construction Trades School for their annual construction rodeo.

03/28/2026

A recent podcast featuring our owner / operator Brigham McNeely with Topline Pro, a leading marketing firm based in Brooklyn, NY that specializes in lead management for blue collar businesses. 💪

In this episode of Titan Talks, Sam from Topline Pro sits down with Brigham McNeely of BCM Carpentry in Morganton, North Carolina. Brigham shares his unexpec...

03/23/2026

Most contractors won't tell you this, but an offset roof load changes everything about how a porch gets built.

Here's what's happening in this build ↓

Our clients needed to maximize a tight backyard, so we designed a covered porch where the outer roof load is offset — meaning the weight isn't traveling straight down to the ground like a typical structure.

That's a problem if you don't engineer it correctly.

When your roof load path is indirect, every connection point has to account for lateral forces trying to push the structure sideways. That's why this isn't a "just frame it and go" situation.

So how do we solve it? It starts underground.

We poured a monolithic slab with steel and rebar tied together from the footing up through the slab. That creates one continuous foundation system instead of separate footings and a slab that can move independently.

Why that matters for you →

A monolithic pour ties the footing and slab into a single unit so when that offset load pushes laterally, the entire foundation resists it together. Separate footings and slabs can shift over time, and that's when you get cracking, settling, and structural failure.

This is the kind of build that requires an engineer's stamp before you ever break ground. Not because it's overkill — because the physics demand it.

If your contractor is building offset structures without engineering, that's a red flag.

Save this for when you're planning your next outdoor build 👇

Serving Morganton and surrounding areas (North Carolina)

03/15/2026

You're about to look at trim differently in every house you walk into 👇

The video shows the difference between "good enough" and done right. But here's what most homeowners never learn until they're living with bad trim for years:

🔍 The Caulk Test Go look at your door and window trim right now. See gaps filled with caulk? Run your finger along where trim meets the wall. If caulk is doing all the heavy lifting, the fit wasn't tight to begin with. Caulk is a finishing touch — not a cover-up.

📏 What "Reveals" Are A reveal is the small consistent edge left exposed where two trim pieces meet. On quality work, that reveal is identical on every door and window in the house. When it's inconsistent, nothing looks "wrong" exactly — but the whole house feels off. That's the difference between custom and production.

🪵 The Gap Rule Tight miters with no visible gaps before caulk or paint. Consistent spacing. Smooth transitions. No rushed nail holes. If trim looks clean with no caulk and no paint, the carpenter knew what they were doing.

💡 Why It Matters Bad trim fails faster. Gaps open as your house shifts seasonally. Caulk cracks. Paint peels at joints. Within 3–5 years, every shortcut shows. Tight trim work doesn't just look better — it holds up for decades.

03/08/2026

Elevate your outdoor entertaining with this spacious, screened-in deck, designed for seamless transitions and maximum relaxation overlooking the lush greenery.