Brayden Messer Construction

01/29/2026

A solid deck starts with a solid foundation. 🔨 We’re taking our time with the details on this one—perfect spacing and sturdy footings are the difference between a deck that looks good and one that lasts a lifetime. Stay tuned for the finished look!

01/29/2026

Shade is on the way! 😎 Stay tuned for the final look.

01/29/2026

Perfection

Project Update: The deck is officially complete! ✅ Between the heavy timber gable and the cable railing, this outdoor space is ready for years of memories.

01/29/2026

01/29/2026

The ultimate backyard retreat is taking shape. 🌿 Rain or shine, this covered deck is ready for anything. Love how the black hardware pops against the natural wood!

01/29/2026

a technical architectural diagram and 3D visualization of a shed dormer construction within a pitched roof. It uses several views to explain how a dormer is integrated into an existing rafter system.

1. TECHNICAL COMPONENTS
The diagram identifies the primary structural elements involved in roof framing:
• Rafters: The sloped structural beams that form the main roof.
• Dormer Rafters: The horizontal or low-pitched beams that create the "roof" of the dormer extension.
• Purlins (Middle Purlin): Horizontal beams that provide intermediate support to the rafters, preventing them from sagging.
• Wall Plate: The horizontal timber sitting atop the brick wall (shown in Section A-B) where the rafters are anchored.
• Removed Part of Rafter: In Section C-D, the diagram shows where a main rafter is cut away to make room for the dormer window.

2. ANALYSIS OF THE FOUR VIEWS

SECTION A-B (SIDE PROFILE)
This cross-section shows the vertical clearances required for a functional living space.
• Knee Wall Height: Indicated as (likely centimeters), showing the minimum height from the floor to where the roof starts.
• Headroom: Indicated as (likely meters), ensuring there is enough vertical space for a person to stand inside the dormer area.
• It illustrates how the dormer rafter ties back into a middle purlin for structural support.

ELEVATION (TOP-DOWN/FRONTAL OVERLAY)
This view shows the framing layout from above. It highlights how two main rafters frame the sides of the dormer, while the horizontal headers create the opening for the window.

SECTION C-D (PLAN VIEW)
This view focuses specifically on the "cut" made to the roof. The dashed lines represent the removed part of the rafter, demonstrating how the load from that cut rafter must be transferred to the adjacent "doubled" or reinforced rafters on either side.

PERSPECTIVE (3D RENDER)
This provides a realistic visualization of the assembly. You can clearly see how the dormer "pops out" from the main roof slope, creating a vertical face for a window. It also shows the sheathing (the thin horizontal boards) at the bottom of the main roof.

3. SUMMARY OF DESIGN INTENT
The primary goal of this specific construction is space optimization. By cutting into the rafters and extending a dormer, a cramped attic space is converted into a habitable room with enough headroom and natural light.
• Note: Building a dormer involves significant structural changes. If you are planning a project like this, ensure you consult with a structural engineer to calculate load distributions for your specific local building codes.

01/29/2026

It’s all in the details. 📐 Whether it’s a tight curve or a perfectly struck joint, we take pride in the finish. These projects feature everything from broom-finish driveways with decorative borders to custom winding walkways. Solid work for a solid home! 💪

01/29/2026

A look at the "bones" of our latest project. From the concrete piers to the heavy-duty black hardware, we don’t cut corners on the support system.

01/29/2026

a detailed technical diagram of wooden staircase construction, likely generated to illustrate various components and assembly methods. It uses a 3D isometric perspective to show how parts like the stringers, treads, and handrails fit together.

KEY COMPONENTS ILLUSTRATED
• The Stringers: These are the structural backbone of the stairs.
• Wall Stringer: A solid piece that runs along the wall.
• Cut Stringer: The zig-zag shaped piece that supports the treads from underneath.
• Stringer Cutting Diagram: A separate box shows how multiple stringers are cut from a larger piece of lumber to minimize waste.
• The Steps:
• Tread: The horizontal surface you step on.
• Tread with Side Nosing: Shows the rounded edge (nosing) that overhangs the side for a finished look.
• Massive Bottom Tread: A thick "starter step" at the base of the staircase for stability and aesthetics.
• The Landing/Top Floor:
• Shows the connection between the Floor Joists, the Upper Floor boards, and the Wooden Beam that supports the top of the staircase.
• Hardware and Fastening:
• Steel Support Bracket: A metal hanger used to secure the stringer to the floor joists.
• Steel Anchor Bolt & Wooden Plug: A detail showing how to bolt the base to the floor and then hide the bolt head with a decorative wood plug for a clean finish.
• Handrails:
• Shows the Handrail Posts and the specific Cutout needed at the end of a board to fit around a post.

OBSERVATIONS ON ACCURACY
While this image looks very professional, it is important to note that it appears to be AI-generated. There are a few "hallucinations" or errors that a builder should be aware of:
• Text Glitches: You can see typos like "Floor Floor" and "Weodden Beam."
• Structural Oddities: In the "Cutout for Handrail Post" section at the bottom, the wood grain and the way the pieces join together don't perfectly align with real-world physics.
• Missing Risers: The diagram shows an "open-riser" style (no vertical boards between steps), which is common in modern design but requires specific local building code compliance for safety.

01/29/2026

This one’s a great contrast piece—modern hardware + traditional timber—and it’s doing some smart structural things.