A flimsy existing gate gives this renovation project an unusually clear purpose: improve security while creating something worthy of the 1857 rowhome. Rather than replacing it with a straightforward stock solution, Chris turns original one-inch tongue-and-groove pine flooring from the house into a custom gate, combining salvage work, masonry repair, digital modeling and decorative woodworking. That mix of preservation and experimentation gives the project considerably more personality than a conventional door-building tutorial.
The early masonry work establishes the practical challenges well. Removing the old jambs exposes badly spalled brick beneath hard parging, and Chris explains his decision not to chase every damaged brick for fear of creating a larger problem. He instead cleans the loose material, fills deeper voids with brick pieces and applies an NHL-2 lime mortar mixture before using composite shims to establish plumb jambs against the irregular opening. His explanations make the reasoning easy to follow, although statements about why the masonry deteriorated and which repair approach is appropriate are presented from his own assessment rather than supported by an independent preservation or structural evaluation.
The decorative design is where the project becomes distinctive. Art Deco influences, including a metal-screen detail he associates with Detroit's Guardian Building, lead to geometric routed shapes that require considerably more work than the gate's function demands. The 3D-printing sequences are particularly interesting: Chris photographs and models the router base, creates a custom guide with a seven-millimeter offset, transfers larger templates to hardboard and repeatedly routes the salvaged boards. It is a convincing demonstration of digital fabrication assisting traditional woodworking rather than simply replacing it.
Just as valuable is how openly the build documents mistakes. One template produces slightly mismatched details, a latch-side component is cut incorrectly, salvaged replacement wood reveals old termite tunnels, and the entire gate is eventually discovered to be an inch too wide because of an incorrect dimension entered into the 3D model. Instead of hiding those problems, Chris explains the causes and works through practical fixes, including trimming half an inch from each side. The recurring errors make the build feel genuine and provide some of its most useful lessons about checking dimensions before committing to complicated fabrication.
The finishing process is less reassuring. Chris experiments with dark stain followed by pine tar and boiled linseed oil, then acknowledges that impatience leaves the stained pieces oily and partially lifts the dark finish. More concerningly, he proceeds with wood glue while the finish is still wet despite openly questioning whether the glue requires clean, dry wood for a reliable bond. That candor is preferable to pretending everything went correctly, but viewers looking for repeatable woodworking guidance would benefit from clearer separation between experimentation that worked and shortcuts that may compromise durability.
A sponsored smart-lock segment also interrupts the otherwise tightly focused gate build. The lock's face recognition, fingerprint access, low-light charging and quick installation are described enthusiastically, including the claim that ambient sunlight can prevent the dead-battery problem Chris had worried about. Those assertions are promotional and are not independently tested in the project, so the segment is more useful as a demonstration of installation than as evidence for the product's long-term charging performance or reliability.
The final installation provides an appropriately satisfying payoff. Recessing the heavy-duty hinges with another custom router template, maneuvering the gate into the imperfect masonry opening and correcting rubbing bring together the project's design and fabrication work. The salvaged boards retain nails, gouges and visible age rather than being refinished into anonymous new lumber, while the decorative routing gives them a deliberate new identity. More importantly, the completed gate solves the original functional problem by allowing convenient operation without sacrificing the creator's larger architectural ambitions.
Pros
- Reusing original floorboards gives the finished gate a meaningful connection to the house while preserving visible age and character.
- Custom 3D-printed router components and hardboard templates provide an inventive bridge between digital modeling and traditional woodworking.
- Mistakes involving dimensions, templates, damaged wood and installation are shown candidly and turned into useful problem-solving moments.
- The project balances security, functionality and decorative ambition rather than treating the gate as a purely cosmetic upgrade.
- Irregular masonry, jamb alignment, hinge recesses and final fitting give the build practical depth beyond the ornamental design.
Cons
- Masonry deterioration and repair decisions are explained confidently without an independent preservation or structural assessment.
- Applying glue while the finish remains wet is acknowledged as questionable but pursued anyway, weakening the project's value as reliable woodworking guidance.
- The sponsored smart-lock segment makes performance and self-charging claims that are not independently demonstrated.
- The extensive routing and repeated fabrication steps occasionally become more detailed than necessary once the underlying technique is established.
Turning damaged original flooring into a functional architectural feature makes this one of the more inventive kinds of renovation projects, especially because the build preserves the wood's history instead of disguising it. Some questionable finishing shortcuts and unverified promotional claims deserve caution, but the creative fabrication, transparent mistakes and satisfying final installation make the overall process highly engaging.
