A Custom Standing Seam Metal Roof for a Unique Build in Our Hometown
- Cody Jones
- Aug 13, 2025
- 2 min read

Every now and then, a project comes along that feels personal. This one is in the same area where I grew up, and the homeowner is someone I went to high school with. He is building his own home from the ground up, managing every part of the process himself. From the first sketches to coordinating each contractor, he’s been fully involved in bringing his design to life.
From Blueprint to Framing
The home is now framed and ready for the next stage, getting it under roof. It’s a modern architectural style with clean lines, large windows, and a layout that reflects the homeowner’s own vision for the space. The design called for a black standing seam metal roof on a 2/12 pitch.
That choice immediately set the project apart. Many residential roofs in the area are steeper, and several other roofers had turned the job down. The slope and the fact that it’s two stories high mean extra planning is required for both safety and precision.
Why Standing Seam Metal Fits the Plan
The homeowner wanted a roof that would fit the style of the house and last for decades. Standing seam metal is well suited to a 2/12 slope when installed correctly, with panels that lock together and channel water away efficiently. It also delivers a crisp, smooth appearance that works with the home’s overall design.
Some other contractors had suggested different materials for the slope, but the homeowner was clear about his goal. He had envisioned a black metal roof from the start, and our job is to make sure it is installed to the highest standard.
Preparing for the Installation
Low slope metal roofing requires precise planning and careful execution. Every seam, flashing detail, and panel alignment needs to be done with accuracy to prevent water intrusion. For this project, our preparation includes:
Reviewing the panel layout for clean alignment across the roof.
Ensuring all seams are fully sealed and locked.
Paying close attention to flashing around edges, valleys, and any roof penetrations.
Setting up safety systems for working at height on a shallow pitch.




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