Plans + pre-engineering
Start from a Steely model, sketch, dimensions, architectural plan set, or scan data. We translate the design into a coordinated light-gauge steel package and the project information needed for engineering review.
From plans to production data
We can take it as far as you need.
Start with pre-engineering, order a cut-to-length frame kit, move faster with panelization, or connect the approved package to a complete construction path.
One connected workflow
Four ways we move a project forward.
Choose one step or carry the same coordinated information through engineering review, production, delivery, and construction.
Frame kits
Receive cut-to-length members, studs, track, joists, headers, trusses, opening framing, connection information, and coordinated package documents.
Panelization
Move repeatable labor into the shop. Wall, floor, and roof assemblies can arrive organized, consistent, and ready for efficient standing.
Full construction
When location and scope align, Steely can connect the approved package with crews who carry the project through delivery, assembly, enclosure, and a coordinated finished build.
Correct use. Correct scale.
Each project family has its own section.
Backyard + accessory structures
Small buildings with a clear purpose.
Sheds + lean-tos
Single-slope and gable storage, garden, utility, workshop, party, and golf-simulator structures.
Detached offices + studios
Purpose-built backyard offices, creative rooms, hobby spaces, and flexible studios with measured openings.
Garages + compact workshops
One- to three-car garages, equipment storage, maker spaces, and hobby shops below 1,000 square feet.
Saunas + wellness
Compact 8 × 12 and 14 × 9 sauna structures, including panoramic glazing and combined sauna-plus-storage layouts.
Custom shops
Shop space sized around the work.
Featured shop models
Public starting points extend to about 2,500 square feet with coordinated service doors, overhead openings, wall heights, and roof geometry.
Larger custom options
Need more area or height? Send the required dimensions and opening schedule for a project-specific review and quote.
Specialty steel systems
Decks, floor cassettes, stairs, railings, fences, outdoor kitchens, mezzanines, and other coordinated assemblies.
The four-system package
Walls, floors, roofs, and openings—coordinated.
Trusses, joists, headers, studs, track, bracing, and connections are developed as one buildable system for the actual project geometry and design criteria.
Walls
Studs, track, bracing, and panelized assemblies.
Floors
Joists, rims, deck panels, cassettes, and load paths.
Roofs
Trusses, rafters, slopes, ridges, and roof cassettes.
Openings
Headers, jamb studs, beams, and connections.
Real light-gauge steel
Components that become a coordinated building.
Structural stud + track families
362S162, 400S162, 550S162, and 600S162 stud families in 43 or 54 mil, coordinated with matching track and the engineered load path.
Panelized wall systems
Galvanized studs, tracks, bracing, headers, jambs, and measured rough openings assembled as coordinated panels.
Trusses, joists + cassettes
Engineered roof and floor components coordinated for bearing, bridging, connections, openings, and the building load path.
Barrier Structure Engineering
Geometry in. Verified structural data out.
The project model carries wall, floor, roof, opening, and connection geometry into a documented calculation path. That lets the team prepare the member schedule, data sheets, panel files, and interactive project viewer for licensed engineering review without losing the original design intent.
Start with your geometryAxial + squash
Stud and built-up member capacity under vertical compression, including column and squash-limit checks.
Shear + moment
In-plane and bending demand tracked through walls, headers, joists, trusses, and built-up assemblies.
Torsion
Open and closed member behavior, local-axis rotation, and torsion interaction evaluated for the actual configuration.
Deflection + interaction
Serviceability, combined demand/capacity, reactions, connections, and reserve factors documented for review.
Why we ask for city + county
The same building is not the same structure everywhere.
Snow, wind, seismic, exposure, roof drift, frost depth, soil assumptions, adopted code, and the authority having jurisdiction can change member thickness, spacing, bracing, connections, headers, trusses, and foundations.
City, county, state, and ZIP establish the preliminary design profile. Final values are verified against the project address, local authority, and licensed engineer before fabrication or construction release.
Engineering responsibility stays clear
Coordinated for review. Approved for the project.
Steely prepares the coordinated framing package and production information. Final structural approval, stamped documents, local permitting, and site-specific requirements remain with the appropriately licensed project professionals and authorities.