Classical Style
Features rolled corners with horizontal panel orientation. Commonly selected for basic vehicle or equipment cover in lower precipitation regions, depending on local load requirements.
Galvanized Steel Carports • Residential & Commercial
Metal Carports Standard Roofs
Prices Starting at $1,685
Custom steel carports engineered for site-specific wind exposure, foundation conditions, and regional snow load requirements. Installed with disciplined anchoring and structural alignment practices.
Request a QuoteRoof System Specifications
Metal Roof Details
Boxed-Eave Style
A-frame transition with horizontal panels for a residential appearance. Often selected in milder climate regions. For higher precipitation or snow exposure, vertical orientation may be considered.
Vertical Style
Vertical panel orientation with hat channels and ridge caps to support directional water and debris runoff. Frequently selected in higher precipitation or snow-load regions.
12' x 20' x 6'
CLASSICAL-SERIES
- [GA] 14-GA Steel
- [RF] 29-GA Roof
- [HT] 6' Leg Height
- [WD] 12' Width
- [LG] 20' Length
- [AN] Concrete Anchors
>> 12-GA UPGRADE AVAILABLE: +$210.00
Built for Real Conditions.
Designed for Northern California.
Carports are selected based on site exposure, elevation, wind classification, snow load requirements, and foundation type. Frame gauge, roof orientation, and anchoring method are determined by structural need — not guesswork.
Configured for the Load. Designed to Fit the Property.
Carport Frame Gauge Options
Frame gauge contributes to the load-bearing capacity of a steel structure along with tubing dimension, span width, anchoring method, and local wind or snow load classification. Gauge selection should align with the engineering requirements of the installation site.
12-Gauge Framing (2.25″ Tubing)
Wall Thickness: 2.657 mm. Heavier wall steel frequently specified for higher wind exposure, snow-load regions, and wider spans when supported by the appropriate structural design.
14-Gauge Framing (2.50″ Tubing)
Wall Thickness: 1.8 mm. Common framing option used for smaller span carports, equipment covers, and utility structures in areas with lower environmental load requirements.
Frame gauge should be evaluated together with span width, roof style, anchoring method, and site exposure conditions. Thickness alone does not determine structural capacity.
Price Assessment Variables
Revision 2026Dimensions
Pricing scales primarily with total square footage and span width. Common widths range from 12′ single-vehicle units to 30′+ clear-span configurations, subject to engineering parameters.
Frame Gauge
14-gauge framing is commonly selected for standard applications. 12-gauge framing provides thicker wall steel and may be specified where higher wind or snow loads require additional structural capacity.
Roof Style
Regular, boxed-eave, and vertical panel orientations are available. Vertical systems may be specified for improved drainage performance in higher precipitation zones.
Leg Height
Units are priced by leg height (e.g., 6′–14′). This measurement reflects side-wall clearance and influences structural material requirements.
Enclosures
Side and end wall panel options may partially or fully enclose the structure. Final configuration depends on intended use and local building requirements.
Accessories
Optional roll-up doors, walk-in doors, windows, insulation, and anchoring systems are specified based on site conditions and use-case requirements.
Height Advisory
Pricing is determined by leg height. Roof framing may extend approximately 2′–3′ above leg height at the center peak depending on roof style and pitch. Verify total clearance requirements for RVs or equipment before finalizing specifications.