Compare carports, roof styles, garages, barns, sheds, and wide span steel buildings before you request a quote.
These are the core planning questions to answer before choosing a specific carport, garage, barn, shed, or wide span building.
View Resource HubStart by choosing the type of structure, rough dimensions, roof style, installation city, and surface type. From there, request a quote so the project can be reviewed around use case, site access, delivery, and local requirements. If you are still planning, the resource hub is the best place to compare permits, anchors, dimensions, delivery, and engineering topics before submitting details.
Visit Resource HubPermit rules vary by city, county, structure size, enclosure level, foundation, wind exposure, snow load, and intended use. Many California jurisdictions require approval for permanent or semi-permanent structures. Review the permit guide first, then check your local building department before installation.
Read Permit GuideYes, the install area should be level and ready before the crew arrives. Uneven ground can affect frame alignment, door operation, anchoring, drainage, and long-term performance. The level-ground guide explains why this matters and what to check before scheduling.
Level Ground GuideAnchor choice depends on whether the building sits on concrete, asphalt, gravel, or ground. Larger buildings, enclosed garages, high-wind sites, and snow areas may need more specific anchoring or foundation planning. Compare the foundation hub and anchor guide before finalizing the structure.
Foundation HubMake sure the site is accessible, level, clear of obstructions, and ready for the building footprint. Crews need room for materials, trucks, ladders, and safe assembly. The delivery and installation guide covers practical prep steps before your install date.
Install Prep GuideMeasure the vehicle, equipment, trailer, or storage zone first, then add room for doors, mirrors, roof accessories, walkways, turning access, and future use. For RVs, include AC units and antenna height. The dimensions guide gives a stronger starting point for width, length, and leg height.
Dimensions GuideUse this section if you are deciding between open vehicle coverage, RV storage, side panels, and roof style upgrades.
View Sales PageMetal carports are best for open-air coverage where you want protection from sun, rain, debris, and light weather without the cost or access limits of a fully enclosed garage. They work well for cars, trucks, trailers, boats, tractors, side-by-sides, and rural equipment. If you need airflow and fast access, start with the main metal carports page.
Start with the widest item you need to cover, then add clearance for mirrors, doors, walkways, attachments, and turning access. A single vehicle often starts around 12 feet wide, two-car layouts often use 18 to 24 feet, and larger equipment or mixed-use storage may need 30 feet or more. Height should include roof racks, antennas, RV AC units, and any future vehicle changes.
Partial side panels help block wind-driven rain, afternoon sun, and debris while keeping the structure more open than a garage. End panels can protect parked vehicles from prevailing weather, but they also change airflow and access. If security or full weather enclosure matters, compare the garage and shed sections before deciding.
Standard carports are the budget-friendly rounded-roof option for simple coverage and mild exposure sites.
View Sales PageA standard carport is a good fit when you want economical coverage for a driveway, small parking pad, trailer, mower, or general storage area. The rounded roof profile keeps the structure simple and cost-conscious while still providing steel-framed protection. It is commonly chosen for shorter structures in lower debris and lower snow areas.
Standard roofs use panels that run front to back over a rounded frame. This works for many everyday applications, but water and debris travel differently than on a vertical roof. For longer buildings, tree-heavy properties, or snow-prone regions, a vertical roof is usually the stronger long-term choice.
Yes. Standard carports can still be configured by width, length, leg height, frame gauge, color, anchors, side panels, and end panels. The roof shape is simpler, but the building still needs to match the vehicle, surface, wind exposure, and local permit requirements.
Horizontal A-frame carports offer a sharper residential roofline while keeping horizontal panel orientation.
View Sales PageHorizontal A-frame carports use a boxed-eave roof shape that looks more like a traditional residential roof than a rounded standard carport. The roof panels still run horizontally from front to back, so it is often chosen when appearance matters but the project does not require the runoff benefits of a vertical roof.
It can be better visually because the A-frame shape has a cleaner roofline and more finished trim profile. Structurally and functionally, the best choice depends on size, exposure, roof length, debris, and budget. For demanding weather or larger spans, compare vertical A-frame options before finalizing.
They work well beside homes, shops, and driveways where the owner wants a more residential look for cars, trucks, boats, or compact equipment. They are especially useful when curb appeal matters but the site does not need the upgraded drainage path of vertical panels.
Vertical roof systems are the preferred upgrade for runoff, debris shedding, longer roof lengths, and higher exposure sites.
View Sales PageVertical roof carports move roof panels from ridge to eave, giving rain, leaves, pine needles, and light snow a shorter path off the structure. That makes them a strong choice for longer buildings, tree-heavy sites, foothill weather, and customers who want a more durable roof layout.
Usually yes, because the vertical roof system uses additional roof framing, trim, and panel layout work. The upgrade can be worth it when the structure is longer, when runoff matters, or when debris and weather exposure would make a horizontal roof harder to maintain.
Vertical roofs are commonly recommended for RV covers because tall and long structures benefit from better runoff and debris control. RV projects also need extra height planning for roof AC units, antennas, slide-outs, mirrors, and entry clearance.
Garages add walls, doors, framed openings, and secure storage for vehicles, tools, work areas, and equipment.
View Sales PageChoose a metal garage when you need enclosed storage, better security, tool protection, workshop space, or weather control on multiple sides. A carport is faster and more open, but a garage gives you walls, roll-up doors, walk-in doors, windows, and a more secure storage environment.
Plan vehicle count, door placement, roll-up door size, walk-in access, window needs, workbench space, interior storage, and the surface where the garage will sit. Local permits and foundation requirements can be more involved for enclosed structures, so dimensions and site conditions matter early.
Yes. Many customers configure garages for vehicle storage plus workshop space, tool storage, small business use, or hobby work. If you want a workshop, think through lighting, electrical planning, door clearance, ventilation, insulation goals, and future equipment before choosing the footprint.
Wide span structures are built for larger open coverage, commercial storage, agricultural use, and equipment access.
View Sales PageWide span buildings are larger steel structures designed around broad usable coverage and clear access for equipment, fleet parking, agricultural storage, commercial canopies, and work areas. They need more careful planning around truss loads, roof style, anchors, height, and site access.
Wide span structures are a fit for property owners who need to cover tractors, trailers, RVs, business equipment, materials, livestock feed, fleet vehicles, or large storage zones. They are also useful when interior maneuvering room matters more than a small standard bay.
Often, yes. Larger widths and taller legs increase wind, uplift, roof, and anchoring considerations. Depending on the county, use, and size, engineered drawings or more specific foundation planning may be required.
Barns combine covered bays, enclosed rooms, lean-to wings, and agricultural layouts for ranch and rural properties.
View Sales PageMetal barns are usually planned around agricultural access, open bays, equipment storage, feed storage, livestock shelter, tack areas, or mixed enclosed and open coverage. A garage is usually more vehicle and workshop focused, while a barn layout often needs wider access, ventilation, and multi-zone storage.
Yes. Barns can combine enclosed center sections, open lean-to wings, roll-up doors, walk-in doors, windows, and partial wall layouts. The best design depends on whether the barn is for equipment, animals, hay, feed, vehicles, or general ranch storage.
Rural sites should consider road access, delivery space, grade, drainage, wind exposure, snow load, fire clearance, animal movement, and equipment turning radius. These details can affect the final width, leg height, anchors, and roof configuration.
Metal sheds provide enclosed steel storage for tools, parts, outdoor equipment, inventory, and property maintenance gear.
View Sales PageMetal sheds are useful for tools, mowers, ATVs, parts, landscape equipment, seasonal items, small business materials, and property maintenance gear. They provide more protection than an open carport while staying more compact than a full garage.
A shed is typically more enclosed and storage-focused. A utility carport can combine an open parking bay with an enclosed storage room. If you need both vehicle coverage and a lockable storage section, compare metal sheds with utility carports before choosing.
Door choice depends on what you store. Walk-in doors work for tools and small items, roll-up doors work better for mowers and equipment, and wider openings help with ATVs or carts. Plan door placement around the driveway, slab, and daily access path.