Metal Building Calculators

40x60 metal building: price, slab cost and layouts

Price it by wall height, pour the slab, park trucks two deep.

A 40 × 60 ft metal building with 14 ft walls, cut open to show two pickups, a boat and a travel trailer parked inside.

Fits two pickups, a boat and a travel trailer.

    Size
    ft
    ft
    ft
    Park insideTwo pickups, a boat and a travel trailer
    Park inside
    Walls and doorsTwo 12 × 12 ft roll-ups, one walk door
    Walls and doors
    ColorsWhite walls, Charcoal roof
    Colors
    Walls White
    Roof and trim Charcoal
    Site
    Snow load—
    Floor area2,400 sq ft
    Peak height19 ft
    Concrete38 cu yd

    Enter a ZIP code for the snow load.

    4 in slab, 12 in thickened edge, 10% extra.

    Snow load is a planning value from the nearest weather station, not an engineer’s design load.

    $26,700–$73,40040 × 60 ft, installed, no slab

    40x60 prices by wall height

    A 40 × 60 ft building covers 2,400 sq ft. Delivered and installed in tube steel with two 12 × 12 ft roll-ups, one walk door, it lists for $26,700–$73,400 with 14 ft walls. On a 4 in slab the total comes to $36,300–$92,600.

    With the footprint fixed, the wall height moves the price most: every foot adds steel to all four walls, and a taller wall takes a taller door. The table keeps two roll-ups on the 40 ft end wall and changes the walls; a wall too low for the doors gets the tallest door it takes. Prices were read Oct 30, 2026; each range holds the middle 80% of what sellers publish for a comparable building. Pick a height to open it in the designer above.

    Wall heightPeakPrice, installedWith a 4 in slab
    10 ft wallstwo 10 × 10 ft roll-ups, one walk door15 ft$23,600–$65,100$33,200–$84,300
    12 ft wallstwo 12 × 12 ft roll-ups, one walk door17 ft$25,200–$69,200$34,800–$88,400
    14 ft wallstwo 12 × 12 ft roll-ups, one walk door19 ft$26,700–$73,400$36,300–$92,600
    16 ft wallstwo 12 × 12 ft roll-ups, one walk door21 ft$28,200–$77,500$37,800–$96,700

    The peak is the height at the ridge. The roll-up doors sit in the walls, under the eave, so the wall height, not the peak, sets how tall a door the building takes.

    Kit, red iron or post frame

    The ranges above are for a finished building: the dealer’s crew sets it on your level site and the doors come in it. The same footprint is sold two other ways, and both prices leave out work that the installed price already holds:

    • Steel kit: $25,800–$48,400. Kit only: frame, panels, trim and stamped drawings. Delivery, erection, doors and slab extra. The frames in these listings are red-iron I-beams or lighter cold-formed and open-web steel.
    • Post frame: $31,500–$57,600. Materials kit, usually delivered. Labor and slab extra. Wood posts set in the ground carry the steel panels.

    So compare like with like: a kit plus a crew, doors and freight against an installed building, not the kit price alone. More on that on the metal building kits page.

    These are ranges of published list prices, not quotes. Delivery distance, the steel gauge, permits and options such as insulation change what a dealer quotes.

    Slab and concrete for a 40x60

    A 4 in slab under a 40 × 60 ft building takes 38 cu yd of concrete. That covers the full footprint, a thickened edge under the walls, and extra for spillage and an uneven base: 4 in slab, 12 in thickened edge, 10% extra. Installed, it runs $9,600–$19,200.

    A 6 in slab, for a car lift, a tractor or equipment on the floor, takes 55 cu yd and runs $14,400–$24,000. At this size it is several ready-mix trucks: the designer gives the yards to order, rounded up.

    The slab cost is a per-square-foot range from the cost guides of Angi, HomeGuide and This Old House: $4 to $8 per square foot for 4 in. The range is for the slab itself; a site that needs grading or fill, or a pump to reach it, costs more.

    The code sets the floor. The International Residential Code gives a minimum thickness for a concrete floor on the ground (section R506.1), and a 4 in slab is above it. Where the ground freezes, the footing under the walls goes below the frost depth your building department sets.

    The thickened edge in the concrete count is a planning allowance, not a footing design: its depth is local, and a red-iron building’s piers and anchor bolts come from its engineer.

    How many cars fit in a 40x60

    6 cars or 4 pickups park in a 40 × 60 ft building with two roll-up doors on the 40 ft end wall. Each door is a lane, and the 60 ft depth holds vehicles nose to tail. The designer above opens with a mix for a shop; its fit line reads “Fits two pickups, a boat and a travel trailer.”

    Each vehicle is drawn at the size its maker publishes and drives in nose first. The designer counts it as fitting only with:

    • 6 in to spare on each side of the door and 6 in above it;
    • 2 ft from a side wall and 3 ft from the next vehicle, so a car door can open;
    • 1 ft from the entry wall, 2 ft between vehicles nose to tail and a 2 ft walkway behind the last one.

    What the doors take decides what parks inside:

    • Cars nose to tail. Behind the two end doors cars park in line down the length, as in the layout “Six cars” below.
    • Boats and travel trailers. Both drive in on their trailers and share the lanes with two pickups: the building the designer opens on, with two 12 × 12 ft roll-ups, one walk door.
    • RVs. An RV is 12 ft 10 in tall: it needs a door at least 13 ft 4 in tall. One parks in a lane of its own beside a pickup and a boat with 16 ft walls and two 12 × 14 ft roll-ups, one walk door. Add a second pickup and the designer answers “No room left for a pickup.”

    The sizes behind the drawing:

    Vehicle sizes as each maker publishes them
    VehicleLengthWidthHeight
    Pickup2026 Ford F-15019 ft 4 in6 ft 8 in6 ft 5 in
    Car2027 Toyota Camry16 ft 1 in6 ft4 ft 9 in
    SUV2027 Chevrolet Tahoe17 ft 7 in7 ft 10 in6 ft 5 in
    Boat on trailer2027 Yamaha AR20521 ft 2 in8 ft 6 in6 ft 8 in
    RV2027 Jayco Precept 34B36 ft 11 in8 ft 5 in12 ft 10 in
    Travel trailer2027 Jayco Jay Flight 260BH29 ft 5 in8 ft10 ft 6 in
    Compact tractorJohn Deere 1025R9 ft3 ft 11 in7 ft 6 in
    Riding mowerJohn Deere X350 (42-in. Deck)6 ft4 ft 3 in3 ft 10 in
    UTV2027 Can-Am Defender HD710 ft 1 in5 ft 2 in6 ft 4 in
    Motorcycle2026 Honda Rebel 5007 ft 3 in2 ft 8 in3 ft 7 in

    Doors and floor layouts

    The end wall of a 40 × 60 ft building is 40 ft wide and the side wall is 60 ft long. Which one takes the roll-up doors decides the floor:

    • End wall. Two wide doors and lanes the full 60 ft deep: long vehicles, trailers and an RV, parked nose to tail, with an aisle between the lanes.
    • Side wall. More doors, one vehicle each, 40 ft deep with room behind it for a bench: the layout “Three pickups” has three 12 × 12 ft roll-ups, one walk door.
    • Walk door. The designer puts it on a wall without roll-ups, so you can get in without opening a big door.

    Layouts of this footprint, priced by the same model. Each opens in the designer, where you can move the doors, change the walls and add what you own:

    Parked insidePrice, installed
    Two pickups, a boat and a travel trailer14 ft walls, two 12 × 12 ft roll-ups, one walk door$26,700–$73,400
    Six cars14 ft walls, two 12 × 12 ft roll-ups, one walk door$26,700–$73,400
    Two pickups, a tractor and a UTV14 ft walls, two 12 × 12 ft roll-ups, one walk door$26,700–$73,400
    Three pickups14 ft walls, three 12 × 12 ft roll-ups, one walk door$28,100–$77,300
    A pickup, a boat and an RV16 ft walls, two 12 × 14 ft roll-ups, one walk door$28,200–$77,500

    These are planning drawings of where vehicles park, not construction plans or house plans. Door framing and openings come from the dealer’s drawings and your building department.

    Snow load for your ZIP

    Enter a ZIP code in the designer and it looks for weather stations within 25 km (16 miles) of it in the Utah State University snow-load data release (2023), CC BY 4.0. When the stations agree it shows one ground snow load; when they disagree it shows the range and names the nearest.

    For a 40x60 the number goes to the dealer with the order: the frame is built for a stated load, and a building rated for a heavier one takes more steel and costs more. The price ranges on this page do not change with the load; a dealer’s quote does.

    That is a planning value from a named dataset, not an engineer’s design. The building code sets the ground snow load for your site, and the building’s designer works out the roof load from it.

    How the numbers are worked out

    Price range

    What it covers
    A tube-steel building at the dealer’s list price, delivered and installed on your level site. The slab and site preparation are extra.
    What moves it
    The roof area, the wall area and the doors: a taller wall or one more roll-up door moves the range. The model behind it is fitted to 146 published prices from Alan's Factory Outlet, Carport Central and Get Carports.
    Why it is wide
    Sellers list the same building at very different prices, and the range holds the middle 80% of them. Where your quote lands depends on the seller, the steel and the options you add.
    Where it stops
    The data holds widths of 12 to 100 ft, lengths of 20 to 250 ft and walls of 6 to 20 ft. Steel kits and post-frame buildings are priced by their own models, from their own sellers.

    Concrete and fit

    The concrete is the slab’s volume plus the thickened edge and the extra, rounded up. The fit places each vehicle behind a roll-up door at the clearances above and reports the first thing that stops one: a door too narrow or too low, or no floor left.

    Questions

    How much does a 40x60 metal building cost with a slab?

    $36,300–$92,600 for a 40 × 60 ft tube-steel building with 14 ft walls and two 12 × 12 ft roll-ups, one walk door, delivered and installed on a 4 in slab. The building lists for $26,700–$73,400 and the slab runs $9,600–$19,200. With 16 ft walls the total is $37,800–$96,700.

    How many cars will fit in a 40x60 shop?

    6 cars or 4 pickups, parked nose to tail behind the two roll-up doors on the end wall, one lane per door, each with room to open its doors and a walkway behind. With the doors on the side wall they park side by side instead: the layout “Three pickups” has three 12 × 12 ft roll-ups, one walk door.

    Is it cheaper to build a pole barn or buy a metal building?

    On materials alone, often the kit: for a 40 × 60 ft building a post-frame kit lists for $31,500–$57,600 and a steel kit for $25,800–$48,400, with labor extra in both. A tube-steel building delivered and installed lists for $26,700–$73,400, with the crew in the price. Get the crew’s price for a kit before comparing it with an installed building.

    How much is a 1000 sq ft metal building?

    A 25 × 40 ft building is 1,000 sq ft. With 12 ft walls and two 10 × 10 ft roll-ups, one walk door it lists for $14,600–$40,100 delivered and installed, and $18,600–$48,100 on a 4 in slab.

    How much is a 50x80 metal building?

    $40,200–$110,600 for a 50 × 80 ft tube-steel building with 16 ft walls and two 14 × 14 ft roll-ups, one walk door, delivered and installed. A 4 in slab adds $16,000–$32,000 and takes 62 cu yd of concrete. As a steel kit it lists for $39,000–$73,200.

    Sources

    • Building prices: 146 published prices of tube-steel buildings from Alan's Factory Outlet, Carport Central and Get Carports, read Oct 30, 2026. Steel kits: published prices from Armstrong Steel, QE Building Co., Simpson Steel Building Company, Sunward Steel and Worldwide Steel Buildings. Post frame: FBi Buildings and Hansen Pole Buildings.
    • Slab cost: concrete slab cost guides by Angi, HomeGuide and This Old House.
    • Snow loads: Wagstaff, Wheeler, Bean, Maguire and Sun (2023), Supplementary Files for "Adaptive Mapping of Design Ground Snow Loads in the Conterminous United States". Utah State University snow-load data release (2023), CC BY 4.0.
    • Vehicle sizes: the makers’ published specifications for the models in the table above.
    • 2024 International Residential Code, chapter 5 (floors), section R506.1: the minimum thickness of a concrete floor on the ground.
    • 2024 International Residential Code, chapter 4 (foundations): footings and the frost depth.
    • FEMA P-957, Snow Load Safety Guide (January 2013), section 2.1: how the code’s ground snow load becomes the design load on a roof.