200×300 Metal Building
60,000 sq ft 18 to 26 ft eave
A 200×300 metal building gives you 60,000 square feet of clear, column-efficient floor space, the scale distribution centers, manufacturing plants and large warehouses are built on. As a pre-engineered metal building manufacturer, Universal Steel of America engineers a 200×300 to your operation and the exact snow, wind and seismic codes at your site, then ships it direct for erection anywhere in the US and internationally across the Caribbean, Puerto Rico, South America and Africa.
At 200 feet wide and 300 feet long, this is an industrial-scale building. It suits logistics and fulfillment, cold storage, food processing, aircraft hangars and indoor sports complexes, uses that need wide interior runs, high eaves and long, unobstructed spans. Every 200×300 we build is engineered to code, not pulled from a fixed catalog, so the frame, eave height and bay layout are matched to how you will actually use the 60,000 square feet.
- Building size
- 200 ft wide x 300 ft long
- Floor area
- 60,000 sq ft
- Typical eave height
- 18 to 26 ft
- Framing
- engineered clear span, with interior columns for the widest widths where the design calls for it
- Primary frame
- pre-engineered rigid steel frame
- Bay spacing
- typically 25 to 30 ft, set to your layout
- Panels
- steel roof and wall panels, insulation to suit use
- Loads
- engineered to local snow, wind and seismic code
- Expansion
- designed to extend along its length by adding bays
Popular uses for a 200×300 Metal Building
Warehousing and storage
60,000 square feet is true warehouse scale. High eave heights of 18 to 26 feet support multi-level pallet racking, wide aisles and forklift traffic, while long clear runs keep the floor plate flexible as inventory needs change. We engineer the roof and frame for the point loads of racking, sprinkler systems and rooftop equipment.
Metal Warehouse BuildingsDistribution and fulfillment centers
A 200x300 gives logistics operators the throughput area for cross-docking, staging and pick-and-pack lines under one roof. Bay spacing and eave height are set around dock-high doors, trailer positions and conveyor runs. The wide floor plate suits fulfillment layouts that need long, uninterrupted flow.
Distribution Center BuildingsManufacturing and industrial
At 60,000 square feet a 200x300 houses production lines, heavy equipment and assembly areas with room to move material. We engineer the frame for overhead crane loads, mezzanines and the interior clearances your process demands, and match the panels and insulation to the plant environment.
Industrial Steel BuildingsCold storage and food processing
Refrigerated warehouses and food plants at this scale demand a tight, well-insulated envelope and a frame designed for insulated panel systems and controlled temperatures. We engineer the 200x300 shell around your refrigeration, drainage and sanitation requirements from the start.
Cold Storage BuildingsAircraft hangars
The 200-foot width and high eaves make a 200x300 well suited to hangaring multiple aircraft or large-frame planes, with the wide clear openings hangar doors require. We engineer the door headers, framing and wind loading for aviation use rather than adapting a stock building.
Airplane Hangar BuildingsIndoor sports and recreation
60,000 square feet fits multi-court sports complexes, indoor fields, riding arenas and large recreation centers, uses that value wide, obstruction-light spans and generous ceiling height. We engineer the clear width and eave height around the activities the space will host.
Recreational BuildingsHow a 200-foot-wide building is framed
At 200 feet, width is the defining engineering question. Pre-engineered steel delivers wide engineered clear spans, and for the widest widths we use one or more interior column lines where the design calls for it, balancing open floor area against steel weight and cost. A single row of interior columns down the length of a 60,000 sq ft building is often invisible in day-to-day operation, yet it can significantly reduce the frame required. Where your process genuinely needs uninterrupted width, such as a hangar door opening or a large clear arena, we engineer for that specifically.
Length is handled through bays, typically repeating 25 to 30 foot frame lines across the 300-foot run. Bay spacing is set around your racking layout, dock doors, crane runs and future expansion. Because the building is engineered rather than fixed, a 200×300 can be designed from the outset to extend along its length later, so a growing operation is not rebuilding, just adding bays.
200×300 Metal Building questions
How big is a 200x300 metal building?
A 200x300 metal building is 200 feet wide by 300 feet long, giving 60,000 square feet of floor space. That is industrial and distribution scale, comparable to a large warehouse, manufacturing plant or aircraft hangar.
Can a 200x300 metal building be built clear span?
200 feet is at the very wide end of pre-engineered steel. We engineer wide clear spans, and for widths this large we typically use one or more interior column lines where the design calls for it, which keeps the frame efficient. Where your operation genuinely needs uninterrupted width, we engineer for that specifically. The practical clear-span width for your project depends on loads and use, so we confirm it during design.
What can you use a 60,000 sq ft metal building for?
At 60,000 square feet, common uses are distribution and fulfillment centers, warehouses, manufacturing and industrial plants, cold storage and food processing, aircraft hangars, and large indoor sports or recreation facilities. The building is engineered around whichever of these you are building.
How tall can a 200x300 metal building be?
Eave heights of 18 to 26 feet are typical at this scale, chosen around racking height, crane clearance, dock doors or the equipment inside. Taller eaves are possible where the use calls for it. We set the height as part of engineering the building to your operation.
Can a 200x300 building be expanded later?
Yes. Because the building is engineered rather than fixed, a 200x300 can be designed from the outset to extend along its 300-foot length by adding bays. Planning for expansion at the design stage avoids costly reframing later.
Does Universal Steel engineer the building to local codes?
Yes. Every building is engineered to the snow, wind and seismic codes for your specific site and shipped direct from the closest plant for erection. We are a manufacturer, so the frame, panels and loads are matched to your location and use rather than sold as a fixed kit.
Get your 200x300 estimate
We engineer and ship from the closest plant, across the US and internationally. Tell us your site and use.