Missouri Metal Buildings 📞 (417) 852-1145

Equipment Storage Buildings

Modern agricultural and contractor equipment represents a massive capital investment. A full combine, tractor set, and supporting implements can easily represent $750,000 or more in a single operation. Leaving that equipment exposed to Missouri's weather — ice storms, hail, UV, and humidity — accelerates mechanical wear, rust, and depreciation. A properly designed Red Iron pre-engineered steel equipment building from Missouri Metal Buildings protects that investment and keeps your operation running.

From machine sheds for single operations to multi-bay contractor equipment yards, we build clear-span steel structures with the door heights, floor systems, and features that heavy equipment actually requires.

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Why Clear-Span Red Iron Steel for Equipment Storage

Interior Space Without Compromises

A John Deere X9 combine is over 14 feet tall and 12 feet wide without the header — and storing it with headers attached can push that footprint well beyond 60 feet in one dimension. Conventional post-frame construction places structural columns on 8- to 12-foot centers, creating a slalom course of obstructions for large equipment. Our Red Iron I-beam frames span the full building width — 40, 60, 80, or 100 feet — without a single interior column. You drive in, maneuver freely, and get back to work.

This is the defining difference between tube steel and Red Iron construction. Red Iron structural I-beams carry load efficiently over long spans, which is exactly what an equipment building requires.

Wide Overhead Doors for Large Machines

Equipment buildings are only as functional as their doors. We engineer wide overhead door openings as part of the structural system — not as an afterthought. Common door configurations for equipment buildings include:

Hydraulic and electric overhead doors with auto-close features are available for added security and convenience.

Agricultural Equipment Storage

Machine Sheds for Full Farm Operations

Missouri row crop, grain, and livestock operations typically need storage for tractors, planters, combines, grain carts, sprayers, and supporting implements. A well-planned machine shed organizes equipment by frequency of use — quick-access items near the front, seasonal equipment in the rear — with wide center aisles for safe maneuvering. We help you lay out your building before we size it, ensuring every piece fits and every door is in the right place.

Protecting Your Equipment from Missouri Weather

Missouri's climate presents specific challenges for outdoor equipment storage: ice storms that seal equipment under layers of ice and damage rubber components, spring hail that dents sheet metal and cracks fiberglass, summer UV that degrades hoses and belts, and high humidity that accelerates rust. Enclosed steel storage eliminates all of these risks. The ROI on a well-built equipment building — in reduced maintenance, extended equipment life, and resale value — is substantial.

Contractor Equipment Yards

Organized, Secure, Code-Compliant

Contractors — excavation, concrete, electrical, plumbing, roofing — need equipment yards that keep tools and machinery secure, organized, and ready to load. A pre-engineered steel equipment building on your yard provides enclosed storage for high-value equipment, a covered area for material staging, and a shop space for repairs and maintenance — all under one roof.

Security is a major driver for contractor equipment buildings. Steel walls, commercial-grade overhead doors with heavy-duty locks, exterior lighting, and the ability to mount security cameras and alarm systems make metal buildings significantly more defensible than open lots or chain-link enclosures.

OSHA Compliance Made Easier

OSHA standards for contractor yards include requirements for adequate aisle widths (minimum 3 feet for pedestrian, more for powered equipment), proper lighting throughout work areas, fire extinguisher placement near fuel and fluid storage, and secondary containment systems for petroleum products. A well-designed metal building with concrete floors, proper floor drains, and organized layout makes satisfying these requirements straightforward. We can design your building with compliance in mind from the ground up.

Popular Equipment Storage Building Sizes

60x100x16

6,000 sqft — Mid-size farm operation. 3–4 tractors, implements, and seasonal storage.

80x150x18

12,000 sqft — Full farm or large contractor yard. Combines, sprayers, and multiple work bays.

60x120x16

7,200 sqft — Contractor facility with shop area and secure equipment bays.

100x200x20

20,000 sqft — Large operation or dealership prep. Maximum flexibility for any equipment.

Floor and Foundation Options

Concrete Floors

A reinforced concrete floor — typically 6 inches thick with rebar grid for equipment buildings — is the premium choice. Concrete supports the concentrated point loads from equipment tires, stabilizer pads, and jack stands. It makes cleanup easier, supports floor drain installation, and provides a level surface for maintenance work. For service bays where employees work under equipment, concrete is essentially required for safety.

Compacted Gravel

Many farmers and contractors use compacted gravel in storage bays with excellent results. A properly installed base — crushed limestone or compacted aggregate over geotextile fabric — drains well, supports heavy loads, and costs significantly less than full concrete. Gravel is particularly practical for larger storage-only bays where maintenance work won't be performed regularly.

Ventilation for Equipment Buildings

Equipment buildings accumulate moisture from several sources: equipment arriving wet from the field, condensation during temperature swings, and exhaust from engine warm-ups. Ridge vents running the full length of the building combined with sidewall intake openings create passive stack-effect ventilation that reduces condensation and prevents moisture buildup on stored machinery. For buildings where engines run inside, we can design mechanical ventilation with intake fans sized to provide adequate air exchange.

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Related Building Types

Also see: Livestock & Cattle Buildings for farm buildings combining equipment and animal housing, or Commercial Metal Warehouses for larger commercial storage applications.

Frequently Asked Questions

What size building do I need to store a combine?
Modern full-size combines — such as a Case IH 250 series or John Deere X9 — can be over 12 feet wide (without header), 14 feet tall, and 40 feet long. With the header attached or stored separately, plan for a building at least 60 feet wide and 100 feet deep with a minimum 16-foot eave height and a 16-to-20-foot overhead door. Storing multiple pieces of equipment requires a careful layout plan we can assist with.
What size overhead door do I need for farm equipment storage?
For tractors and smaller implements, 14-foot-wide by 14-foot-tall doors are common. Combines, sprayers, and large grain carts typically require 16-foot-wide by 16-foot-tall doors minimum. Planter rigs can be extremely wide — some exceeding 120 feet folded — so door width becomes a planning priority. We engineer each opening to match your specific equipment.
Should I use a concrete floor or compacted gravel in an equipment storage building?
Both are used successfully. Concrete is preferred for maintenance bays, wash areas, and where you'll be using floor jacks or working under equipment. Compacted gravel with a geotextile base is a lower-cost option for pure storage bays and drains well. Many operators use concrete in the front service area and gravel in the back storage bays.
How much ventilation does an equipment storage building need?
Equipment buildings require adequate ventilation to control moisture from equipment coming in wet from the field, exhaust fumes during engine warm-up, and condensation during seasonal transitions. Ridge vents combined with sidewall ventilation are standard. For buildings where engines run inside, we recommend a ventilation rate of at least 1 CFM per square foot during operating hours.
How is equipment storage different from hay storage in a metal building?
Hay storage requires maximum ventilation and moisture escape — typically open sidewalls — while equipment storage benefits from a more enclosed structure to protect machinery from weather and theft. Equipment buildings also require higher eave heights, wider overhead doors, and often concrete floors, while hay barns work fine with open sides and gravel or dirt floors.
Can I include a maintenance/service area in an equipment storage building?
Absolutely. Many equipment buildings incorporate a dedicated service bay with overhead lighting, concrete floor, floor drains, compressed air rough-ins, and a parts room or small office. We can design a combination building with both a large open storage section and a fully enclosed, insulated shop area under the same roof — saving money compared to two separate structures.
Are there OSHA considerations for contractor equipment storage yards?
Yes. Key OSHA considerations include adequate aisle widths for safe equipment movement, proper lighting (minimum 5 foot-candles in storage areas), fire extinguisher placement near fuel storage, and secondary containment for fuels and lubricants. A well-designed metal building with proper layout makes OSHA compliance straightforward to achieve and document.

Ready to Protect Your Equipment Investment?

Tell us what equipment you need to store, and we'll design a building that fits your operation, your property, and your budget. No obligation, no pressure — just an honest quote from people who build real steel buildings.

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