A machine shed near Harvey, North Dakota, should be planned around the equipment it needs to store, the openings that equipment must pass through, the site, and the building loads required for the project rather than a standard footprint. Measuring equipment first gives the owner a practical starting point for width, length, door size, eave height, circulation, and future expansion. This guide organizes those decisions so proposals can be compared on the same basis.
Frueh Construction is a general contractor based in Harvey, ND, building pole barns and post frame buildings for agricultural, commercial and residential owners across central North Dakota and South Dakota. To discuss a machine shed, call 701-693-5765.
What a Machine Shed Needs to Do
A machine shed can provide enclosed storage for tractors, combines, sprayers, planters, tillage tools, trailers, and related farm equipment. Some owners also want repair space, parts storage, or a separated work area, so the first planning question is whether the building is storage only or a mixed storage-and-workspace project. Post-frame construction can support large open interior areas, but bay spacing, clear span, truss design, columns, doors, and loads should follow the engineered building design.
How Big Should a Machine Shed Be?
Start With the Equipment List
List the machines and implements that will be stored, including reasonably anticipated future equipment. Record each item’s length, width, and height in the position in which it will enter and be stored, then note attachments that materially change those dimensions.
Add Working Room
A plan should include circulation and working clearance rather than only the equipment footprint. Allow room for safe access, opening cab or service doors, hitching implements, and moving equipment without unnecessary repositioning of other machines. Decide whether machines park side by side or in a line, since that choice changes the width and length of the building.
Plan Height
Eave height and door height should be checked against the tallest equipment and attachments that may use the building. Future equipment can also affect this decision, so proposed clearances should be reviewed before the building dimensions are finalized.
Leave Room to Grow
If future expansion is plausible, identify where an addition or lean-to could go and how utilities, doors, drainage, and site access would be affected. Expansion potential should be coordinated with the original structure and site rather than assumed to be simple later.
Door Openings Decide How the Shed Works
A shed with enough floor area can still be difficult to use if the openings do not match the equipment. Record the widest and tallest equipment that must pass through, add appropriate operating clearance, and decide how many openings are needed and where they should be placed for the intended traffic pattern. Frueh Construction builds custom bi-fold, overhead and slider doors for barns and machine sheds, so door type, size and placement can be planned with the building. Door type and placement should also account for the approach, drainage, snow accumulation, wind exposure, and the operating clearance the selected door system requires.
Floor, Power and Interior Layout
Floor
Decide whether the building will use gravel, a concrete slab, or different floor treatments in different areas. If repair work, drains, vehicle loads, or equipment supports are planned, those requirements should be reflected in the slab and site design. Frueh Construction provides concrete services for floors and slabs. If the building will include a heated workspace, floor-heating needs, insulation, controls, and the responsible trades should be defined in the project scope rather than assumed.
Power and Lighting
Identify outlets, lighting, door operators, chargers, tools, and other electrical loads that may be needed. The proposal should state which electrical work is included, excluded, or coordinated with another trade.
Workshop and Storage Areas
If part of the building will be a heated or enclosed work area, define the wall layout, insulation, ventilation, fire-separation needs if applicable, and utility scope during planning rather than adding them after the main shell is designed. Frueh Construction offers interior spray foam insulation for agricultural buildings. Sketch where the shop, parts storage and machine parking will sit so each proposal reflects the same layout.
Site Access, Drainage, Snow and Wind
Site planning should consider drainage, equipment turning space, material delivery, door approaches, overhead lines, buried utilities, setbacks, and access for construction and future use.
The building design should use the loads and foundation or post requirements that apply to the actual site and project. Snow, wind, soil, frost, exposure, occupancy, and local code requirements can affect the design, so the final values should come from the applicable building requirements and engineered plans. The proposal should state the design criteria being used, the post or column system, what engineering is included, and who is responsible for permits or required approvals. Frueh Construction’s framing and post-frame construction page describes laminated columns treated at the bottom and engineer-approved material packages.
Comparing Machine Shed Bids
Two proposals for a similar shed can differ because the included scope, materials, engineering, site work, doors, concrete, utilities, and finishes are not identical. Compare these items line by line:
- Building width, length and eave height
- Number, size and type of doors and any windows or walk doors
- Column or post type, trusses, roofing and siding materials and colors
- Site preparation, grading and floor type
- Electrical, lighting and insulation
- Engineering, permits and delivery
- Schedule, cleanup and payment terms
Ask for exclusions in writing and add any owner-supplied work to the comparison. As a general contractor, Frueh Construction can coordinate trades such as electricians and plumbers when that coordination is included in the project scope. A prefabricated steel building is another option to compare if you want a different structure type.
Plan Your Harvey Machine Shed With Frueh Construction
Machine shed planning starts with the equipment list, door requirements, site, floor, utilities, structural criteria, and future-use assumptions. When those items are defined before bidding, contractors can price a more comparable scope and the owner can evaluate differences more clearly. To discuss a machine shed project, call Frueh Construction at 701-693-5765.
Frequently Asked Questions
What size machine shed do I need?
Start with the length, width and height of every machine you plan to store, then add working room and space for future equipment. The equipment list should set the building size, not a standard footprint.
How tall should the doors be?
Door height should be checked against the tallest equipment in the position in which it will enter the building, with appropriate operating clearance. Attachments, antennas, and future equipment can affect the required opening.
Does a machine shed need a concrete floor?
Not always. Gravel may suit some storage uses, while a concrete slab may fit repair areas, drains, equipment loads, or a finished workspace. The choice should follow the intended use, site, structural needs, and project budget.
Can a machine shed also be a workshop?
Yes. A machine shed can include a separate shop or work area when the floor, power, insulation, ventilation, layout, and other applicable requirements are planned as part of the project.