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A starting point for your project

Flour mill shed design 16 × 30 m starting form

Develop the building around grain intake, grinding and packed-flour movement. This enclosed concept separates the machine and packing envelopes from pallet staging so you can discuss the process route early.

Furnished flour mill shed 3D concept showing the frame and illustrative interior equipmentFURNISHED CONCEPT
Illustrative preset preview. Current starting inputs are listed below; inspect changes in the live editor.
Floor footprint
480 m²16 × 30 m width × length
Eave height
6.5 mCheck actual underside clearance
Bays along the length
6 bays5.00 m centre-to-centre
Wall arrangement
Enclosed perimeterStructural members remain at openings
Same footprint. Three bay arrangements.

See what changes the steel quantity.

The range compares 5, 6, 7 bays at the same width, length, eave, roof, openings and selected sections. It describes those modelled arrangements; it is not an engineered minimum–maximum allowance.

37.8–43.4kg/m² of floor footprint
3.51–4.03kg/sq ft of floor footprint

Concept take-off, sections not designed — run the section sizing screen

Starting 6-bay model: 19,460 kg of modelled steel.

See exact scenarios and quantity basis
BaysBay spacing (m)Model steel (kg)kg/m²kg/sq ft
56.0018,12737.763.508
6starting5.0019,46040.543.766
74.2920,81743.374.029

Primary / secondary / brace sections: BSP MB 300 × 140 · MC 100 × 50 · ISA 75 × 75 × 6

End-wall framing is enabled, matching a fresh editor preset; modelled end posts are included where walls are clad. This is net frame, secondary-member and plate mass. Procurement waste, cladding, civil works, furnishings and equipment loads remain separate. No price, safe capacity or design approval is inferred.

More than an empty shell

A furnished starting layout.

The current fit-out generator places 17 physical objects in this starting model. These counts come from that generated layout.

  • 1
    Feed / grain hopperGrain intake hopper
  • 2
    Processing machineCleaning machine envelope · Grinding machine envelope
  • 1
    Bagging stationFlour packing station
  • 1
    ConveyorTransfer conveyor
  • 3
    Palletised goodsPacked flour pallet
  • 1
    Storage rackPackaging rack
  • 1
    Workshop benchInspection bench
  • 4
    Linear light fixtureGeneral light
  • 2
    Extinguisher positionFire equipment position (review required)
  • 1
    Prefab door assemblyFront entry assembly

The 2.4 m central stripe is a planning reserve, not an approved exit route or vehicle swept-path result. Equipment is generic; confirm capacity, service clearances and actual loads separately.

Before you build your brief

Questions, answered.

A closer look at the flour mill shed concept, its editable inputs and the decisions that belong in a project-specific design.

What are the starting dimensions of the flour mill shed?

The preset starts at 16 m wide by 30 m long, with a 6.5 m eave and 6 bays along its length. You can edit these dimensions. They describe a concept starting form, not an operating capacity or approved structural design.

Which flour-mill equipment is shown?

The generated arrangement includes grain intake, generic cleaning and grinding envelopes, a packing station, transfer conveyor, pallets and inspection space. These are spatial objects rather than a supplied process line.

Does the model solve flour-dust extraction?

No extraction system or dust-hazard design is generated. Establish the process, dust collection routes, equipment requirements and fire-risk controls with the relevant specialists.

Are grain and flour storage loads included in the structure?

The displayed pallets and equipment do not automatically apply floor or frame loads. Provide the actual storage arrangement, machinery weights and operating actions to the project designer.

Can the flour mill have multiple processing levels?

A multi-level process must be coordinated from supplier drawings. You can explore a mezzanine separately, but the starting shell and its steel quantity do not design equipment platforms or floor systems.

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Make this starting point your own.

Adjust the dimensions, roof, enclosure and equipment layout. Keep refining the actual project brief and engineering inputs alongside the model.

Start in 3D