Projects 02 of 04 · Warehousing and logistics

A warehouse is a traffic plan with a roof over it.

Docks, ramps, door counts and turning circles decide the building long before span does. Our largest is 300,000 m² of warehouse on 18,000 t of steel, moving 500,000 parcels a day.

300,000 m²JD warehousing park, Hebei
18,000 tsteel in that one park
500,000parcels a day through it
11,130 m²provincial grain reserve, Jinzhou
What a warehouse asks for

Five Things That Decide the Building Before the Span Does

Storage is the easy part. The hard part is everything arriving at once, at a door, at eight in the morning.

01

Doors and docks

How many, how wide, whether the trailer backs onto a raised dock or a ramp. The door line sets the wall, and the wall sets where the columns cannot go.

02

Grid and clear height

A wide grid with no columns in the racking zone is worth more than the steel it costs. Clear height follows the rack, not the other way round.

03

The floor

Flatness for a reach truck, joints where the traffic runs, and a surface that will still take a pallet in ten years. The floor is what the operator touches every day.

04

Roof space

Sprinkler mains, ducting, and whether the roof has to carry anything later. Depth left in the structure now is cheaper than a redesign when the client adds a system.

05

The yard

Turning circles for a 12 m trailer, queuing space, and the gate that has to be open at the same time as the far dock. The building is judged by what happens outside it.

Before the layout is fixed

Six Numbers We Ask For First

Every one of these is a client number, not ours. Change it later and the frame changes with it.

01

Throughput

Parcels, pallets or tonnes a day, and the peak hour that comes with it. Average flow designs a building that fails every morning.

02

Door count

One door per how much traffic, and how many of them are inbound. Doors cost more per square metre than any other wall.

03

Stack height

Rack height plus the clearance the truck needs plus the sprinkler space. That total is the eave height, and it is not negotiable later.

04

Vehicle size

A 12 m trailer and a 40 ft container have different turning envelopes. The yard is designed for the largest one that will really arrive.

05

Floor loading

Point loads from rack legs, and the aisle pressure from the trucks. The slab is designed before the frame is drawn.

06

The next building

Warehouses are built in rows. If phase two will share a wall, the wall is designed as a shared wall from the first drawing.

Built

Two Scales of Storage

JD warehousing park, Hebei300,000 m² of warehouse on 18,000 t of steel, 500,000 parcels a day. Docks, ramps and door counts set the building before span did, and the roof stayed clear for the conveyor. Recorded as a Hebei demonstration project.300,000 m²
Provincial grain reserve warehouse, JinzhouGrain storage, where the roof and the wall have to keep a controlled interior and the floor has to carry loaded handling equipment.11,130 m²
Logistics warehouse, Burkina FasoPart of a three-building, 6,800 m² shipment to West Africa — pre-engineered frames and envelope, packed as one kit.West Africa
The full register, including the industrial and cold-chain projects, is on the projects page.
The other three

Other Sectors

Send the Flow Diagram. We Will Tell You How Many Doors It Needs.

Inbound, outbound, peak hour and the largest vehicle that will use the yard. Four numbers, and the layout starts to design itself.

Send the flow