Capability 01 / Space

Design the flow. Then design the building around it.

Racking plans and floor area are only part of a warehouse. The real design starts with what must move, how often, how safely and at what pace.

Conceptual planINOUTRECEIVINGRESERVE STORAGEDISPATCHFORWARD PICKPACK · SORTCONTROLLED ZONE

Every metre has a job.

We examine the relationships between inbound, storage, replenishment, picking, staging, outbound and returns. Those relationships shape layout, aisle geometry, equipment concepts, throughput and the cost of change.

Designed for today's operation—and tomorrow's constraints.

The right facility balances capacity with accessibility, safety and the ability to evolve. A few more pallet positions mean little if they make daily movement slower and more expensive.

In one picture

Read the building as a route

Conceptual diagramINOUTRECEIVINGRESERVE STORAGEDISPATCHFORWARD PICKPACK · SORTCONTROLLED ZONE
Conceptual plan with the main goods route highlighted, from inbound dock to outbound dock. Illustrative, not a design for any specific facility.

Scope of work

What the engagement may include

More capacity is not always more throughput.

  1. Current-state flow and operational requirements
  2. SKU, inventory and demand profile analysis
  3. Capacity, space and adjacency concepts
  4. Storage/racking and material-handling options
  5. Receiving, picking, replenishment and dispatch layouts
  6. Automation readiness and future expansion planning
  7. Implementation phasing and operational transition plans
  8. Coordination with licensed designers, architects and specialist engineers when needed
A symmetrical pallet-racking aisle loaded with cartons, drums and containers.

Outcomes

What good looks like

  • A layout whose travel paths, storage and docks are sized from the order profile.
  • Trade-offs between density and throughput stated openly, with the reasoning behind each choice.
  • A phasing plan that keeps the operation running while the building changes.

Integration

What the layout has to agree with

Handling equipment
Aisle widths, turning circles, lift heights and charging positions follow from the trucks and systems chosen—and constrain them in return.
Automation
Conveyor routes, mezzanine loads and maintenance access are far cheaper to reserve on a drawing than to retrofit on a floor.
Software
Location naming, zone logic and pick paths in the WMS should mirror the physical layout, not fight it.
People
Pedestrian routes, welfare areas and supervision sightlines decide whether a layout is workable on a long shift.

How this is deliveredStructural, fire, building-services and other regulated design work is carried out and signed off by appropriately licensed professionals. Our role is the operational and material-flow design those disciplines build around.

FAQ

Questions worth asking early

Can you work on an existing warehouse, or only a new build?

Both are relevant. Existing facilities often benefit from targeted flow redesign, software improvements or selectively introduced automation. The feasible scope depends on layout, operating constraints and the business case.

Can you automate a factory?

We can explore intralogistics and warehouse flow inside industrial environments, but factory production-line engineering and manufacturing equipment are outside our present focus.

Which countries do you serve?

We evaluate projects individually based on geography, complexity, partner availability and regulatory requirements. Contact us with your location and requirements.

Start a conversation

Design the flow. Then design the building around it.

Racking plans and floor area are only part of a warehouse. The real design starts with what must move, how often, how safely and at what pace.