Warehouse automation can increase capacity, reduce travel and support more consistent fulfilment. But the success of an automation project is not decided by the equipment alone. It also depends on whether the operation, the building and the delivery plan are ready.
For an existing or brownfield warehouse, a warehouse automation readiness assessment should happen before a preferred system is selected. The building may require floor remediation, additional power, sprinkler alterations, maintenance access or a difficult shutdown programme.
Before inviting automation suppliers to design around your site, ask these eight building questions.
1. What operational problem are you trying to solve?
Start with the business requirement, not a particular robot, shuttle or storage system.
Be clear about the outcome automation needs to deliver:
More storage or picking capacity
Higher throughput at peak
Shorter travel distances
Improved accuracy
Reduced labour pressure
Safer handling
A new customer or service level
Greater resilience or flexibility
Automation will not remove unclear stock data, inconsistent replenishment, poorly defined exceptions or an unsuitable goods flow. It can make those weaknesses more visible—and more expensive.
The brief should include current and forecast volumes, SKU characteristics, order profiles, peak patterns and growth assumptions. This allows the technology decision to follow the operational need rather than the other way around.
2. Is the warehouse floor suitable?
Different automation systems place different demands on the warehouse floor.
Autonomous mobile robots may need a smooth and well-maintained travel surface. Grid, conveyor, crane and automated storage systems may have more specific requirements for flatness, levelness, fixings and loading.
Before committing to a system, establish:
The condition of the slab, joints and previous repairs
Floor flatness and levelness across the proposed footprint
The load capacity of the slab and supporting structure
Whether new point loads, tracks or equipment bases are proposed
Whether cracking or movement could affect alignment
What remediation would cost and how it would affect the programme
An apparently minor floor issue can become a major cost when it affects a large automation footprint or must be corrected around live operations.
A specialist floor survey and structural review may be needed. A visual inspection alone is unlikely to provide enough information for a significant automation investment. Government Approved Document A covers structural loadings and the building’s structural elements.
3. Does the building provide usable height and geometry?
Headline clear height does not tell the whole story. Automation must fit around the building that actually exists.
Review:
Clear height beneath haunches, services and suspended equipment
Column positions and structural bracing
Smoke ventilation and sprinkler zones
Doors, docks, walls and fire compartments
Changes in floor level
Maintenance and emergency access
The clear space required above, below and around the system
Some technologies can work around columns, irregular footprints or lower ceilings. Others need uninterrupted height, straight runs or defined clearances.
The question is not simply whether automation will fit somewhere in the warehouse. It is whether it can be positioned in a way that supports the complete operation.
A coordinated layout should show the proposed automation alongside racking, workstations, conveyors, pedestrian routes, MHE, fire measures and building services.
4. Are power, charging and digital connectivity ready?
Automation introduces new infrastructure demands.
These can include power for conveyors, cranes, controls, robotic workstations and charging, together with resilient network coverage and connections to warehouse software.
Check:
Existing electrical capacity and spare ways
Where power distribution and charging points would be located
Whether an upgraded connection or new electrical equipment may be required
Standby, resilience and controlled-shutdown requirements
Heat produced by equipment, batteries or control cabinets
Wi-Fi or other wireless coverage across robot routes
Data cabling and control-room requirements
Integration with the WMS, WCS, ERP and other operational systems
What happens when a power, network or software component fails
The associated building-services work can be substantial, particularly where a warehouse has evolved incrementally or reliable as-built information is limited.
It should be assessed before the automation programme and go-live date are fixed.
5. How will automation affect the fire strategy?
Automation can change storage density, travel distances, fire loading, access, sprinkler coverage and the way people occupy or move through the building.
A fire-strategy review may need to consider:
Changes to racking or storage configuration
Obstructions to sprinkler discharge
Detection and alarm coverage
Smoke control and ventilation
Compartmentation and service penetrations
Escape routes and travel distances
Access and facilities for the fire and rescue service
Battery charging or alternative energy systems
Emergency and maintenance intervention
Temporary fire arrangements during installation
The existing fire risk assessment may not establish the effect of a major physical and operational change.
Building control, the insurer, landlord, fire engineer and specialist suppliers may all need to contribute. These conversations are far easier before the equipment layout is treated as fixed. Government Approved Document B provides statutory guidance for fire safety in and around buildings in England.
6. Can people, vehicles and automated equipment move safely?
Automation does not remove the need for safe warehouse movement. It changes the interfaces that must be managed.
Map the proposed movements of:
Pedestrians
Lift trucks and other MHE
HGVs and yard vehicles
Autonomous mobile robots or AGVs
Pallets, totes and conveyors
Maintenance personnel
Contractors and visitors
HSE workplace transport guidance says pedestrians and vehicles should be separated wherever reasonably practicable. Routes involving automatic vehicles also need suitable safeguards so that people are not trapped or exposed to avoidable collision risks.
Look closely at crossings, blind corners, doorways, workstations, charging areas, emergency routes and points where manual and automated processes meet.
Safe movement must work during normal operation, peak periods, cleaning, maintenance, faults and system recovery—not only during a supplier demonstration.
7. Can the equipment be installed, maintained and replaced?
An automation system can fit on a finished drawing but still be extremely difficult to deliver.
Before approval, test the practical route from the delivery vehicle to the final position:
Are the doors and docks large enough?
Can heavy or long components reach the installation area?
Is suitable lifting access available?
Will temporary openings or structural alterations be needed?
Where will equipment be assembled and stored?
Can installation work be segregated from live operations?
Is there safe access for inspection, cleaning and maintenance?
Can batteries, motors, control panels and larger components be removed later?
Is recovery equipment accessible when the system stops?
Maintenance should not be treated as a post-installation issue.
The space, access and isolation requirements needed throughout the life of the system should be built into the coordinated layout and project scope from the start.
8. Can the project work around live operations—and adapt later?
Many warehouse automation projects are now introduced into existing, operational buildings.
The implementation plan therefore needs to protect customer service as well as the construction programme.
Consider:
Which areas can be released and when
Temporary storage and picking arrangements
Peak trading and contract-mobilisation periods
Shutdowns, isolations and software cutovers
Contractor access and segregation
Commissioning and testing
Training and operational readiness
Fallback arrangements if a phase is delayed
How manual and automated processes will coexist
How the system could expand, move or change later
A phased solution may reduce disruption and investment risk, but only when each phase works as part of a coherent long-term plan.
Designing solely for today’s volume can create an expensive constraint when customer requirements, SKU profiles or throughput levels change.
What does a warehouse automation readiness review cover?
A useful warehouse automation readiness review brings together the operational requirement and the physical building before a supplier-led design becomes difficult to change.
Depending on the project, it may include:
Review of the operational brief and growth assumptions
Site and building constraints
Floor, structural and access requirements
Coordinated layout review
Power, data and building-services implications
Fire-strategy and CDM considerations
Live-site phasing and temporary arrangements
Responsibilities, decisions and information gaps
Likely enabling works and project risks
The aim is not to select the automation technology on the client’s behalf.
It is to establish whether the building and wider project are ready to support a good investment decision.
Can an older warehouse be automated?
Often, yes.
Modern automation can be introduced into many existing or irregular buildings, and some systems are designed specifically for phased or brownfield deployment.
However, “possible” is not the same as “straightforward” or “commercially sensible”.
Floor condition, structural capacity, clearances, fire protection, power, connectivity, access and operational disruption all need to be understood.
In some cases, targeted refurbishment can make the existing warehouse suitable. In others, a different automation approach—or a wider decision to reconfigure or relocate—may offer better long-term value.
Do CDM duties apply to warehouse automation projects?
They can.
Automation projects frequently include construction work such as structural alterations, building-services installations, fixed equipment, guarding, floor works, fire-protection changes and other building modifications.
HSE guidance for commercial clients says clients must make suitable arrangements for managing construction projects. Where more than one contractor is involved, the client must appoint a Principal Designer and Principal Contractor in writing.
The delivery structure should be considered early, particularly where an automation supplier, building contractor, electrical contractor, fire specialist, racking contractor and software or controls teams will all contribute.
Review the building before committing to the system
Automation suppliers understand their systems. Warehouse operators understand their customers, processes and performance pressures.
Between the two sits the existing building, the construction work and the practical route to delivery.
That is where an independent technical and project review can add value.
KTCS helps warehouse, logistics and 3PL teams assess existing facilities, coordinate layouts and technical requirements, define enabling works, plan live-site delivery and establish the right project responsibilities before major commitments are made.
Our support can include:
Coordinated drawings and technical interfaces
Warehouse project leadership and live-site delivery planning
To discuss an automation readiness review for an existing warehouse, contact KTCS or email info@ktcsltd.com.