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E-Commerce Logistics
E-commerce logistics puts demands on buildings that most buildings aren’t designed to meet. Order volumes spike without warning. Returns flow back against the primary goods movement. Automation systems arrive with specifications that the base build needs to have anticipated. We work with developers, operators and retailers to design facilities that handle all of that from day one, not as afterthoughts worked around an inflexible structure.
Speak to our e-commerce logistics team
What sets us apart in e-commerce logistics
We’re a multi-disciplinary team, which means the structural engineer, M&E engineer, architect and BIM coordinator are on the same project from feasibility through to detailed design. That continuity matters more than it might sound. It means the decisions made early on, about column grids, floor loadings and power capacity, are made with a full picture of what comes later, not revisited at cost when the automation spec arrives.
Our logistics work sits within a broader practice that covers ports, rail, manufacturing and major infrastructure. That range gives us a view of how logistics facilities connect to supply chains, not just how to design the building in isolation. It shows up in the practical details: how a yard is laid out for multi-modal movement, where power headroom needs to be reserved, how a structure carries future load.
Operational logic
Building around flow, not around footprint
The layout of a fulfilment centre determines its throughput ceiling. Column grids, clear heights, dock door ratios, pick path distances. These are structural and spatial decisions, made at design stage, with direct consequences for how fast orders move through the building. We design e-commerce warehouse facilities around that operational logic, working alongside materials handling and automation vendors from the start so the structure and the system fit each other.
Future-ready infrastructure
Designed for the operation you haven't specified yet
The brief on day one rarely reflects the operation in year three. SKU ranges change, return volumes grow, automation technology moves on faster than lease terms do. We carry that into every fulfilment centre design: structural capacity for future mezzanine levels, M&E headroom for additional conveyors or robotics, and layouts that keep options open rather than closing them off before the building’s paid for itself.
Carbon performance
Meeting the standards logistics real estate now demands
Institutional investors and major occupiers now set minimum thresholds for energy ratings, embodied carbon and biodiversity net gain. BREEAM Excellent is increasingly the floor, not the target. Our M&E team has delivered commercial buildings at Outstanding level, and our experience covers low and zero-carbon building services, photovoltaic integration and EV charging infrastructure at logistics yard scale. These aren’t bolt-on extras; they’re part of the design from the outset.
Cold store design sits at the point where food safety, energy performance and operational flow converge, and a weakness in any one of them costs money. We work with multi-temperature 3PLs, food manufacturers and port operators across the UK, bringing structural, M&E and refrigeration engineering together under one team to produce cold storage facility design that’s grounded in how these buildings actually operate, not just how they’re specified on paper.
Distribution centre design determines how well a logistics operation performs for the life of a building. A layout that works under normal conditions but breaks down at peak, or a facility spec’d for today’s operation with no room to change, creates problems that compound over years. We’ve designed and delivered distribution centres and warehouses across the UK, for operators running regional depots through to large national networks.
Food service engineering demands more than a kitchen layout. It demands a team that can hold food safety legislation, building physics, M&E coordination and operational flow in mind at the same time. We work across commercial kitchen design, catering facility design and ecommerce warehouse design for food, from hospital production kitchens to ambient and chilled grocery fulfilment. The facilities we deliver work as well on day 300 as they do on day one.
FAQs: Understanding e-commerce logistics
Questions we’re often asked about e-commerce logistics.
E-commerce logistics is the infrastructure of online retail: the network of facilities, systems and processes that gets an order from a seller’s inventory to a customer’s door. It spans warehousing, inventory management, order processing, picking, packing, despatch and final-mile delivery. At the built environment level, it’s primarily concerned with how fulfilment centres and distribution warehouses are designed, located and operated.
Fulfilment centre design is a more operationally specific brief than general industrial building design. It requires decisions on structural layout, floor loading, clear heights, dock door ratios, fire strategy, power supply and automation integration, all shaped by how the facility will process orders. The sequence matters: the operational model should drive the building brief, not the other way around.
Ecommerce warehouse design is defined by order complexity rather than volume. Where a conventional warehouse moves pallets, an e-commerce facility processes thousands of individual picks, with different requirements for floor flatness, pick path layout, returns handling, conveyor routing and power density. The gap between the two briefs is significant, and conflating them is one of the more common sources of operational underperformance in new logistics facilities.
Planning for fulfilment centres is shaped by access, impact and use class. Logistics and storage use falls under Class B8, though facilities with mixed functions may need a different or combined consent. Transport assessments, noise assessments and biodiversity net gain plans are now standard requirements. Sites close to motorway junctions and with existing HGV infrastructure tend to move through planning more predictably.
Automation in e-commerce logistics is now standard across most new fulfilment centre builds. Common systems include goods-to-person robots, AutoStore compact grids, conveyor sorters, automated storage and retrieval systems and voice-directed picking. Each has specific building requirements: floor flatness tolerances, structural load paths, power capacity and cooling loads. The building needs to have been designed with the automation system in mind, not the other way around.
