More Parcel Capacity Cannot Recover Time Lost Before Dispatch - Experts Explain
A parcel network can expand its processing capacity while a retailer’s stock remains unavailable inside the warehouse. Goods waiting for a receiving door, equipment or put-away cannot yet support customer orders. When those delays consume the time reserved for picking, packing and collection, additional downstream capacity may arrive too late to protect the original delivery promise. Evri’s October 26 announcement of investment ahead of the seasonal peak addresses the distribution side of that equation. Separate responses from logistics software provider INFORM explain why readiness also depends on coordinating inbound arrivals with the people, space and equipment needed to make inventory usable.
Capacity Investment Addresses One Part of the Journey
Evri says it has invested £32.2 million this year in infrastructure, technology, automation and operational capabilities. Its announcement reports network capacity of 4.9 million parcels a day, supported by projects including further development at its Barnsley super hub, an additional Barnsley fulfilment site and expansion of its locker network. Martijn De Lange, CEO, Evri Group, presents that preparation as a continuous operating requirement. “Preparing for it isn't something we start in the weeks leading up to Christmas,” he said in the announcement supplied by the company’s press office. The investment and capacity figures are company-reported measures. They describe spending and stated processing capability, rather than the delivery performance that will result during the coming peak. For a retailer booking parcel services, the distinction is practical. Available network capacity becomes useful when orders are ready for collection within the agreed window. It cannot, by itself, recover the hours consumed while inbound inventory waits to enter the fulfilment process.
The Receiving Queue Can Consume the Selling Window
Justin Newell, CEO, INFORM North America, identifies receiving as a primary pressure point when incoming volume exceeds the assumptions around which operations were designed. His response emphasizes the coordination problem between ports, drayage providers and warehouses working with limited shared visibility. Within a facility, scheduled arrivals also need to match receiving doors, personnel and handling equipment. “When trucks or containers are sitting in the yard longer than usual waiting for a dock door, it's an immediate red flag that the warehouse is backed up and capacity is strained,” Newell said.
That warning concerns the time remaining to complete the next stages. Unloading a container does not necessarily make its contents available for picking. Goods may still need to move through staging, checks and put-away before the warehouse system records usable stock. The operational implication is that a completed inbound transport movement can conceal an unfinished inventory task. A retailer may know that goods have arrived without knowing whether they can support orders due to leave that day. Tracking the elapsed time between arrival, receipt and stock availability makes that distinction visible.
Coordinate Arrivals Before Adding More Work
Newell recommends aligning transport reservations and warehouse appointments early, sharing receiving information and using advance shipping notices to prepare for incoming loads. He also proposes prioritizing Black Friday products and assigning handling equipment to receiving during the busiest inbound periods. Those measures address different constraints. Appointment planning controls when work arrives. Advance information helps teams prepare for it. Product priorities determine which inventory should move first when the operation cannot process everything at once. Adding labour without preserving accuracy can create another queue downstream. Newell recommends completing seasonal onboarding before volumes peak and retaining scan verification. A receiving or picking error that requires investigation consumes time that a higher nominal handling rate may fail to capture.
The retailer’s own inventory position also matters. In earlier coverage by The Supply Chainer, Shibu Sasidharan, Senior Vice President of Strategy and Growth, Exol, noted: “You can have plenty of stock available, but if it’s sitting hundreds of miles from where customers are placing orders”. His observation concerned retail fulfilment peaks, rather than Evri’s network. It identifies a complementary limitation: stock quantity, location and readiness all affect whether transport capacity can be used effectively.
Define When a Delay Changes the Promise
Newell identifies yard waiting time, dock-door utilization, internal transport delays and dock-to-stock time as useful warning measures. They reveal different stages of congestion, rather than providing one universal threshold for intervention. Evri’s supplied announcement describes additional capacity and preparation but does not specify which operational signals would trigger changes to courier coverage, sortation capacity or delivery promises. INFORM likewise supplies no site-specific threshold that establishes when a backlog becomes unrecoverable. That leaves an important decision for retailers and their logistics partners: when does an inbound delay require a revised collection plan or customer commitment?
The answer depends on the work still outstanding and the next departure that can realistically be met. Peak readiness therefore needs an agreed handover between warehouse status and transport planning. Someone must establish when incoming goods will become pickable, whether orders can still reach collection and who changes the promise if they cannot. A larger parcel network provides more capacity to move ready orders. The warehouse must establish which orders will be ready in time.
