What Is a Microhub and Why It Is Changing How London Gets Its Deliveries

The traditional model of urban delivery — a large depot on the city’s edge, a fleet of diesel vans, a long inbound journey before the first drop — is being replaced by something smaller, faster, and structurally better suited to how cities actually work. The microhub is at the centre of that shift.

The logistics industry has a geography problem. Warehouses are expensive to run in city centres, so most of them are not in city centres. They are on industrial estates at the urban fringe, where land is cheaper and vehicles can manoeuvre easily. This made sound economic sense when goods were being delivered in bulk to retail stores. It makes much less sense in a world where millions of individual orders need to reach millions of individual addresses, often within hours of being placed.

The microhub is the infrastructure response to this structural mismatch. Mango Logistics Group operates a network of microhubs across London, alongside its Central London warehouse, to solve precisely this problem.

Urban delivery has not failed because couriers are slow. It has failed because the infrastructure was built for a different city, a different supply chain, and a different set of customer expectations.

What is a microhub? A clear definition

A microhub is a small, strategically positioned logistics facility located within or close to a delivery zone — typically in an urban or inner-city location — that serves as a local despatch point for final mile deliveries. Unlike a traditional warehouse, a microhub is not designed for long-term storage. It is designed for throughput: receiving pre-sorted stock from a central facility, holding it briefly, and despatching it rapidly to nearby addresses via low-emission vehicles.

The defining operational characteristic of a microhub is its relationship to the surrounding delivery zone. A well-positioned microhub puts cargo bikes within two to three kilometres of the majority of addresses it serves — a distance a cargo bike can cover in under fifteen minutes, repeatedly, throughout a working day.

How a microhub network operates in practice

The central warehouse feeds the microhubs

A microhub network operates in conjunction with a central facility, not instead of one. Mango Logistics Group’s Central London warehouse handles the functions that require scale: bulk stock receipt and intake, inventory management, pick and pack for fulfilment orders, and consolidation of outbound consignments. The microhubs receive pre-sorted, pre-labelled parcels from the central facility and hold them briefly before final mile despatch.

Stock is pre-positioned, not retrieved

In a single-depot model, every parcel begins its delivery journey at a fixed point — often well outside the delivery zone. In a microhub model, stock can be pre-positioned in the microhub serving a particular area before orders are even placed, based on demand forecasting and order patterns.

Cargo bikes as the primary last-mile vehicle

Microhubs unlock cargo bike operations at scale. A cargo bike operating from a microhub two kilometres from its delivery zone can complete significantly more deliveries in the same time, because the positioning leg is a fraction of the total journey. For inner-city London delivery, a well-positioned microhub converts cargo bikes from a niche sustainability choice into the most efficient vehicle in the fleet.

A cargo bike operating from a microhub two kilometres from its delivery zone is not a green compromise. In central London during business hours, it is the fastest, most cost-efficient vehicle available. The microhub is what makes that true.

Traditional depot model vs microhub network: a direct comparison

Why microhubs matter especially in London

The Ultra Low Emission Zone

The ULEZ covers all of Greater London, and non-compliant vehicles face a daily charge. The microhub model, by shifting the primary last-mile vehicle to cargo bikes and electric vehicles, eliminates ULEZ exposure entirely.

Traffic congestion and journey time unpredictability

A van leaving a depot in Park Royal at 9am may reach its first Shoreditch delivery at 9:50 on a quiet day or 11:15 on a bad one. A cargo bike leaving a Shoreditch microhub faces a journey measured in minutes, not vulnerable to the same variability.

Parking and loading restrictions

Cargo bikes have no loading restriction equivalent. They access streets, courtyards, and building approaches that vans cannot reach and do not require a formal loading bay to operate effectively.

Demand concentration in specific zones

London’s delivery demand is not evenly distributed. The City of London, Shoreditch, Canary Wharf, Bermondsey, Southwark, the West End, and Mayfair account for a disproportionate share of delivery volume. A microhub positioned to serve one of these zones concentrates delivery efficiency exactly where delivery density is highest.

What the microhub model delivers for Mango Logistics Group clients

• Two-hour delivery across Central London as a standard, repeatable service.
• Same-day delivery across Greater London with a meaningful late cutoff.
• Zero ULEZ surcharges on any London delivery.
• Higher first-attempt delivery success rates, as shorter routes mean drivers are less time-pressured.
• Real-time tracking with genuine ETA accuracy.
• Network resilience: if one part of the network is under pressure, volume is absorbed by adjacent hubs.
• Distributed stock positioning for high-volume clients.

Mango Logistics Group has invested in microhub infrastructure because it produces better outcomes for clients and their customers: faster delivery, more reliable ETAs, lower emissions, and the operational flexibility to absorb volume peaks without degrading service quality. If you would like to understand how Mango Logistics Group’s Central London warehouse and microhub network can support your delivery requirements, speak to our team.

Published by Mango Logistics Group · mangologisticsgroup.co.uk · info@mangologisticsgroup.co.uk