Logistics and Last-Mile Delivery in Africa: Solving the Continent's Hardest Commerce Problem
An analysis of Africa's logistics challenge — why last-mile delivery is so difficult, which companies are solving it, and what the path to scalable, affordable delivery infrastructure looks like.
Ask any e-commerce operator in Africa what their most persistent operational challenge is, and the answer is almost always the same: logistics. Specifically, last-mile delivery — getting a product from a warehouse or collection point to the customer's location — is the problem that has constrained African e-commerce more than any other single factor. It is the reason that Jumia's customer promise of "delivered in 2–3 days" has been difficult to consistently honour. It is why cash-on-delivery — operationally complex and working-capital-intensive — remains necessary in markets where digital payment exists but delivery reliability does not. And it is why the per-unit fulfilment cost in African markets remains high enough to make the economics of low-average-order-value categories commercially unviable for many operators.
Why African Last-Mile Delivery Is Hard
The Addressing Problem
The foundational challenge of African last-mile delivery is addressing. Formal street addressing — the numbered street addresses that enable automated delivery routing in developed markets — is absent or unreliable in most African residential areas. In Lagos, Nairobi, Kampala, and Accra, the majority of residents have addresses that are either non-existent (no formal house number or street name) or exist only on paper (formally assigned addresses that nobody uses in practice). The result: delivery instructions are provided in natural language ("turn left at the big church, red gate, ask the security man"), which requires human interpretation at every delivery and cannot be automated or optimised algorithmically.
Several solutions are being developed. What3words — a global addressing system that assigns a unique three-word identifier to every 3m x 3m square on earth — has been adopted by several African logistics companies and is gaining consumer recognition in Kenya and Nigeria. Google's Plus Codes provides a similar geocoded address alternative. The challenge is adoption: an addressing system only works as a delivery infrastructure when both senders (e-commerce companies) and receivers (consumers) use it consistently — and changing addressing conventions requires the kind of mass behaviour change that is difficult to achieve without sustained government or platform mandates.
Road Infrastructure and Urban Congestion
African urban road infrastructure — particularly in Lagos, Nairobi, and other major commercial cities — creates delivery time and cost challenges that no logistics company can fully engineer around. Lagos's legendary traffic congestion adds hours to delivery routes that would take minutes in an orderly road network. Nairobi's road infrastructure in informal settlements is impassable for standard vehicles at certain times. And the absence of reliable rural road infrastructure constrains delivery reach to urban and peri-urban areas in most markets, excluding the rural majority of many African populations from e-commerce access.
Who Is Solving African Logistics
Motorcycle-First Last-Mile
The most successful African last-mile delivery innovation is the obvious one: motorcycles. In the congested, informally addressed urban environments that characterise most African cities, a motorcycle-riding delivery agent can navigate traffic that immobilises vans, enter narrow alleyways that four-wheeled vehicles cannot access, and use local knowledge to find informally-described addresses that GPS routing cannot interpret. Companies including Kobo360, Sendy, Lori Systems, and marketplace logistics arms have built motorcycle-first delivery fleets that serve urban African commerce more effectively than vehicle-first approaches.
Hub-and-Spoke Models
Several logistics companies are deploying hub-and-spoke models — centralised warehousing hubs with distributed local collection and delivery spokes — that optimise the different economics of bulk transport (where vehicles are efficient) and last-mile delivery (where motorcycles or foot delivery is more effective). Jumia's fulfilment centres function on this model; Sendy's logistics network uses it; and several Africa-specific 3PL (third-party logistics) providers have built hub networks that enable e-commerce operators to outsource their logistics complexity to specialists.
Collection Point Networks
An alternative to doorstep delivery in markets where home delivery is expensive and unreliable is collection points — networks of physical locations (shops, petrol stations, pharmacies) where customers collect orders. Pickup points eliminate the addressing problem entirely (the collection point has a reliable address), enable route optimisation (multiple orders delivered to one location instead of individually), and allow customers to collect at their convenience rather than requiring them to be home for delivery. Pargo (South Africa) has built a network of 4,000+ collection points; similar networks are developing in Kenya and Nigeria.
The Economics of African Logistics
The fundamental economics of African last-mile delivery have historically been challenging: high delivery cost per unit (driven by addressing difficulty, traffic, and fuel costs), relatively low average order values (making the logistics cost a high proportion of the transaction value), and significant return and failed-delivery costs (where cash-on-delivery orders are refused or addresses are incorrect). The most promising path to sustainable logistics economics involves: increasing average order values through product mix management; reducing failed delivery rates through better addressing and pre-delivery communication; and building the density of delivery volumes per route that enables route optimisation to reduce per-unit cost. None of these is simple — but the companies that solve them will build the infrastructure on which African e-commerce scales.