Here’s a roundup of the most relevant city logistics news from the past two weeks:
Urban consolidation centers: context matters more than the concept
A recent analysis by the Dutch Kennisinstituut voor Mobiliteitsbeleid (KiM), published on 21 March, reviewed urban consolidation centers and reached a key conclusion: their effectiveness is highly context-dependent. In dense urban areas with historic city centers, hubs combined with small electric vehicles can reduce emissions, noise, and spatial pressure — but they are not a universal fix.
Why cities keep getting logistics policy wrong
A new study from the Norwegian Center for Transport Research offers a candid answer to why progress on sustainable urban logistics remains slow. Researchers Phillips and Jensen argue that municipal staff face “cognitive misalignment“; a mismatch between what their jobs demand and what their work systems actually support.
City officials are expected to anticipate how carriers will respond to new access regulations, coordinate delivery policies across departments, and keep pace with rapid e-commerce growth — but are doing all of this with limited data, siloed responsibilities, and blunt regulatory tools. One striking example: a city simultaneously invested in charging infrastructure for electric delivery vehicles while restricting vehicle access in the same area — contradictory policies that canceled each other out.
London launches Urban Microhub Alliance
London’s Urban Microhub Alliance has launched to transform last-mile delivery. This is a signal that the microhub model is moving from pilot to coordinated city strategy in one of Europe’s busiest logistics markets.
The in-store pickup emission myth
A new Monte Carlo simulation study found that in-store pickup with returns actually generates higher CO₂ emissions than optimized last-mile delivery by professional logistics providers — unless at least 24 packages are collected per trip. This challenges a widely held assumption that out-of-home delivery is automatically more sustainable than home delivery.
Einride raises $113 million
Swedish electric and autonomous trucking company Einride raised $113 million in an oversubscribed funding round, bringing total committed investment to $213 million, as it positions itself for a 2026 NYSE debut — a signal of continued investor confidence in zero-emission urban freight technology.
Uber and Rivian: autonomous delivery partnership
Uber and Rivian announced a major strategic partnership, with Uber investing up to $1.25 billion in Rivian through 2031, tied to autonomous performance milestones. The focus is on deploying a fleet of fully autonomous R2 robotaxis, starting with 10,000 vehicles (scalable to 50,000), with commercial operations planned in San Francisco and Miami in 2028 before expanding to 25 cities globally by 2031.
AI-powered route optimisation: new research
A new study published on 10 April in Scientific Reports proposes a constraint-aware reinforcement learning framework — CAPPL-RL — to optimise urban freight delivery routes while enforcing real-world constraints including traffic congestion, delivery time windows, and vehicle capacity. The routing problem is formulated as a partially observable Markov decision process, with autonomous vehicles as agents navigating stochastic urban traffic networks.
Underground freight gaining renewed interest
A new review published in Smart Cities (2026) suggests that underground freight tube systems — where parcels, retail goods, and logistics freight move through underground corridors — are closer to reality than previously thought.
Tightening freight costs across the board
Truckload markets are tightening faster than expected, with 2026 costs now projected up 16–17% year over year. Capacity constraints, carrier attrition, and rising operating costs are sustaining rate pressure, even during typically softer seasonal periods. This is squeezing operators already under pressure from urban access restrictions and zero-emission zone compliance costs.
Source: Claude AI