The Mooevo Cool e-Cargo project responds to the growing demand for sustainable last-mile delivery solutions for refrigerated goods in urban areas. With increasing pressure to reduce emissions, congestion and noise, especially in pedestrian zones, conventional delivery vehicles are no longer adequate.
To address this, Mooevo Cool e-Cargo introduces two innovative electric micromobility formats. The first is based on Mooevo Urban, a certified personal electric vehicle with a four-wheel base and deployable platform, offering robust capacity and high manoeuvrability. The second is based on the Mooevo eWalker, a lightweight, pedestrian-compatible vehicle designed to assist operators in pushing loads effortlessly through narrow or restricted-access areas. Both versions integrate a modular, energy-efficient refrigerated compartment to ensure cold-chain compliance.
The project aims to design, prototype and test these two formats to evaluate which best meets the operational needs of urban refrigerated logistics. Mooevo leads the project in partnership with Koiki, a last-mile delivery company specialised in sustainable logistics and social inclusion. Koiki will operate the pilot phase using its network of couriers and neighbourhood hubs.
Running from April to October 2025, the project includes the deployment of three vehicles in Spanish cities. The pilots will gather data on emissions reductions (estimated at 0.5 kg CO₂ per delivery), operational performance and user feedback. Results will inform product refinement and the commercialisation strategy, supporting the broader adoption of low-emission refrigerated delivery across European urban environments. Mooevo Cool e-Cargo contributes directly to EIT Urban Mobility’s mission by promoting inclusive, efficient and clean transportation solutions for more liveable cities.
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Urban freight causes 40% of logistics-related emissions and 18% of city traffic. Refrigerated deliveries add inefficiency, emissions and noise in dense areas.
The project tackles the challenge of replacing refrigerated delivery vans with compact electric vehicles that can maintain cold chain integrity in dense urban environments.
Deployment of two pilot units, validation of cold-chain performance, 0.5 kilograms of CO2 saved per delivery, and a scalable solution for sustainable urban refrigerated logistics
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