Octopus — trolley
Manoeuvrable electric trolley for the transport of urban freight (5 to 60 packages). A circular solution aimed at reducing the flow of trucks in the city: pooling the last mile via connected trolleys and breakbulk infrastructure, which can be integrated into the tram or local network.
Category
Product design
Client
Year
2022
Solutions for parcel deliveries in city centers.
Research: rethinking last-mile logistics through pooling, interfacing with public transport, and reducing urban emissions and congestion.
Research Memo - Rethinking Freight in the City.
Study: The aim of this memo is to take stock of the logistics of e-commerce deliveries in cities, to show its impact on the urban environment, to propose solutions and levers for action. The research field focuses on logistical aspects, packaging, and urban infrastructures. The study includes a reflection on the interaction of stakeholders and parties involved. Finally, the responses are complemented by a circular reflection to, I hope, take advantage of public transportation as a new means of transporting e-commerce freight in urban areas. My study, inspired by the oldest delivery system in the world, the Dabbawallas in Mumbai, will apply to the city of Lyon.
A targeted response for the last mile.
Usage: compact electric trolley, carrying 5–60 packages, handling ergonomics, and ground clearance for curb access. Integration planned with tram networks and charging stations.
Design for maneuverability and user comfort.
Ergonomics: modular handlebars, progressive electric assistance, and quick locking of the boxes to secure delivery in urban areas.
Break and Recharge Stations.
Infrastructure: RC stations for consolidation, recharging, and handling; optimized workflow for transshipment and maintenance.
Modular instructions at the end of the supply chain.
Services: flexible instructions, integration API for logistics players, and tracking for route optimization.
