Tag «cargo bikes»

Upscaling cargo bike sharing in cities: a comparative case study

Urban mobility transitions are crucial for mitigating climate change and enhancing urban quality of life. Cargo bikes (CBs) offer a sustainable alternative to motorized vehicles thanks to their lower carbon footprint, space efficiency, and ability to reduce air and noise pollution. Cargo bike sharing (CB-sharing) promotes adoption by eliminating purchase and maintenance costs, though individuals …

Evaluation of cargo bike program for parcel deliveries in a medium-sized city

City logistics is experiencing a transformative shift toward greater sustainability and efficiency. The environmental impact of conventional delivery methods and increasing urbanization has driven the search for alternative, eco-friendly transportation solutions. Among these, electric cargo bikes (e-CB) have emerged as a promising option for reducing carbon emissions and alleviating congestion. This new article examines the …

Zedify stops: “This isn’t the end for cargo bike deliveries”

Zedify announced that their journey might be coming to an end. Cambridge-based cargobike delivery service company Outspoken Logistics—trading as Zedify—has been placed in administration with the appointed administrators hoping for a quick sale to protect 38 out of 139 jobs. In March 2023, Outspoken Logistics secured $6.4 million in funding from institutional and angel investors. …

RADLÄR: German research on cargo bikes in rural areas

The transport sector in Germany is a major contributor to greenhouse gas emissions, highlighting the urgent need for innovative and sustainable transport solutions. While cargo bikes have proven effective in urban settings, their potential in rural areas remains underexplored. To address this gap, RADLÄR, a newly launched research project, aims to identify the needs, applications, …

Wheel of change: a systematic literature review on innovation in micro-mobility

Urban transportation is evolving rapidly with advancements in micro-mobility, driven by sustainable infrastructure, Internet of Things (IoT) applications, and compact electric vehicles. Entrepreneurs leverage these innovations to create new transportation solutions while navigating complex regulatory landscapes. A recent study conducts a comprehensive literature review to identify opportunities for innovation and entrepreneurship within micro-mobility. It examines …

Everything you always wanted to know about cargo bikes

After more than 1.5 years of work involving 35 experts and resulting in 425 pages of valuable content, the German book Radlogistiek (Bicycle Logistics – Basics of Logistics and Commercial Transport with Cargo and Transport Bikes) is now available. Businesses, administrations, and other stakeholder groups still need to know about cargo bikes. Radlogistik aims to …

Review: decoding cargo bikes’ potential to be a sustainable last-mile delivery mode

Cargo bikes may be recognized as a cost-effective and adaptable solution for last-mile goods transportation. However, few studies have examined the factors essential for their sustainable operation and effectiveness as the final segment of a green, efficient, and socially beneficial supply chain. To address this gap, the authors of a recent paper systematically collected and …

Operational performance of light electric freight vehicles in the last mile: two Nordic case studies

A recent paper aims to provide operational insights into the use of cargo cycles, utilizing delivery data from two case studies and interviews. It demonstrates the circumstances under which cargo cycles can complement vans effectively. Cargo bikes can only replace certain activities within a transport system. Their practical implementation in cities depends on various factors, …

Unraveling the last-mile conundrum: autonomous delivery robots, cargo bikes, versus light commercial vehicles

A recent study addressed the growing need for efficient delivery services in the expanding e-commerce sector, focusing on real-life consumption data. It proposed a comprehensive modeling framework to evaluate the efficiency of various transportation modes, including Light Commercial Vehicles (LCVs), cargo bikes, and Autonomous Delivery Robots (ADRs). Drones were not included in this study. Utilizing …