Lazy load images image0

CCC (Contingent Cycle Courier) is a novel logistics concept where physical goods are distributed/shipped towards destinations by only harnessing accidental carrying power of people on bicycles in a city. The travel routes of the goods can involve multiple different personnel; in other words, parcels hitchhike onto people's movements.

Ideally, couriers in the CCC network should not even notice if they are carrying anything, but in a realistic scenario, having a simple set of instructions is inevitable.

In order to solve the multi-hop ride matching problem, we introduced a grid system with direction indicators to facilitate the contingent feeling of suddenly being approached by mango parcels on the street.

The CCC lab was held at Border Sessions festival 2019 in The Hague on 13th June (Thurs). There were 10-12 participants, conducting a couple of ourdoor experiments around The Grey Space in the Middle.

The project was kindly supported by Dr. Heide Lukosch and Linda van Veen from Gamelab, Dr. Xiao Lin and Prof. Lori Tavasszy from Freight & Logistics Lab, TU Delft.

Based on the experiment, Dr. Xiao Lin wrote a research paper titled "Performance and Intrusiveness of Crowdshipping Systems: An Experiment with Commuting Cyclists in The Netherlands". This was published in the open access journal MDPI Sustainability in September 2020.

How to make 1 Mango Equivalent Unit (MEU)

Photo: Joost Weddepohl


Lazy load images image1
Lazy load images image2
Lazy load images image3
Lazy load images image4
Lazy load images image5
Lazy load images small image6
Lazy load images image7
Lazy load images image8
Lazy load images image9
Lazy load images image10
Lazy load images image11
Lazy load images image12
Lazy load images image13
Lazy load images image14
Lazy load images image15
Lazy load images image16
Lazy load images image17
Lazy load images image18
Lazy load images image19
Lazy load images image20
Lazy load images image21
Lazy load images image22
Lazy load images image23
Lazy load images image24
Lazy load images image25
Lazy load images image26
Lazy load images image27