Micromobility & micrologistics
Micromobility and micrologistics have the potential to reduce congestion in the transport system, reduce emissions and contribute to more active travel. The number of new companies is growing and new types of vehicles and services hit the market. There are different business models for sharing vehicles, city-bikes and e-scooters are the most common examples.
What is required for the vehicles to be used safely, securely and efficiently? Drive Sweden contributes to developing digital technology and broad collaborations that promote a sustainable use of small vehicles for passenger travel and deliveries.
Karl Bertilsson
karl.bertilsson@lindholmen.se
Projects about micromobility
When delivery robots enter public spaces: A longitudinal study of Starship robots in Stockholm
How does society adapt to a new transport technology in the form of autonomous delivery robots?
MicroTOX
MicroTOX will investigate how intelligent technology and communication systems can help prevent intoxicated riding for cyclists and e-scooterists.
STIG - Smart Technology for Innovative data collection and analysis for pedestrian and cycle paths
The pedestrian and cycle path network is crucial for sustainable travel, but many municipalities struggle to effectively identify maintenance needs.
Digital parking and charging management for shared micromobility
The project Digital and data-driven planning and management for parking and modular charging of shared micromobility (DiPCOM) brings together a team to jointly utilize big data analysis, optimization...
Helsingbotica Community Robot
The project aims to contribute to the development of future vehicles by conducting tests of autonomous delivery robots in the city of Helsingborg. The primary deliverable from the project will be the...
Shared micromobility & public transport - user perspective
This project aims to complement existing knowledge regarding the user perspective on the integration and complementarity of shared micromobility services and public transport.
Network Micromobility Phase 2
New mobility services can contribute to the transition to a climate smart society, but require adaptations and new standards. The project is now moving forward and continues to collaborate with...
Digital solutions for sustainable planning and management of shared micromobility using Big Data
This project establishes a complementary and interdisciplinary team to collectively propose big data assessment methods, conduct empirical analysis, and develop effective SMS management instruments...
MicroVision - Development, Testing, and Demonstration of a Real-Time Support System for Electric Vehicle Riders
The project's goal is to leverage recent algorithmic advances to improve road safety in relation to micro-mobility. We aim to develop a low-cost, camera-based safety system that offers real-time...
MIDIS - Micromobility Data needs and Information Sharing
The project aims at the still unused potential in Swedish cities for (1) increasing the share and safe usage of such alternative modes of transport, by (2) increasing the effective usage and sharing...
Waste Management by Robots
Using robots for waste collection is a new and innovative approach that can eliminate some of the negative effects of traditional garbage collection methods. By using robots to collect waste bins from...
CycleSense - Harnessing Data for Efficient and Sustainable Last-Mile Deliveries
The CycleSense project is grounded in the understanding that future transport-efficient cities will require customized transport vehicles and systems, and that electric cargo bikes have the potential...
Road Traffic Safety for Electric Microvehicles (VIASAFETY)
The project will study how traffic safety in connection with the use of small vehicles, for example electric scooters, various types of cargo bikes, bicycles, electric mopeds, at low speed on the road...
Modular and scalable mobility hub with charging for shared micromobility
The goal of the project is to develop and test a scalable and modular mobility hub that supports charging of shared electric scooters. The purpose is to promote sustainable mobility and reduce...
HelsingBotica - Prestudy on Data Sharing for Improved Micromobility and Delivery Robots
The HelsingBotica project is a prestudy that explores data sharing for improved micromobility and delivery robots in the city of Helsingborg. The project aims to create learnings for an innovative and...
Network Shared E-scooters
New mobility services can contribute to the transition to a climate-smart society, but require adaptations and new standards.
CoMiMo – Connected Micro Mobility
CoMiMo - Connected Micro Mobility - is based on a system solution that removes the obstacles that exist today for connected, efficient and safe micromobility. The project creates collaboration and...
Synergetic Autonomous Transport
The project has developed endpoints for autonomous deliveries and connected self-driving minibuses and delivery robots.
Increased use of property-related electric bicycle pools
Electric bicycle pools form a central component in the vision of a transition from private motoring to active and service-based travel based on sharing economy. User statistics show that bicycles are...
3GPP Delivery robots
The purpose of this project is to practically explore both human and technical requirements and constraints associated with the future provision of autonomous delivery services. These are provided...
Business Models for future autonomous food deliveries - HUGO
During the second phase of HUGO, in 2021, business models for future autonomous and fossil-free food deliveries were investigated.
HUGO
In its first phase, 2018-2019, the parties developed a prototype and evaluated the potential of using small autonomous electric vehicles to perform last mile deliveries of packages and goods.
Events about micromobility
Open call 2023 - Safe and sustainable use of small vehicles using digital technology
The call "Safe and sustainable use of small vehicles using digital technology" closed May 3. Seven projects were granted financial support and the work is up and running. Below is a list of the projects and via the links you can read about each project.
