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 development, implementation, and evaluation of a pilot for delivery robots.

This translation is done with support by Chat GPT.
One of the main goals of the preliminary study “HelsingBotica - a feasibility study on data sharing for improved micromobility and delivery robots” was to identify pilot projects where autonomous delivery robots (ADRs) could be most beneficial from a social, economic, and environmental sustainability perspective.
Purpose and Goals
The project tests autonomous neighborhood robots in a residential area in Helsingborg, where the robots will replace conventional vans to deliver goods directly to homes. The project will explore ways to seamlessly integrate new technology, autonomous delivery robots, into the existing distribution system, considering the robots' advantages and disadvantages. This will be done by performing several deliveries of pharmacy goods using delivery robots to end consumers. The long-term goal is to improve the sustainability of the last mile through this approach. The focus is on prototype development, the experience of residents and customers, business benefits, climate benefits, and digital solutions to steer towards more sustainable deliveries. The project has the potential to strengthen Sweden's position in this field by developing new, more profitable, sustainable, and socially adapted methods within e-commerce for the last mile.
Method
The project begins with the planning and design of the solution, followed by development and testing to ensure functionality and safety. Pilot tests are then conducted, where the robot from Hugo Delivery delivers goods from Apotea to customers with the help of Best Transport, with a particular focus on evaluating customer experiences. Finally, the potential for scalability, business models, and sustainability is analyzed to assess the solution's long-term viability on a larger scale. The project leverages digital technology for sustainability, develops the use of micromobility through delivery robots in Helsingborg, and explores scaling opportunities and viable business models.
Use of Results
The results will be used to increase awareness of the significance of robots for future e-commerce deliveries and serve as a basis for the project's stakeholders to evaluate the potential of robots.
Read the article Framgångsrika tester med “kvartersrobot” i Helsingborg in Dagens Logistik (In Swedish)
Time period
Maj 2024-maj 2026
Partners
Apotea AB, Best Transport AB, Helsingborgs stad, Hugo Tech AB, VTI
Project leader
Niklas Arvidsson
niklas.arvidsson@vti.se
Vinnova number
2024-01380