Pods4Rail

pods4rail

a European Research Project exploring the future of rail transportation.

about the project

What could rail transport look like in the future? How can intermodal transport options be strengthened and expanded? How can we generate a seamless and sustainable mobility system for all and eliminate today’s hurdles?

In September 2023 15 partners from seven European countries launched “Pods4Rail“, a research collaboration funded by the European Union. Over the 30 months of its duration the project that brings together top-level research institutions and highly innovative industry partners, is intended to substantiate the concept for a digitalised, decentralised mobility service with multimodal interfaces to different transport modes in order to carry out a concept for a door-to-door transport chain based on rail by 2025 and thus contribute to the necessary transformation of the European rail network.

In a changing world the transport sector faces complex challenges for the future: climate change and the need for environmental protection, demographic change and urbanisation, shifting mobility behaviour as a whole, a shortage of skilled workers for rail operations and a growing need for operational efficiency. In particular, the demand for sustainable solutions for transporting people and goods forces us to rethink and find new approaches and innovations. Pods4Rail aims to harness advances in connectivity and automation and the existing rail infrastructure to push the concept of intermodality beyond established ideas.

Developing a new kind of mobility system. The railway-based intermodal pod system should be autonomously operating, electrically driven vehicle and the homologated transport units should be designed for people or goods respectively and separated from a specific carrier unit. Together with an pods coordination and mobility management system for operations and logistics as well as all aspects of a mobility-on-demand offer across diverse transport modes, this represents a completely new form of mobility experience.

Moving towards a sustainable future. By making optimal use of existing transport systems and reducing the need for new infrastructure to a minimum, land scarcity can be addressed and ecosystems protected for future generations. Rail transportation, with its efficiency, but also with the associated infrastructure, is set to be the backbone technology for a pod mobility system that is uncompromisingly geared towards people’s needs and at the same time has extremely resilient capacity. Pods could be used to better adapt rail transport to the needs of users through greater flexibility, customisation and efficiency and to realise needs-based rail transport, using existing or to be reactivated railway infrastructure in combination with other modes of transport, like road or ropeway. This will improve the quality of life in urban and rural areas and contribute to a more sustainable and efficient future of mobility.

pods4rail

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Latest News

Here you will find the latest news from the project

Publications & Deliverables

D2.1

Written report of the definition of multimodal mobility systems

D2.2

Evaluation / Benchmark of available and conceptional multi-modal mobility systems

D3.1

Legislative and normative framework analysis

D3.2

Proposition for an evolution of the existing safety framework and preliminary safety requirements

D4.1

Description of use cases

D4.2

SWOT analysis

D4.3

Estimation of economical effort

D4.4

High-Level functional requirements specification

D5.1

Report on a Generic Business Case Elements

D5.2

Business Case Study for Selected use Cases

D6.1

Evaluation Report

D7.1

Concept Proposal (System)

D8.1

Basic design concept proposal for vessel

D9.1

Conceptual Design of a Selected Sample Vessel

D10.1

Concept Proposal (Components and Equipment)

D11.1

Concept design for traffic coordination of pod-system

D11.2

Report on prototypes

D12.1

Definition and concept of the coupling system

D13.1

Handling concept for a dedicated use case

D14.1

Concept study for pod carrier, Basic 3D model

D14.2

Scaled model (1:11 or 1:22,5) of the vehicle concept for rail applications

D14.3

Scaled model (1:11 or 1:22,5) of a road carrier application

D14.4

Proposal for concept of architecture of a ropeway carrier

D14.5

Selection of emerging ideas for further vessel carrier

D15.1

Dissemination, communication, and exploitation plan

D15.2

Dissemination, communication, and exploitation report

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Address:

Project coordinator Dirk Winkler Siemens Mobility GmbH Siemenspromenade 6, 91058 Erlangen, Germany