News
Developing Safety Structures for Mobility as a Service vehicles
In this blog, Neil McGregor outlines how safety structures are being developed for the Steel E-Motive vehicles using AHSS and innovative vehicle architecture solutions.
Designing future autonomous vehicles for use in a ‘mobility as a service’ model
Transport and the way people use it is changing. In the next 20-years, urban mobility is expected to be transformed by the widespread roll-out of fully autonomous vehicles operating within a ride-hailing, mobility as a service (MaaS) model. This will enable people living in and visiting cities to plan, book, and pay for multiple types of mobility services through a digital channel.
Steel E-Motive announce winners of styling competition
Students from Tecnológico de Monterrey won the Steel E-Motive Styling Competition with their futuristic design for an autonomous vehicle.
Automotive World Webinar Instant Replay: Steel structures for mobility as a service vehicles
Free Automotive World webinar on Steel E-Motive’s progress to develop highly efficient steel structures for mobility as a service vehicles.
E-Mobility Engineering captures Steel E-Motive styling reveal at Stuttgart EV Tech
E-mobility Engineering met with WorldAutoSteel and Ricardo engineers to talk about the Steel E-Motive concepts for mobility as a service vehicles.
Design unveiled for connected steel autonomous vehicle for future sustainable urban mobility
To advance sustainable transportation by factoring whole lifecycle into a vehicle’s development, WorldAutoSteel and Ricardo have designed a fully autonomous Mobility-as-a-Service (MaaS) steel-enabled vehicle inspired by contemporary urban architecture trends and focused on passenger safety and comfort.
Steel E-Motive at Pre-COP 26 Milan
Phil Crowther, Business Strategy & Development Director at Ricardo, will be presenting "Connecting e-vehicles to the city" at The Road to COP26 on 30th September at 1000CEST. He will be presenting Steel E-Motive's product vision to meet urban mobility user needs...
How AHSS is improving high voltage battery design and integration in electric vehicles for MaaS applications
Owain Davies discusses how Advanced High Strength Steel (AHSS) is enabling a greater level of flexibility when making battery design decisions for a safe, comfortable and accessible autonomous vehicle experience.
Life Cycle Assessment: 6 areas designers need to consider when taking an LCA approach to vehicle development
A blog by Russ Balzer, Technical Director for WorldAutoSteel and Dr. Don Malen, College of Engineering at the University of MichiganLife Cycle Assessment (LCA) is a methodology that considers a product’s entire life cycle, from raw material and production...
Goodbye driver experience, hello ‘journey experience’: exploring the passenger experience in autonomous vehicles for MaaS applications
As Mobility as a Service vehicles become increasingly automated, Neil McGregor discusses passengers want from their autonomous vehicle experience and how the Steel E-Motive vehicle is being designed to take this into account.