Resources
Steel E-Motive Engineering Report & Microstudies
The Steel E-Motive Final Engineering Report contains the complete details on the design and engineering of two electric, Level 5 Autonomous Mobility-as-a-Service (MaaS) concept vehicles.
Steel E-Motive Microstudies are technical engineering bulletins that highlight in more detail key design and performance innovations from the flagship program.
All resources are provided free of charge to those who wish to study the project, adopt its innovations, or quicken their time to market with a close-to-production MaaS design.
Engineering Report
Microstudies
Our inaugural microstudy takes an in-depth look at how extensive front crash simulation scenarios were used on Steel E-Motive’s body structure concepts to meet stringent global crash standards.
The second issue of our Steel E-Motive (SEM) Microstudy series showcases how innovative structural design and strategic use of AHSS grades deliver top-tier side crash protection for next-generation mobility.
The third issue of our Steel E-Motive (SEM) Microstudy series focuses on how Steel E-Motive’s intelligent battery packaging provides both mass and cost savings for BEVs.
The fourth Steel E-Motive (SEM) Microstudy uses Life Cycle Assessment to show SEM’s potential for up to 86% lower GHG emissions than today’s BEV taxis, underscoring steel’s role in sustainable mobility.
The fifth Steel E-Motive (SEM) Microstudy shows how Advanced High-Strength Steels (AHSS) make autonomous ride-sharing vehicles both compact and comfortable, without compromising safety.
Need more technical information about automotive manufacturing using steel? Visit our AHSS Application Guidelines.
To be notified of new Steel E-Motive microstudies, sign up below.
Sign Up for Steel E-Motive Updates
For more information about Steel E-Motive, visit our media page.
Subscribe for Updates
Stay up to date with the latest research and technical updates from WorldAutoSteel