Lightweight solutions

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  • S-in motion

    Steel solutions for lightweighting

  • S-in motion

    A green solution

  • S-in motion

    Cost-effective assembly proven
  • S-in motion

    Safe, strong and sustainable

Welcome to S-in motion

S-in motion is a new concept for car makers who wish to create lighter, safer and more environmentally friendly vehicles for the 21st Century. The project demonstrates ArcelorMittal’s ongoing commitment to the automotive sector with a catalogue of steel parts and solutions that can be used to lighten production vehicles today.

The S-in motion catalogue:

  • Includes multiple solutions for 43 parts of a typical C-segment vehicle
  • Only contains solutions that can be implemented in production vehicles today

ArcelorMittal was conscious that the solutions included in S-in motion needed to be cost-neutral for car makers, as well as lightening the weight of vehicles and increasing their safety. The savings were proved through a cost-analysis of the identified solutions. Forming and assembly simulations were carried out to assess any risks and to validate that an S-in motion vehicle could be assembled on an industrial scale.

S-in motion further demonstrates ArcelorMittal’s commitment to service in all stages of a vehicle’s design and production process and its ability to develop solutions that meet the needs of today’s car makers.

By the numbers

2 The number of years it took to complete the S-in motion design study

6 The number of worldwide research centres involved

6.23 The number of grams of CO2 emissions reduced per kilometer driven by a car utilising the lightest solutions from S-in motion

14% The percentage of overall total lifecycle CO2 reduction for a vehicle utilising the lightest solutions from S-in motion

14% The percentage of weight savings S-in motion can achieve for the body-in-white plus closures

22% The percentage of weight savings S-in motion can achieve for the chassis solutions

Discover the prizes awarded to S-in motion
Download the S-in motion brochure