
Automotive Vehicle lightweighting - Global Sector Overview and Forecast (Q1 2022 Update)
Description
Automotive Vehicle lightweighting - Global Sector Overview and Forecast (Q1 2022 Update)
Summary
Automotive industry has been under pressure to change the way it designs and builds vehicles, due to factors such as the increasing impact of passenger and pedestrian safety requirements and the competitive intensity caused by globalisation and manufacture in low-cost economies. Governmental pressure in Europe and North America to reduce the CO2 emissions has also prompted automakers and their supply base to develop automotive technology to meet those strict emission limits.
Consequently, more and more vehicles are incorporating components aimed at mass reduction, parts consolidation to reduce assembly costs and more efficient recycling. The automaker's need to improve overall fuel economy in vehicles has led to the trend toward minimising vehicle weight. The use of performance materials such as high strength steel and aluminium is on the rise and heavier traditional materials, such as steel and iron, are being replaced whenever possible.
The report “Automotive Vehicle lightweighting - Global Sector Overview and Forecast (Q1 2022 Update)” provides a comprehensive overview of the Vehicle Lightweighting megatrend, the technologies, materials and suppliers involved, and material content forecasts out to 2035.
Scope
Based on exclusive interviews, primary research and proprietary data this study includes -
Summary
Automotive industry has been under pressure to change the way it designs and builds vehicles, due to factors such as the increasing impact of passenger and pedestrian safety requirements and the competitive intensity caused by globalisation and manufacture in low-cost economies. Governmental pressure in Europe and North America to reduce the CO2 emissions has also prompted automakers and their supply base to develop automotive technology to meet those strict emission limits.
Consequently, more and more vehicles are incorporating components aimed at mass reduction, parts consolidation to reduce assembly costs and more efficient recycling. The automaker's need to improve overall fuel economy in vehicles has led to the trend toward minimising vehicle weight. The use of performance materials such as high strength steel and aluminium is on the rise and heavier traditional materials, such as steel and iron, are being replaced whenever possible.
The report “Automotive Vehicle lightweighting - Global Sector Overview and Forecast (Q1 2022 Update)” provides a comprehensive overview of the Vehicle Lightweighting megatrend, the technologies, materials and suppliers involved, and material content forecasts out to 2035.
Scope
Based on exclusive interviews, primary research and proprietary data this study includes -
- Material developments including Aluminium, Carbon Fibre, Magnesium, Organics, Plastics, Composites and Steel.
- A comprehensive overview of lightweight developments for each of the following areas: -
- Body and Exterior - Body-in-White; Doors; Front-End Modules; Glazing.
- Chassis - Suspension and Braking components.
- Interior - Cockpits and Seating.
- Powertrain - Engines.
- Driveline and Fuel Systems.
- Exclusive interviews with OE suppliers.
- Updated profiles of the major automotive companies active in providing lightweight solutions.
- PESTER analysis - Political, Economic, Social, Technological, Environmental and Regulatory Motivators for this megatrend.
- Gain a quick and comprehensive overview of Lightweight Vehicle manufacturing.
- Hear direct from leading companies on their strategies and plans.
- Review the latest and most significant technological developments.
- Know the key trends within this area and what's driving them.
- Spot opportunities and threats in this area.
- Establish key companies' latest activities and prospects.
Table of Contents
140 Pages
- 1. Main Trends in the Sector
- 2. PESTER Analysis
- Political
- Economic
- Social
- Technological
- Environmental
- Regulatory
- 3. Body & exterior
- Body-in-white
- Doors and front-end modules
- Glazing
- A 50 per cent weight reduction is possible when replacing side and rear glass windows with polycarbonate.
- Roofs
- 4. Chassis
- Suspension and braking components
- Aluminium is one of the possible materials of the future for the production of brake discs.<
- Tyres
- 5. Companies
- Aluminium
- Plastics and composites
- Steel
- 6. Forecasts
- Aluminium
- Glass
- Iron
- Other materials
- Plastics
- Steel
- 7. Fuel systems
- Plastics and composites
- Steel
- 8. Future developments
- Concept cars
- Other future vehicle lightweighting developments
- Production cars
- 9. Interior
- Cockpits
- Other
- Passive safety systems
- Seating
- 10. Material development
- Aluminium
- Carbon fibre
- Magnesium
- Organic materials
- Plastics and composites
- Steel
- 11. Other
- Adhesives
- Airbags
- Batteries
- Brake pedals
- Floor mats
- Foam
- Glazing
- Power electronics
- Starter motors
- Wiring harnesses
- 12. Powertrain
- Aluminium
- Carbon fibre
- Magnesium
- Organic materials
- Plastics and composites
- Steel
- 13. Recycling initiatives
- Batteries
- Doors and front-end modules
- Glass
- Plastics and composites
- Seating
- Steel
- Tyres
- Wheels
- 14. Appendix
- 15. What is this Report About?
- 16. Contact Us
- 17. If you have any more questions regarding our research, please contact us
- List of Tables
- Table 1: Main trends in the Vehicle lightweighting sector
- Table 2: Aluminium as a percentage of total kerb weight of medium-sized passenger cars assembled in all major car producing regions, 2008-2020, 2025, 2030, 2035
- Table 3: Glass as a percentage of total kerb weight of medium-sized passenger cars assembled in all major car producing regions, 2008-2020. 2025, 2030, 2035
- Table 4: Iron as a percentage of total kerb weight of medium-sized passenger cars assembled in all major car producing regions, 2008-2020, 2025, 2030, 2035
- Table 5: Other materials as a percentage of total kerb weight of medium-sized passenger cars assembled in all major car producing regions, 2008-2020, 2025, 2030, 2035
- Table 6: Plastics as a percentage of total kerb weight of medium-sized passenger cars assembled in all major car producing regions, 2008-2020, 2025, 2030, 2035
- Table 7: Steel as a percentage of total kerb weight of medium-sized passenger cars assembled in all major car producing regions, 2008-2020, 2025,2030, 2035
- Table 8: Alternative materials: potential weight saving versus cost
- Table 9: Examples of alternative materials to steel
- Table 10: Evaluation of a clutch pedal
- Table 11: Cost of CO2 saving
- List of Figures
- Figure 1: Mercedes-Benz C Class BIW
- Figure 2: Jaguar XJ
- Figure 3: Porsche Macan
- Figure 4: SLS AMG E-CELL
- Figure 5: Renault EOlab
- Figure 6: 2013 Ford Escape door bolster
- Figure 7: BMW i8
- Figure 8: Mazda CX-5 crossover
- Figure 9: SGS Lightweight windscreen
- Figure 10: PC glazing
- Figure 11: VW Golf A7 roof
- Figure 12: Cooper Tire & Rubber
- Figure 13: Audi suspension springs
- Figure 14: IFR Automotive Twin Brake Disc
- Figure 15: VW Golf
- Figure 16: Citroen C4 Cactus Airflow 2L concept
- Figure 17: Ford Mondeo concept
- Figure 18: Infiniti Q80 Inspiration
- Figure 19: Magna's MILA
- Figure 20: Renault EOlab
- Figure 21: Renault EOlab
- Figure 22: BMW i3
- Figure 23: Volkswagen XL1 Super Efficient Vehicle
- Figure 24: VW Golf Vi
- Figure 25: Faurecia lightweight seat
- Figure 26: Volvo XC90
- Figure 27: Ford Mondeo
- Figure 28: Mercedes-Benz CLA Shooting Brake
- Figure 29: Chevrolet Volt
- Figure 30: Ford Focus EV seating
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