VVT and Start Stop Systems Market is expected to reach US$ 53.20 Bn. by 2026, at a CAGR of 5.5% during the forecast period. The report includes the analysis of impact of COVID-19 lock-down on the revenue of market leaders, followers, and disrupters. Since lock down was implemented differently in different regions and countries, impact of same is also different by regions and segments. The report has covered the current short term and long term impact on the market, same will help decision makers to prepare the outline for short term and long term strategies for companies by region.To know about the Research Methodology :- Request Free Sample Report VVT and Start-Stop Systems Market is segmented by valvetrain, vehicle type, electrical vehicle type, technology, fuel type, and geography. Gasoline fuel type sub-segment is expected to gain the largest market share in the forecast period. Increasing the production of passenger cars globally and increasing demand for luxury and semi-luxury vehicles is expected to fuel the gasoline fuel type sub-segment growth. Vehicle type segment is estimated to experience the significant growth of passenger cars sub-segment. This growth is attributed to increasing purchasing power of citizens of developing and developed countries. The market on the basis of geography is segmented by North America, Europe, Asia-Pacific, Middle East & Africa, and Latin America.Depleting oil reserves and increasing need for fuel-efficient technologies are trending the overall VVT and Start-Stop Systems Market. However, a high cost of VVT and start-stop systems will restrain the market growth. APAC is going to emerge as one of the higher growth regions in the forecast period followed by North America and Europe in the VVT market. However, North America is expected to lead the Start-Stop Systems Market growth.
VVT and Start-Stop Systems Market Key Highlights:
• Assessment of market definition along with the identification of key players and an analysis of their strategies to determine the competitive outlook of the market, opportunities, drivers, restraints, and challenges for this market during the forecast period • Complete quantitative analysis of the industry from 2016 to 2024 to enable the stakeholders to capitalize on the prevailing market opportunities • In-depth analysis of the industry on the basis of market segments, market dynamics, market size, competition & companies involved value chain • VVT and Start-Stop Systems Market analysis and comprehensive segmentation with respect to the valvetrain, vehicle type, electrical vehicle type, technology, fuel type, and geography to assist in strategic business planning • VVT and Start-Stop Systems Market analysis and forecast for five major geographies North America, Europe, Asia Pacific, Middle East & Africa, Latin America, and their key regionsVVT and Start-Stop Systems Market Research Methodology
The research methodology used in this report contains various secondary sources including directories such as Automotive Component Manufacturers Association of India (ACMA), Organisation Internationale des Constructeurs d'Automobiles (OICA), and Society of Automotive Engineers (SAE). Bloomberg, Hoovers, and Factiva are some of the sites that are being referred to gain insights about VVT and Start-Stop Systems Market. Experts from top manufacturing companies along with other stakeholders have been considered. This is done to validate and collect critical information for evaluating trends related to this market during the forecast period. Top-down and bottom-up approaches have been used to estimate the global and regional size of this market. Data triangulation techniques along with other comparative analysis are also used to calculate the exact size of the VVT & Start-Stop Systems Market globallyKey Players in the VVT and Start-Stop Systems Market:
• Delphi Automotive PLC • Robert Bosch • Eaton Corporation PLC • Continental • Johnson Electric • Mitsubishi Electric Corporation • Schaeffler AG. • Aisin Seiki Co. Ltd. • Hitachi Ltd. • Valeo S.A. • Denso Corporation • Borgwarner Inc. • Johnson Controls, Inc • Robert Bosch Gmbh • BMW • Magna International Inc. • Toyota MotorsThe scope of the VVT and Start-Stop Systems Market : Inquire before buying
Research report categorizes the VVT and Start-Stop Systems Market based on valvetrain, vehicle type, electrical vehicle type, technology, fuel type, and geography (region wise). Market size by value is estimated and forecasted with the revenues of leading companies operating in the VVT & Start-Stop Systems Market with key developments in companies and market trends.VVT and Start-Stop Systems Market By Valvetrain
• Dual Over Head Cam (DOHC) • Single Over Head Cam (SOHC)Global VVT and Start-Stop Systems Market, by Application
• Compact Passenger Cars • Mid-sized Passenger Cars • Premium Passenger Cars • Luxury Passenger Cars • Light Commercial Vehicles • Heavy Commercial VehiclesVVT and Start-Stop Systems Market, By Vehicle Type
• Passenger Vehicle • Light Commercial Vehicle • Heavy Commercial VehicleVVT and Start-Stop Systems Market, By Electrical Vehicle Type
• Battery Electric Vehicles (BEV) • Plug-in Hybrid Electric Vehicles (PHEC) • Hybrid Electric Vehicles (HEV)VVT and Start-Stop Systems Market, By Technology
• Variable Valve Timing (VVT) o Cam Phasing o Cam phasing plus changing • Smart Stop System o Belt-driven alternator starter o Direct starter o Enhanced starter o Integrated starter generatorVVT and Start-Stop Systems Market, By Fuel Type
• Diesel • GasolineVVT and Start-Stop Systems Market, By Electrical Vehicle Type
• BEV • PHEC • HEVVVT and Start-Stop Systems Market, By Geography
• North America • Europe • Asia Pacific • Middle East & Africa • Latin AmericaAvailable Customization:
Maximize Market Research offers customization of report and scope of the report as per the specific requirement of our client. Automotive Motors Market
VVT and Start-Stop Systems Market
1. Preface 1.1. Report Scope and Market Segmentation 1.2. Research Highlights 1.3. Research Objectives 2. Assumptions and Research Methodology 2.1. Report Assumptions 2.2. Abbreviations 2.3. Research Methodology 2.3.1. Secondary Research 2.3.1.1. Secondary data 2.3.1.2. Secondary Sources 2.3.2. Primary Research 2.3.2.1. Data from Primary Sources 2.3.2.2. Breakdown of Primary Sources 3. Executive Summary: Global VVT and Start-Stop Systems Market Size, by Market Value (US$ Bn) and Volume (Units) 4. Market Overview 4.1. Introduction 4.2. Market Indicator 4.2.1. Drivers 4.2.2. Restraints 4.2.3. Opportunities 4.2.4. Challenges 4.3. Porter’s Analysis 4.4. Value Chain Analysis 4.5. Market Risk Analysis 4.6. SWOT Analysis 4.7. Industry Trends and Emerging Technologies 4.8. Patent Registration 5. Supply Side and Demand Side Indicators 6. Global VVT and Start-Stop Systems Market Analysis and Forecast 6.1. Global VVT and Start-Stop Systems Market Size & Y-o-Y Growth Analysis 6.1.1. North America 6.1.2. Europe 6.1.3. Asia Pacific 6.1.4. Middle East & Africa 6.1.5. South America 7. Global VVT and Start-Stop Systems Market Analysis and Forecast, by Valvetrain 7.1. Introduction and Definition 7.2. Key Findings 7.3. Global VVT and Start-Stop Systems Market Value Share Analysis, by Valvetrain 7.4. Global VVT and Start-Stop Systems Market Size (US$ Bn) Forecast, by Valvetrain 7.5. Global VVT and Start-Stop Systems Market Analysis, by Valvetrain 7.6. Global VVT and Start-Stop Systems Market Attractiveness Analysis, by Valvetrain 8. Global VVT and Start-Stop Systems Market Analysis and Forecast, by Vehicle Type 8.1. Introduction and Definition 8.2. Key Findings 8.3. Global VVT and Start-Stop Systems Market Value Share Analysis, by Vehicle Type 8.4. Global VVT and Start-Stop Systems Market Size (US$ Bn) Forecast, by Vehicle Type 8.5. Global VVT and Start-Stop Systems Market Analysis, by Vehicle Type 8.6. Global VVT and Start-Stop Systems Market Attractiveness Analysis, by Vehicle Type 9. Global VVT and Start-Stop Systems Market Analysis and Forecast, by Electrical Vehicle Type 9.1. Introduction and Definition 9.2. Key Findings 9.3. Global VVT and Start-Stop Systems Market Value Share Analysis, by Electrical Vehicle Type 9.4. Global VVT and Start-Stop Systems Market Size (US$ Bn) Forecast, by Electrical Vehicle Type 9.5. Global VVT and Start-Stop Systems Market Analysis, by Electrical Vehicle Type 9.6. Global VVT and Start-Stop Systems Market Attractiveness Analysis, by Electrical Vehicle Type 10. Global VVT and Start-Stop Systems Market Analysis and Forecast, by Application 10.1. Introduction and Definition 10.2. Key Findings 10.3. Global VVT and Start-Stop Systems Market Value Share Analysis, by Application 10.4. Global VVT and Start-Stop Systems Market Size (US$ Bn) Forecast, by Application 10.5. Global VVT and Start-Stop Systems Market Analysis, by Application 10.6. Global VVT and Start-Stop Systems Market Attractiveness Analysis, by Application 11. Global VVT and Start-Stop Systems Market Analysis and Forecast, by Fuel Type 11.1. Introduction and Definition 11.2. Key Findings 11.3. Global VVT and Start-Stop Systems Market Value Share Analysis, by Fuel Type 11.4. Global VVT and Start-Stop Systems Market Size (US$ Bn) Forecast, by Fuel Type 11.5. Global VVT and Start-Stop Systems Market Analysis, by Fuel Type 11.6. Global VVT and Start-Stop Systems Market Attractiveness Analysis, by Fuel Type 12. Global VVT and Start-Stop Systems Market Analysis and Forecast, by Technology 12.1. Introduction and Definition 12.2. Key Findings 12.3. Global VVT and Start-Stop Systems Market Value Share Analysis, by Technology 12.4. Global VVT and Start-Stop Systems Market Size (US$ Bn) Forecast, by Technology 12.5. Global VVT and Start-Stop Systems Market Analysis, by Technology 12.6. Global VVT and Start-Stop Systems Market Attractiveness Analysis, by Technology 13. Global VVT and Start-Stop Systems Market Analysis, by Region 13.1. Global VVT and Start-Stop Systems Market Value Share Analysis, by Region 13.2. Global VVT and Start-Stop Systems Market Size (US$ Bn) Forecast, by Region 13.3. Global VVT and Start-Stop Systems Market Attractiveness Analysis, by Region 14. North America VVT and Start-Stop Systems Market Analysis 14.1. Key Findings 14.2. North America VVT and Start-Stop Systems Market Overview 14.3. North America VVT and Start-Stop Systems Market Value Share Analysis, by Valvetrain 14.4. North America VVT and Start-Stop Systems Market Forecast, by Valvetrain 14.4.1. Dual Over Head Cam 14.4.2. Single Over Head Cam 14.5. North America VVT and Start-Stop Systems Market Value Share Analysis, by Vehicle Type 14.6. North America VVT and Start-Stop Systems Market Forecast, by Vehicle Type 14.6.1. Passenger Vehicles 14.6.2. Light Commercial Vehicles 14.6.3. Heavy Commercial Vehicle 14.7. North America VVT and Start-Stop Systems Market Value Share Analysis, by Electrical Vehicle Type 14.8. North America VVT and Start-Stop Systems Market Forecast, by Electrical Vehicle Type 14.8.1. Battery Electric Vehicles 14.8.2. Plug-in Hybrid Electric Vehicles 14.8.3. Hybrid Electric Vehicles 14.9. North America VVT and Start-Stop Systems Market Value Share Analysis, by Application 14.10. North America VVT and Start-Stop Systems Market Forecast, by Application 14.10.1. Compact Passenger Cars 14.10.2. Mid-sized Passenger Cars 14.10.3. Premium Passenger Cars 14.10.4. Luxury Passenger Cars 14.10.5. Light Commercial Vehicles 14.10.6. Heavy Commercial Vehicles 14.11. North America VVT and Start-Stop Systems Market Value Share Analysis, by Fuel Type 14.12. North America VVT and Start-Stop Systems Market Forecast, by Fuel Type 14.12.1. Diesel 14.12.2. Gasoline 14.13. North America VVT and Start-Stop Systems Market Value Share Analysis, by Technology 14.14. North America VVT and Start-Stop Systems Market Forecast, by Technology 14.14.1. Variable Valve Timing 14.14.1.1. Cam Phasing 14.14.1.2. Cam phasing plus changing 14.14.2. Smart Stop System 14.14.2.1. Belt-driven alternator starter 14.14.2.2. Direct starter 14.14.2.3. Enhanced starter 14.14.2.4. Integrated starter generator 14.15. North America VVT and Start-Stop Systems Market Value Share Analysis, by Country 14.16. North America VVT and Start-Stop Systems Market Forecast, by Country 14.16.1. U.S. 14.16.2. Canada 14.17. North America VVT and Start-Stop Systems Market Analysis, by Country 14.18. U.S. VVT and Start-Stop Systems Market Forecast, by Valvetrain 14.18.1. Dual Over Head Cam 14.18.2. Single Over Head Cam 14.19. U.S. VVT and Start-Stop Systems Market Forecast, by Vehicle Type 14.19.1. Passenger Vehicles 14.19.2. Light Commercial Vehicles 14.19.3. Heavy Commercial Vehicle 14.20. U.S. VVT and Start-Stop Systems Market Forecast, by Electrical Vehicle Type 14.20.1. Battery Electric Vehicles 14.20.2. Plug-in Hybrid Electric Vehicles 14.20.3. Hybrid Electric Vehicles 14.21. U.S. VVT and Start-Stop Systems Market Forecast, by Application 14.21.1. Compact Passenger Cars 14.21.2. Mid-sized Passenger Cars 14.21.3. Premium Passenger Cars 14.21.4. Luxury Passenger Cars 14.21.5. Light Commercial Vehicles 14.21.6. Heavy Commercial Vehicles 14.22. U.S. VVT and Start-Stop Systems Market Forecast, by Fuel Type 14.22.1. Diesel 14.22.2. Gasoline 14.23. U.S. VVT and Start-Stop Systems Market Forecast, by Technology 14.23.1. Variable Valve Timing 14.23.1.1. Cam Phasing 14.23.1.2. Cam phasing plus changing 14.23.2. Smart Stop System 14.23.2.1. Belt-driven alternator starter 14.23.2.2. Direct starter 14.23.2.3. Enhanced starter 14.23.2.4. Integrated starter generator 14.24. Canada VVT and Start-Stop Systems Market Forecast, by Valvetrain 14.24.1. Dual Over Head Cam 14.24.2. Single Over Head Cam 14.25. Canada VVT and Start-Stop Systems Market Forecast, by Vehicle Type 14.25.1. Passenger Vehicles 14.25.2. Light Commercial Vehicles 14.25.3. Heavy Commercial Vehicle 14.26. Canada VVT and Start-Stop Systems Market Forecast, by Electrical Vehicle Type 14.26.1. Battery Electric Vehicles 14.26.2. Plug-in Hybrid Electric Vehicles 14.26.3. Hybrid Electric Vehicles 14.27. Canada VVT and Start-Stop Systems Market Forecast, by Application 14.27.1. Compact Passenger Cars 14.27.2. Mid-sized Passenger Cars 14.27.3. Premium Passenger Cars 14.27.4. Luxury Passenger Cars 14.27.5. Light Commercial Vehicles 14.27.6. Heavy Commercial Vehicles 14.28. Canada VVT and Start-Stop Systems Market Forecast, by Fuel Type 14.28.1. Diesel 14.28.2. Gasoline 14.29. Canada VVT and Start-Stop Systems Market Forecast, by Technology 14.29.1. Variable Valve Timing 14.29.1.1. Cam Phasing 14.29.1.2. Cam phasing plus changing 14.29.2. Smart Stop System 14.29.2.1. Belt-driven alternator starter 14.29.2.2. Direct starter 14.29.2.3. Enhanced starter 14.29.2.4. Integrated starter generator 14.30. North America VVT and Start-Stop Systems Market Attractiveness Analysis 14.30.1. By Valvetrain 14.30.2. By Vehicle Type 14.30.3. By Electrical Vehicle Type 14.30.4. By Application 14.30.5. By Fuel Type 14.30.6. By Technology 14.31. PEST Analysis 15. Europe VVT and Start-Stop Systems Market Analysis 15.1. Key Findings 15.2. Europe VVT and Start-Stop Systems Market Overview 15.3. Europe VVT and Start-Stop Systems Market Value Share Analysis, by Valvetrain 15.4. Europe VVT and Start-Stop Systems Market Forecast, by Valvetrain 15.4.1. Dual Over Head Cam 15.4.2. Single Over Head Cam 15.5. Europe VVT and Start-Stop Systems Market Value Share Analysis, by Vehicle Type 15.6. Europe VVT and Start-Stop Systems Market Forecast, by Vehicle Type 15.6.1. Passenger Vehicles 15.6.2. Light Commercial Vehicles 15.6.3. Heavy Commercial Vehicle 15.7. Europe VVT and Start-Stop Systems Market Value Share Analysis, by Electrical Vehicle Type 15.8. Europe VVT and Start-Stop Systems Market Forecast, by Electrical Vehicle Type 15.8.1. Battery Electric Vehicles 15.8.2. Plug-in Hybrid Electric Vehicles 15.8.3. Hybrid Electric Vehicles 15.9. Europe VVT and Start-Stop Systems Market Value Share Analysis, by Application 15.10. Europe VVT and Start-Stop Systems Market Forecast, by Application 15.10.1. Compact Passenger Cars 15.10.2. Mid-sized Passenger Cars 15.10.3. Premium Passenger Cars 15.10.4. Luxury Passenger Cars 15.10.5. Light Commercial Vehicles 15.10.6. Heavy Commercial Vehicles 15.11. Europe VVT and Start-Stop Systems Market Value Share Analysis, by Fuel Type 15.12. Europe VVT and Start-Stop Systems Market Forecast, by Fuel Type 15.12.1. Diesel 15.12.2. Gasoline 15.13. Europe VVT and Start-Stop Systems Market Value Share Analysis, by Technology 15.14. Europe VVT and Start-Stop Systems Market Forecast, by Technology 15.14.1. Variable Valve Timing 15.14.1.1. Cam Phasing 15.14.1.2. Cam phasing plus changing 15.14.2. Smart Stop System 15.14.2.1. Belt-driven alternator starter 15.14.2.2. Direct starter 15.14.2.3. Enhanced starter 15.14.2.4. Integrated starter generator 15.15. Europe VVT and Start-Stop Systems Market Value Share Analysis, by Country 15.16. Europe VVT and Start-Stop Systems Market Forecast, by Country 15.16.1. Germany 15.16.2. U.K. 15.16.3. France 15.16.4. Italy 15.16.5. Spain 15.16.6. Rest of Europe 15.17. Europe VVT and Start-Stop Systems Market Analysis, by Country 15.18. Germany VVT and Start-Stop Systems Market Forecast, by Valvetrain 15.18.1. Dual Over Head Cam 15.18.2. Single Over Head Cam 15.19. Germany VVT and Start-Stop Systems Market Forecast, by Vehicle Type 15.19.1. Passenger Vehicles 15.19.2. Light Commercial Vehicles 15.19.3. Heavy Commercial Vehicle 15.20. Germany VVT and Start-Stop Systems Market Forecast, by Electrical Vehicle Type 15.20.1. Battery Electric Vehicles 15.20.2. Plug-in Hybrid Electric Vehicles 15.20.3. Hybrid Electric Vehicles 15.21. Germany VVT and Start-Stop Systems Market Forecast, by Application 15.21.1. Compact Passenger Cars 15.21.2. Mid-sized Passenger Cars 15.21.3. Premium Passenger Cars 15.21.4. Luxury Passenger Cars 15.21.5. Light Commercial Vehicles 15.21.6. Heavy Commercial Vehicles 15.22. Germany VVT and Start-Stop Systems Market Forecast, by Fuel Type 15.22.1. Diesel 15.22.2. Gasoline 15.23. Germany VVT and Start-Stop Systems Market Forecast, by Technology 15.23.1. Variable Valve Timing 15.23.1.1. Cam Phasing 15.23.1.2. Cam phasing plus changing 15.23.2. Smart Stop System 15.23.2.1. Belt-driven alternator starter 15.23.2.2. Direct starter 15.23.2.3. Enhanced starter 15.23.2.4. Integrated starter generator 15.24. U.K. VVT and Start-Stop Systems Market Forecast, by Valvetrain 15.24.1. Dual Over Head Cam 15.24.2. Single Over Head Cam 15.25. U.K. VVT and Start-Stop Systems Market Forecast, by Vehicle Type 15.25.1. Passenger Vehicles 15.25.2. Light Commercial Vehicles 15.25.3. Heavy Commercial Vehicle 15.26. U.K. VVT and Start-Stop Systems Market Forecast, by Electrical Vehicle Type 15.26.1. Battery Electric Vehicles 15.26.2. Plug-in Hybrid Electric Vehicles 15.26.3. Hybrid Electric Vehicles 15.27. U.K. VVT and Start-Stop Systems Market Forecast, by Application 15.27.1. Compact Passenger Cars 15.27.2. Mid-sized Passenger Cars 15.27.3. Premium Passenger Cars 15.27.4. Luxury Passenger Cars 15.27.5. Light Commercial Vehicles 15.27.6. Heavy Commercial Vehicles 15.28. U.K. VVT and Start-Stop Systems Market Forecast, by Fuel Type 15.28.1. Diesel 15.28.2. Gasoline 15.29. U.K. VVT and Start-Stop Systems Market Forecast, by Technology 15.29.1. Variable Valve Timing 15.29.1.1. Cam Phasing 15.29.1.2. Cam phasing plus changing 15.29.2. Smart Stop System 15.29.2.1. Belt-driven alternator starter 15.29.2.2. Direct starter 15.29.2.3. Enhanced starter 15.29.2.4. Integrated starter generator 15.30. France VVT and Start-Stop Systems Market Forecast, by Valvetrain 15.30.1. Dual Over Head Cam 15.30.2. Single Over Head Cam 15.31. France VVT and Start-Stop Systems Market Forecast, by Vehicle Type 15.31.1. Passenger Vehicles 15.31.2. Light Commercial Vehicles 15.31.3. Heavy Commercial Vehicle 15.32. France VVT and Start-Stop Systems Market Forecast, by Electrical Vehicle Type 15.32.1. Battery Electric Vehicles 15.32.2. Plug-in Hybrid Electric Vehicles 15.32.3. Hybrid Electric Vehicles 15.33. France VVT and Start-Stop Systems Market Forecast, by Application 15.33.1. Compact Passenger Cars 15.33.2. Mid-sized Passenger Cars 15.33.3. Premium Passenger Cars 15.33.4. Luxury Passenger Cars 15.33.5. Light Commercial Vehicles 15.33.6. Heavy Commercial Vehicles 15.34. France VVT and Start-Stop Systems Market Forecast, by Fuel Type 15.34.1. Diesel 15.34.2. Gasoline 15.35. France VVT and Start-Stop Systems Market Forecast, by Technology 15.35.1. Variable Valve Timing 15.35.1.1. Cam Phasing 15.35.1.2. Cam phasing plus changing 15.35.2. Smart Stop System 15.35.2.1. Belt-driven alternator starter 15.35.2.2. Direct starter 15.35.2.3. Enhanced starter 15.35.2.4. Integrated starter generator 15.36. Italy VVT and Start-Stop Systems Market Forecast, by Valvetrain 15.36.1. Dual Over Head Cam 15.36.2. Single Over Head Cam 15.37. Italy VVT and Start-Stop Systems Market Forecast, by Vehicle Type 15.37.1. Passenger Vehicles 15.37.2. Light Commercial Vehicles 15.37.3. Heavy Commercial Vehicle 15.38. Italy VVT and Start-Stop Systems Market Forecast, by Electrical Vehicle Type 15.38.1. Battery Electric Vehicles 15.38.2. Plug-in Hybrid Electric Vehicles 15.38.3. Hybrid Electric Vehicles 15.39. Italy VVT and Start-Stop Systems Market Forecast, by Application 15.39.1. Compact Passenger Cars 15.39.2. Mid-sized Passenger Cars 15.39.3. Premium Passenger Cars 15.39.4. Luxury Passenger Cars 15.39.5. Light Commercial Vehicles 15.39.6. Heavy Commercial Vehicles 15.40. Italy VVT and Start-Stop Systems Market Forecast, by Fuel Type 15.40.1. Diesel 15.40.2. Gasoline 15.41. Italy VVT and Start-Stop Systems Market Forecast, by Technology 15.41.1. Variable Valve Timing 15.41.1.1. Cam Phasing 15.41.1.2. Cam phasing plus changing 15.41.2. Smart Stop System 15.41.2.1. Belt-driven alternator starter 15.41.2.2. Direct starter 15.41.2.3. Enhanced starter 15.41.2.4. Integrated starter generator 15.42. Spain VVT and Start-Stop Systems Market Forecast, by Valvetrain 15.42.1. Dual Over Head Cam 15.42.2. Single Over Head Cam 15.43. Spain VVT and Start-Stop Systems Market Forecast, by Vehicle Type 15.43.1. Passenger Vehicles 15.43.2. Light Commercial Vehicles 15.43.3. Heavy Commercial Vehicle 15.44. Spain VVT and Start-Stop Systems Market Forecast, by Electrical Vehicle Type 15.44.1. Battery Electric Vehicles 15.44.2. Plug-in Hybrid Electric Vehicles 15.44.3. Hybrid Electric Vehicles 15.45. Spain VVT and Start-Stop Systems Market Forecast, by Application 15.45.1. Compact Passenger Cars 15.45.2. Mid-sized Passenger Cars 15.45.3. Premium Passenger Cars 15.45.4. Luxury Passenger Cars 15.45.5. Light Commercial Vehicles 15.45.6. Heavy Commercial Vehicles 15.46. Spain VVT and Start-Stop Systems Market Forecast, by Fuel Type 15.46.1. Diesel 15.46.2. Gasoline 15.47. Spain VVT and Start-Stop Systems Market Forecast, by Technology 15.47.1. Variable Valve Timing 15.47.1.1. Cam Phasing 15.47.1.2. Cam phasing plus changing 15.47.2. Smart Stop System 15.47.2.1. Belt-driven alternator starter 15.47.2.2. Direct starter 15.47.2.3. Enhanced starter 15.47.2.4. Integrated starter generator 15.48. Rest of Europe VVT and Start-Stop Systems Market Forecast, by Valvetrain 15.48.1. Dual Over Head Cam 15.48.2. Single Over Head Cam 15.49. Rest of Europe VVT and Start-Stop Systems Market Forecast, by Vehicle Type 15.49.1. Passenger Vehicles 15.49.2. Light Commercial Vehicles 15.49.3. Heavy Commercial Vehicle 15.50. Rest of Europe VVT and Start-Stop Systems Market Forecast, by Electrical Vehicle Type 15.50.1. Battery Electric Vehicles 15.50.2. Plug-in Hybrid Electric Vehicles 15.50.3. Hybrid Electric Vehicles 15.51. Rest Of Europe VVT and Start-Stop Systems Market Forecast, by Application 15.51.1. Compact Passenger Cars 15.51.2. Mid-sized Passenger Cars 15.51.3. Premium Passenger Cars 15.51.4. Luxury Passenger Cars 15.51.5. Light Commercial Vehicles 15.51.6. Heavy Commercial Vehicles 15.52. Rest Of Europe VVT and Start-Stop Systems Market Forecast, by Fuel Type 15.52.1. Diesel 15.52.2. Gasoline 15.53. Rest Of Europe VVT and Start-Stop Systems Market Forecast, by Technology 15.53.1. Variable Valve Timing 15.53.1.1. Cam Phasing 15.53.1.2. Cam phasing plus changing 15.53.2. Smart Stop System 15.53.2.1. Belt-driven alternator starter 15.53.2.2. Direct starter 15.53.2.3. Enhanced starter 15.53.2.4. Integrated starter generator 15.54. Europe VVT and Start-Stop Systems Market Attractiveness Analysis 15.54.1. By Valvetrain 15.54.2. By Vehicle Type 15.54.3. By Electrical Vehicle Type 15.54.4. By Application 15.54.5. By Fuel Type 15.54.6. By Technology 15.55. PEST Analysis 16. Asia Pacific VVT and Start-Stop Systems Market Analysis 16.1. Key Findings 16.2. Asia Pacific VVT and Start-Stop Systems Market Overview 16.3. Asia Pacific VVT and Start-Stop Systems Market Value Share Analysis, by Valvetrain 16.4. Asia Pacific VVT and Start-Stop Systems Market Forecast, by Valvetrain 16.4.1. Dual Over Head Cam 16.4.2. Single Over Head Cam 16.5. Asia Pacific VVT and Start-Stop Systems Market Value Share Analysis, by Vehicle Type 16.6. Asia Pacific VVT and Start-Stop Systems Market Forecast, by Vehicle Type 16.6.1. Passenger Vehicles 16.6.2. Light Commercial Vehicles 16.6.3. Heavy Commercial Vehicle 16.7. Asia Pacific VVT and Start-Stop Systems Market Value Share Analysis, by Electrical Vehicle Type 16.8. Asia Pacific VVT and Start-Stop Systems Market Forecast, by Electrical Vehicle Type 16.8.1. Battery Electric Vehicles 16.8.2. Plug-in Hybrid Electric Vehicles 16.8.3. Hybrid Electric Vehicles 16.9. Asia Pacific VVT and Start-Stop Systems Market Value Share Analysis, by Application 16.10. Asia Pacific VVT and Start-Stop Systems Market Forecast, by Application 16.10.1. Compact Passenger Cars 16.10.2. Mid-sized Passenger Cars 16.10.3. Premium Passenger Cars 16.10.4. Luxury Passenger Cars 16.10.5. Light Commercial Vehicles 16.10.6. Heavy Commercial Vehicles 16.11. Asia Pacific VVT and Start-Stop Systems Market Value Share Analysis, by Fuel Type 16.12. Asia Pacific VVT and Start-Stop Systems Market Forecast, by Fuel Type 16.12.1. Diesel 16.12.2. Gasoline 16.13. Asia Pacific VVT and Start-Stop Systems Market Value Share Analysis, by Technology 16.14. Asia Pacific VVT and Start-Stop Systems Market Forecast, by Technology 16.14.1. Variable Valve Timing 16.14.1.1. Cam Phasing 16.14.1.2. Cam phasing plus changing 16.14.2. Smart Stop System 16.14.2.1. Belt-driven alternator starter 16.14.2.2. Direct starter 16.14.2.3. Enhanced starter 16.14.2.4. Integrated starter generator 16.15. Asia Pacific VVT and Start-Stop Systems Market Value Share Analysis, by Country 16.16. Asia Pacific VVT and Start-Stop Systems Market Forecast, by Country 16.16.1. China 16.16.2. India 16.16.3. Japan 16.16.4. ASEAN 16.16.5. Rest of Asia Pacific 16.17. Asia Pacific VVT and Start-Stop Systems Market Analysis, by Country 16.18. China VVT and Start-Stop Systems Market Forecast, by Valvetrain 16.18.1. Dual Over Head Cam 16.18.2. Single Over Head Cam 16.19. China VVT and Start-Stop Systems Market Forecast, by Vehicle Type 16.19.1. Passenger Vehicles 16.19.2. Light Commercial Vehicles 16.19.3. Heavy Commercial Vehicle 16.20. China VVT and Start-Stop Systems Market Forecast, by Electrical Vehicle Type 16.20.1. Battery Electric Vehicles 16.20.2. Plug-in Hybrid Electric Vehicles 16.20.3. Hybrid Electric Vehicles 16.21. China VVT and Start-Stop Systems Market Forecast, by Application 16.21.1. Compact Passenger Cars 16.21.2. Mid-sized Passenger Cars 16.21.3. Premium Passenger Cars 16.21.4. Luxury Passenger Cars 16.21.5. Light Commercial Vehicles 16.21.6. Heavy Commercial Vehicles 16.22. China VVT and Start-Stop Systems Market Forecast, by Fuel Type 16.22.1. Diesel 16.22.2. Gasoline 16.23. China VVT and Start-Stop Systems Market Forecast, by Technology 16.23.1. Variable Valve Timing 16.23.1.1. Cam Phasing 16.23.1.2. Cam phasing plus changing 16.23.2. Smart Stop System 16.23.2.1. Belt-driven alternator starter 16.23.2.2. Direct starter 16.23.2.3. Enhanced starter 16.23.2.4. Integrated starter generator 16.24. India VVT and Start-Stop Systems Market Forecast, by Valvetrain 16.24.1. Dual Over Head Cam 16.24.2. Single Over Head Cam 16.25. India VVT and Start-Stop Systems Market Forecast, by Vehicle Type 16.25.1. Passenger Vehicles 16.25.2. Light Commercial Vehicles 16.25.3. Heavy Commercial Vehicle 16.26. India VVT and Start-Stop Systems Market Forecast, by Electrical Vehicle Type 16.26.1. Battery Electric Vehicles 16.26.2. Plug-in Hybrid Electric Vehicles 16.26.3. Hybrid Electric Vehicles 16.27. India VVT and Start-Stop Systems Market Forecast, by Application 16.27.1. Compact Passenger Cars 16.27.2. Mid-sized Passenger Cars 16.27.3. Premium Passenger Cars 16.27.4. Luxury Passenger Cars 16.27.5. Light Commercial Vehicles 16.27.6. Heavy Commercial Vehicles 16.28. India VVT and Start-Stop Systems Market Forecast, by Fuel Type 16.28.1. Diesel 16.28.2. Gasoline 16.29. India VVT and Start-Stop Systems Market Forecast, by Technology 16.29.1. Variable Valve Timing 16.29.1.1. Cam Phasing 16.29.1.2. Cam phasing plus changing 16.29.2. Smart Stop System 16.29.2.1. Belt-driven alternator starter 16.29.2.2. Direct starter 16.29.2.3. Enhanced starter 16.29.2.4. Integrated starter generator 16.30. Japan VVT and Start-Stop Systems Market Forecast, by Valvetrain 16.30.1. Dual Over Head Cam 16.30.2. Single Over Head Cam 16.31. Japan VVT and Start-Stop Systems Market Forecast, by Vehicle Type 16.31.1. Passenger Vehicles 16.31.2. Light Commercial Vehicles 16.31.3. Heavy Commercial Vehicle 16.32. Japan VVT and Start-Stop Systems Market Forecast, by Electrical Vehicle Type 16.32.1. Battery Electric Vehicles 16.32.2. Plug-in Hybrid Electric Vehicles 16.32.3. Hybrid Electric Vehicles 16.33. Japan VVT and Start-Stop Systems Market Forecast, by Application 16.33.1. Compact Passenger Cars 16.33.2. Mid-sized Passenger Cars 16.33.3. Premium Passenger Cars 16.33.4. Luxury Passenger Cars 16.33.5. Light Commercial Vehicles 16.33.6. Heavy Commercial Vehicles 16.34. Japan VVT and Start-Stop Systems Market Forecast, by Fuel Type 16.34.1. Diesel 16.34.2. Gasoline 16.35. Japan VVT and Start-Stop Systems Market Forecast, by Technology 16.35.1. Variable Valve Timing 16.35.1.1. Cam Phasing 16.35.1.2. Cam phasing plus changing 16.35.2. Smart Stop System 16.35.2.1. Belt-driven alternator starter 16.35.2.2. Direct starter 16.35.2.3. Enhanced starter 16.35.2.4. Integrated starter generator 16.36. ASEAN VVT and Start-Stop Systems Market Forecast, by Valvetrain 16.36.1. Dual Over Head Cam 16.36.2. Single Over Head Cam 16.37. ASEAN VVT and Start-Stop Systems Market Forecast, by Vehicle Type 16.37.1. Passenger Vehicles 16.37.2. Light Commercial Vehicles 16.37.3. Heavy Commercial Vehicle 16.38. ASEAN VVT and Start-Stop Systems Market Forecast, by Electrical Vehicle Type 16.38.1. Battery Electric Vehicles 16.38.2. Plug-in Hybrid Electric Vehicles 16.38.3. Hybrid Electric Vehicles 16.39. ASEAN VVT and Start-Stop Systems Market Forecast, by Application 16.39.1. Compact Passenger Cars 16.39.2. Mid-sized Passenger Cars 16.39.3. Premium Passenger Cars 16.39.4. Luxury Passenger Cars 16.39.5. Light Commercial Vehicles 16.39.6. Heavy Commercial Vehicles 16.40. ASEAN VVT and Start-Stop Systems Market Forecast, by Fuel Type 16.40.1. Diesel 16.40.2. Gasoline 16.41. ASEAN VVT and Start-Stop Systems Market Forecast, by Technology 16.41.1. Variable Valve Timing 16.41.1.1. Cam Phasing 16.41.1.2. Cam phasing plus changing 16.41.2. Smart Stop System 16.41.2.1. Belt-driven alternator starter 16.41.2.2. Direct starter 16.41.2.3. Enhanced starter 16.41.2.4. Integrated starter generator 16.42. Rest of Asia Pacific VVT and Start-Stop Systems Market Forecast, by Valvetrain 16.42.1. Dual Over Head Cam 16.42.2. Single Over Head Cam 16.43. Rest of Asia Pacific VVT and Start-Stop Systems Market Forecast, by Vehicle Type 16.43.1. Passenger Vehicles 16.43.2. Light Commercial Vehicles 16.43.3. Heavy Commercial Vehicle 16.44. Rest of Asia Pacific VVT and Start-Stop Systems Market Forecast, by Electrical Vehicle Type 16.44.1. Battery Electric Vehicles 16.44.2. Plug-in Hybrid Electric Vehicles 16.44.3. Hybrid Electric Vehicles 16.45. Rest of Asia Pacific VVT and Start-Stop Systems Market Forecast, by Application 16.45.1. Compact Passenger Cars 16.45.2. Mid-sized Passenger Cars 16.45.3. Premium Passenger Cars 16.45.4. Luxury Passenger Cars 16.45.5. Light Commercial Vehicles 16.45.6. Heavy Commercial Vehicles 16.46. Rest of Asia Pacific VVT and Start-Stop Systems Market Forecast, by Fuel Type 16.46.1. Diesel 16.46.2. Gasoline 16.47. Rest of Asia Pacific VVT and Start-Stop Systems Market Forecast, by Technology 16.47.1. Variable Valve Timing 16.47.1.1. Cam Phasing 16.47.1.2. Cam phasing plus changing 16.47.2. Smart Stop System 16.47.2.1. Belt-driven alternator starter 16.47.2.2. Direct starter 16.47.2.3. Enhanced starter 16.47.2.4. Integrated starter generator 16.48. Asia Pacific VVT and Start-Stop Systems Market Attractiveness Analysis 16.48.1. By Valvetrain 16.48.2. By Vehicle Type 16.48.3. By Electrical Vehicle Type 16.48.4. By Application 16.48.5. By Fuel Type 16.48.6. By Technology 16.49. PEST Analysis 17. Middle East & Africa VVT and Start-Stop Systems Market Analysis 17.1. Key Findings 17.2. Middle East & Africa VVT and Start-Stop Systems Market Overview 17.3. Middle East & Africa VVT and Start-Stop Systems Market Value Share Analysis, by Valvetrain 17.4. Middle East & Africa VVT and Start-Stop Systems Market Forecast, by Valvetrain 17.4.1. Dual Over Head Cam 17.4.2. Single Over Head Cam 17.5. Middle East & Africa VVT and Start-Stop Systems Market Value Share Analysis, by Vehicle Type 17.6. Middle East & Africa VVT and Start-Stop Systems Market Forecast, by Vehicle Type 17.6.1. Passenger Vehicles 17.6.2. Light Commercial Vehicles 17.6.3. Heavy Commercial Vehicle 17.7. Middle East & Africa VVT and Start-Stop Systems Market Value Share Analysis, by Electrical Vehicle Type 17.8. Middle East & Africa VVT and Start-Stop Systems Market Forecast, by Electrical Vehicle Type 17.8.1. Battery Electric Vehicles 17.8.2. Plug-in Hybrid Electric Vehicles 17.8.3. Hybrid Electric Vehicles 17.9. Middle East & Africa VVT and Start-Stop Systems Market Value Share Analysis, by Application 17.10. Middle East & Africa VVT and Start-Stop Systems Market Forecast, by Application 17.10.1. Compact Passenger Cars 17.10.2. Mid-sized Passenger Cars 17.10.3. Premium Passenger Cars 17.10.4. Luxury Passenger Cars 17.10.5. Light Commercial Vehicles 17.10.6. Heavy Commercial Vehicles 17.11. Middle East & Africa VVT and Start-Stop Systems Market Value Share Analysis, by Fuel Type 17.12. Middle East & Africa VVT and Start-Stop Systems Market Forecast, by Fuel Type 17.12.1. Diesel 17.12.2. Gasoline 17.13. Middle East & Africa VVT and Start-Stop Systems Market Value Share Analysis, by Technology 17.14. Middle East & Africa VVT and Start-Stop Systems Market Forecast, by Technology 17.14.1. Variable Valve Timing 17.14.1.1. Cam Phasing 17.14.1.2. Cam phasing plus changing 17.14.2. Smart Stop System 17.14.2.1. Belt-driven alternator starter 17.14.2.2. Direct starter 17.14.2.3. Enhanced starter 17.14.2.4. Integrated starter generator 17.15. Middle East & Africa VVT and Start-Stop Systems Market Value Share Analysis, by Country 17.16. Middle East & Africa VVT and Start-Stop Systems Market Forecast, by Country 17.16.1. GCC 17.16.2. South Africa 17.16.3. Rest of Middle East & Africa 17.17. Middle East & Africa VVT and Start-Stop Systems Market Analysis, by Country 17.18. GCC VVT and Start-Stop Systems Market Forecast, by Valvetrain 17.18.1. Dual Over Head Cam 17.18.2. Single Over Head Cam 17.19. GCC VVT and Start-Stop Systems Market Forecast, by Vehicle Type 17.19.1. Passenger Vehicles 17.19.2. Light Commercial Vehicles 17.19.3. Heavy Commercial Vehicle 17.20. GCC VVT and Start-Stop Systems Market Forecast, by Electrical Vehicle Type 17.20.1. Battery Electric Vehicles 17.20.2. Plug-in Hybrid Electric Vehicles 17.20.3. Hybrid Electric Vehicles 17.21. GCC VVT and Start-Stop Systems Market Forecast, by Application 17.21.1. Compact Passenger Cars 17.21.2. Mid-sized Passenger Cars 17.21.3. Premium Passenger Cars 17.21.4. Luxury Passenger Cars 17.21.5. Light Commercial Vehicles 17.21.6. Heavy Commercial Vehicles 17.22. GCC VVT and Start-Stop Systems Market Forecast, by Fuel Type 17.22.1. Diesel 17.22.2. Gasoline 17.23. GCC VVT and Start-Stop Systems Market Forecast, by Technology 17.23.1. Variable Valve Timing 17.23.1.1. Cam Phasing 17.23.1.2. Cam phasing plus changing 17.23.2. Smart Stop System 17.23.2.1. Belt-driven alternator starter 17.23.2.2. Direct starter 17.23.2.3. Enhanced starter 17.23.2.4. Integrated starter generator 17.24. South Africa VVT and Start-Stop Systems Market Forecast, by Valvetrain 17.24.1. Dual Over Head Cam 17.24.2. Single Over Head Cam 17.25. South Africa VVT and Start-Stop Systems Market Forecast, by Vehicle Type 17.25.1. Passenger Vehicles 17.25.2. Light Commercial Vehicles 17.25.3. Heavy Commercial Vehicle 17.26. South Africa VVT and Start-Stop Systems Market Forecast, by Electrical Vehicle Type 17.26.1. Battery Electric Vehicles 17.26.2. Plug-in Hybrid Electric Vehicles 17.26.3. Hybrid Electric Vehicles 17.27. South Africa VVT and Start-Stop Systems Market Forecast, by Application 17.27.1. Compact Passenger Cars 17.27.2. Mid-sized Passenger Cars 17.27.3. Premium Passenger Cars 17.27.4. Luxury Passenger Cars 17.27.5. Light Commercial Vehicles 17.27.6. Heavy Commercial Vehicles 17.28. South Africa VVT and Start-Stop Systems Market Forecast, by Fuel Type 17.28.1. Diesel 17.28.2. Gasoline 17.29. South Africa VVT and Start-Stop Systems Market Forecast, by Technology 17.29.1. Variable Valve Timing 17.29.1.1. Cam Phasing 17.29.1.2. Cam phasing plus changing 17.29.2. Smart Stop System 17.29.2.1. Belt-driven alternator starter 17.29.2.2. Direct starter 17.29.2.3. Enhanced starter 17.29.2.4. Integrated starter generator 17.30. Rest of Middle East & Africa VVT and Start-Stop Systems Market Forecast, by Valvetrain 17.30.1. Dual Over Head Cam 17.30.2. Single Over Head Cam 17.31. Rest of Middle East & Africa VVT and Start-Stop Systems Market Forecast, by Vehicle Type 17.31.1. Passenger Vehicles 17.31.2. Light Commercial Vehicles 17.31.3. Heavy Commercial Vehicle 17.32. Rest of Middle East & Africa VVT and Start-Stop Systems Market Forecast, by Electrical Vehicle Type 17.32.1. Battery Electric Vehicles 17.32.2. Plug-in Hybrid Electric Vehicles 17.32.3. Hybrid Electric Vehicles 17.33. Rest of Middle East & Africa VVT and Start-Stop Systems Market Forecast, by Application 17.33.1. Compact Passenger Cars 17.33.2. Mid-sized Passenger Cars 17.33.3. Premium Passenger Cars 17.33.4. Luxury Passenger Cars 17.33.5. Light Commercial Vehicles 17.33.6. Heavy Commercial Vehicles 17.34. Rest of Middle East & Africa VVT and Start-Stop Systems Market Forecast, by Fuel Type 17.34.1. Diesel 17.34.2. Gasoline 17.35. Rest of Middle East & Africa VVT and Start-Stop Systems Market Forecast, by Technology 17.35.1. Variable Valve Timing 17.35.1.1. Cam Phasing 17.35.1.2. Cam phasing plus changing 17.35.2. Smart Stop System 17.35.2.1. Belt-driven alternator starter 17.35.2.2. Direct starter 17.35.2.3. Enhanced starter 17.35.2.4. Integrated starter generator 17.36. Middle East & Africa VVT and Start-Stop Systems Market Attractiveness Analysis 17.36.1. By Valvetrain 17.36.2. By Vehicle Type 17.36.3. By Electrical Vehicle Type 17.36.4. By Application 17.36.5. By Fuel Type 17.36.6. By Technology 17.37. PEST Analysis 18. South America VVT and Start-Stop Systems Market Analysis 18.1. Key Findings 18.2. South America VVT and Start-Stop Systems Market Overview 18.3. South America VVT and Start-Stop Systems Market Value Share Analysis, by Valvetrain 18.4. South America VVT and Start-Stop Systems Market Forecast, by Valvetrain 18.4.1. Dual Over Head Cam 18.4.2. Single Over Head Cam 18.5. South America VVT and Start-Stop Systems Market Value Share Analysis, by Vehicle Type 18.6. South America VVT and Start-Stop Systems Market Forecast, by Vehicle Type 18.6.1. Passenger Vehicles 18.6.2. Light Commercial Vehicles 18.6.3. Heavy Commercial Vehicle 18.7. South America VVT and Start-Stop Systems Market Value Share Analysis, by Electrical Vehicle Type 18.8. South America VVT and Start-Stop Systems Market Forecast, by Electrical Vehicle Type 18.8.1. Battery Electric Vehicles 18.8.2. Plug-in Hybrid Electric Vehicles 18.8.3. Hybrid Electric Vehicles 18.9. South America VVT and Start-Stop Systems Market Value Share Analysis, by Application 18.10. South America VVT and Start-Stop Systems Market Forecast, by Application 18.10.1. Compact Passenger Cars 18.10.2. Mid-sized Passenger Cars 18.10.3. Premium Passenger Cars 18.10.4. Luxury Passenger Cars 18.10.5. Light Commercial Vehicles 18.10.6. Heavy Commercial Vehicles 18.11. South America VVT and Start-Stop Systems Market Value Share Analysis, by Fuel Type 18.12. South America VVT and Start-Stop Systems Market Forecast, by Fuel Type 18.12.1. Diesel 18.12.2. Gasoline 18.13. South America VVT and Start-Stop Systems Market Value Share Analysis, by Technology 18.14. South America VVT and Start-Stop Systems Market Forecast, by Technology 18.14.1. Variable Valve Timing 18.14.1.1. Cam Phasing 18.14.1.2. Cam phasing plus changing 18.14.2. Smart Stop System 18.14.2.1. Belt-driven alternator starter 18.14.2.2. Direct starter 18.14.2.3. Enhanced starter 18.14.2.4. Integrated starter generator 18.15. South America VVT and Start-Stop Systems Market Value Share Analysis, by Country 18.16. South America VVT and Start-Stop Systems Market Forecast, by Country 18.16.1. Brazil 18.16.2. Mexico 18.16.3. Rest of South America 18.17. South America VVT and Start-Stop Systems Market Analysis, by Country 18.18. Brazil VVT and Start-Stop Systems Market Forecast, by Valvetrain 18.18.1. Dual Over Head Cam 18.18.2. Single Over Head Cam 18.19. Brazil VVT and Start-Stop Systems Market Forecast, by Vehicle Type 18.19.1. Passenger Vehicles 18.19.2. Light Commercial Vehicles 18.19.3. Heavy Commercial Vehicle 18.20. Brazil VVT and Start-Stop Systems Market Forecast, by Electrical Vehicle Type 18.20.1. Battery Electric Vehicles 18.20.2. Plug-in Hybrid Electric Vehicles 18.20.3. Hybrid Electric Vehicles 18.21. Brazil VVT and Start-Stop Systems Market Forecast, by Application 18.21.1. Compact Passenger Cars 18.21.2. Mid-sized Passenger Cars 18.21.3. Premium Passenger Cars 18.21.4. Luxury Passenger Cars 18.21.5. Light Commercial Vehicles 18.21.6. Heavy Commercial Vehicles 18.22. Brazil VVT and Start-Stop Systems Market Forecast, by Fuel Type 18.22.1. Diesel 18.22.2. Gasoline 18.23. Brazil VVT and Start-Stop Systems Market Forecast, by Technology 18.23.1. Variable Valve Timing 18.23.1.1. Cam Phasing 18.23.1.2. Cam phasing plus changing 18.23.2. Smart Stop System 18.23.2.1. Belt-driven alternator starter 18.23.2.2. Direct starter 18.23.2.3. Enhanced starter 18.23.2.4. Integrated starter generator 18.24. Mexico VVT and Start-Stop Systems Market Forecast, by Valvetrain 18.24.1. Dual Over Head Cam 18.24.2. Single Over Head Cam 18.25. Mexico VVT and Start-Stop Systems Market Forecast, by Vehicle Type 18.25.1. Passenger Vehicles 18.25.2. Light Commercial Vehicles 18.25.3. Heavy Commercial Vehicle 18.26. Mexico VVT and Start-Stop Systems Market Forecast, by Electrical Vehicle Type 18.26.1. Battery Electric Vehicles 18.26.2. Plug-in Hybrid Electric Vehicles 18.26.3. Hybrid Electric Vehicles 18.27. Mexico VVT and Start-Stop Systems Market Forecast, by Application 18.27.1. Compact Passenger Cars 18.27.2. Mid-sized Passenger Cars 18.27.3. Premium Passenger Cars 18.27.4. Luxury Passenger Cars 18.27.5. Light Commercial Vehicles 18.27.6. Heavy Commercial Vehicles 18.28. Mexico VVT and Start-Stop Systems Market Forecast, by Fuel Type 18.28.1. Diesel 18.28.2. Gasoline 18.29. Mexico VVT and Start-Stop Systems Market Forecast, by Technology 18.29.1. Variable Valve Timing 18.29.1.1. Cam Phasing 18.29.1.2. Cam phasing plus changing 18.29.2. Smart Stop System 18.29.2.1. Belt-driven alternator starter 18.29.2.2. Direct starter 18.29.2.3. Enhanced starter 18.29.2.4. Integrated starter generator 18.30. Rest of South America VVT and Start-Stop Systems Market Forecast, by Valvetrain 18.30.1. Dual Over Head Cam 18.30.2. Single Over Head Cam 18.31. Rest of South America VVT and Start-Stop Systems Market Forecast, by Vehicle Type 18.31.1. Passenger Vehicles 18.31.2. Light Commercial Vehicles 18.31.3. Heavy Commercial Vehicle 18.32. Rest of South America VVT and Start-Stop Systems Market Forecast, by Electrical Vehicle Type 18.32.1. Battery Electric Vehicles 18.32.2. Plug-in Hybrid Electric Vehicles 18.32.3. Hybrid Electric Vehicles 18.33. Rest of South America VVT and Start-Stop Systems Market Forecast, by Application 18.33.1. Compact Passenger Cars 18.33.2. Mid-sized Passenger Cars 18.33.3. Premium Passenger Cars 18.33.4. Luxury Passenger Cars 18.33.5. Light Commercial Vehicles 18.33.6. Heavy Commercial Vehicles 18.34. Rest of South America VVT and Start-Stop Systems Market Forecast, by Fuel Type 18.34.1. Diesel 18.34.2. Gasoline 18.35. Rest of South America VVT and Start-Stop Systems Market Forecast, by Technology 18.35.1. Variable Valve Timing 18.35.1.1. Cam Phasing 18.35.1.2. Cam phasing plus changing 18.35.2. Smart Stop System 18.35.2.1. Belt-driven alternator starter 18.35.2.2. Direct starter 18.35.2.3. Enhanced starter 18.35.2.4. Integrated starter generator 18.36. South America VVT and Start-Stop Systems Market Attractiveness Analysis 18.36.1. By Valvetrain 18.36.2. By Vehicle Type 18.36.3. By Electrical Vehicle Type 18.36.4. By Application 18.36.5. By Fuel Type 18.36.6. By Technology 18.37. PEST Analysis 19. Company Profiles 19.1. Market Share Analysis, by Company 19.2. Competition Matrix 19.2.1. Competitive Benchmarking of key players by price, presence, market share, Applications and R&D investment 19.2.2. New Product Launches and Product Enhancements 19.2.3. Market Consolidation 19.2.3.1. M&A by Regions, Investment and Applications 19.2.3.2. M&A Key Players, Forward Integration and Backward Integration 19.3. Company Profiles: Key Players 19.3.1. Delphi Automotive PLC 19.3.1.1. Company Overview 19.3.1.2. Financial Overview 19.3.1.3. Product Portfolio 19.3.1.4. Business Strategy 19.3.1.5. Recent Developments 19.3.1.6. Manufacturing Footprint 19.3.2. Robert Bosch 19.3.3. Eaton Corporation PLC 19.3.4. Continental 19.3.5. Johnson Electric 19.3.6. Mitsubishi Electric Corporation 19.3.7. Schaeffler AG. 19.3.8. Aisin Seiki Co. Ltd. 19.3.9. Hitachi Ltd. 19.3.10. Valeo S.A. 19.3.11. Denso Corporation 19.3.12. Borgwarner Inc. 19.3.13. Johnson Controls, Inc 19.3.14. Robert Bosch Gmbh 19.3.15. BMW 19.3.16. Magna International Inc. 19.3.17. Toyota Motors 20. Primary Key Insights