List of Figures
Figure 1: Taxonomy of LiDAR Sensor Techniques
Figure 2: Global Automotive LiDAR Sensor Market (USD Million) , 2017 -2030
Figure 3: Autonomous Vehicles and Investments in Intelligence
Figure 4: Investment in LiDAR technologies
Figure 5: Global Automotive LiDAR Sensor Shipment (Thousand Units) , 2017 -2030
Figure 6: Global Automotive LiDAR Sensor Market Split, By Component Type - 2018 (%)
Figure 7: Global Automotive LiDAR Sensor Market Size, By Component Type – 2030 (%)
Figure 8: Global Automotive LiDAR Sensor Market (USD Million)- By Vehicle Type , 2017 -2030
Figure 9: Market Penetration of ADAS Vehicles
Figure 10: Number of Patents in Autonomous Driving, Until 2017
Figure 11: Global Automotive LiDAR Sensor Shipment (Thousand Units) , 2017 -2030
Figure 12: Market Attractiveness Chart of Global Automotive LiDAR Sensor Market - By Vehicle Type (Year-2030)
Figure 13: Global Automotive LiDAR Sensor Market (USD Million) - By Technology Type, 2017-2030
Figure 14: Global Automotive LiDAR Sensor Shipment (In Thousand Units) - By Technology Type, 2017-2030
Figure 15: Global LiDAR Sensor Market, Regional Split, Year- 2018 (%)
Figure 16: Global LiDAR Sensor Market, Regional Split, Year – 2030 (%)
Figure 17: Market Opportunity Chart of Global Automotive LiDAR Sensor Market - By Country (Year-2030)
Figure 18: United States Automotive LiDAR Sensor Market (USD Million), 2017-2030
Figure 19: US Vehicles Involved in Fatal Crashes, By Vehicle Type, 2017, (In Units)
Figure 20: US’ Vehicles Involved in Fatal Crashes, By Vehicle Type, 2017, (In %)
Figure 21: US Total Road Fatalities, 2013-2017, ( In Number of People)
Figure 22: US Transportation Fuel Used, By Mode, 2016 (In %)
Figure 23: US Sale of All Vehicles, 2013-2017 (In Millions)
Figure 24: OEM’s Share of US Production, 2017 (In %)
Figure 25: US Production of All Vehicles, 2013-2017 (In Millions)
Figure 26: Germany Automotive LiDAR Sensor Market (USD Million), 2017-2030
Figure 27: Germany % of Urban Population,2013-2017 (In %)
Figure 28: Germany Production of Cars and LCV only, 2013-2018, (In Millions)
Figure 29: Germany Premium Car Production, A Comparison, By Countries, 2017, (In %)
Figure 30: Germany Sales of All Vehicles, 2013-2017 (In Millions)
Figure 31: China Automotive LiDAR Sensor Market (USD Million), 2017-2030
Figure 32: China % of Urban Population,2013-2017 (In %)
Figure 33: China Production of All Vehicles, 2013-2018, (In Millions)
Figure 34: China Total CO2 Emissions, 2013-2016, (In MtCO2)
Figure 35: China Sales of All Vehicles, 2013-2017 (In Millions)
Figure 36: Japan Automotive LiDAR Sensor Market (USD Million), 2017-2030
Figure 37: Japan % of Urban Population, 2013-2017 (In %)
Figure 38: Japan Production of All Vehicles, 2013-2018, (In Millions)
Figure 39: Japan Total CO2 Emissions, 2013-2016, (In MtCO2)
Figure 40: Japan Sales of All Vehicles, 2013-2017 (In Millions)
Figure 41: Japan New Motor Vehicle Registrations, By Type, 2017 (In %)
Figure 42: Japan Motor Vehicles in Use, By Type, 2017, (In %)
Figure 43: Japan New Motor Vehicle Registrations, By Type, 2017 (In %)
Figure 44: Rest of World Automotive LiDAR Sensor Market (USD Million), 2017-2030
Figure 45: Competitive Positions of LiDAR Sensor Vendors (2018)
Figure 46: Leading LiDAR Sensor Vendors
Figure 47: Trimble, Annual Sales Revenue,2014-2018 (USD Million)
Figure 48: Trimble Inc., Annual Net Income/Loss, 2014-2018 (USD Million)
Figure 49: Trimble Inc., Sales Revenue, By Geographic Segment, FY2018 (%)
Figure 50: Trimble Inc., Sales Revenue ,By End User Segment, FY2018 (%)
List of Tables
Table A: Automotive LiDAR Sensor Manufacturers
Table B: Automotive LiDAR Sensors Comparison Chart
Table C: Main Partnership of Car Manufacturers with LIDAR Developers
Table D: Level of Automation and Sensors built in Automobiles
Table E: Pros & Cons of LiDAR Technology
Table F: Company profiles
Table G: Merger & Acquisition Analysis