Passenger Car ADAS Market 2025-2045: Technology, Market Analysis, and Forecasts

Private ADAS Vehicles in SAE Level 2 to Level 3 Market, autonomous driving rules & regulations, ADAS Solution Providers, Soc Manufactures, Sensor Suite for ADAS Cars, enabling technologies.

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Over the past few years, Advanced Driver Assistance Systems (ADAS) have become a core competitive factor in the passenger vehicles market. In particular, "Level 2+" has emerged as a term describing advanced Level 2 ADAS with more sophisticated capabilities, such as Highway navigate on Pilot and City navigate on Pilot. IDTechEx projects that the global market for L2+ functionalities could reach US$17.98 billion by 2045, driven by both premium and mass-market adoption and the rise of hands-free driving features.
 
 
Global Hands-free driving (L2+/L3) Revenue Forecast. Source IDTechEx
The rise of Level 2+ availability
For many years, "Level 2+" has described well-refined driving assistance that goes beyond conventional Level 2. The "plus" indicates that drivers can briefly remove their hands from the wheel while keeping their eyes on the road (eyes-on). Beyond typical highway scenarios, the Operational Design Domain (ODD) for L2+ is now expanding to highway NOA (Navigate on Autopilot) and urban NOA, serving as a vital steppingstone toward Level 3 autonomy.
The private car market has seen a major surge in hands-free driving adoption in recent years. General Motors (GM) introduced early Super Cruise systems in 2017, establishing a foundation for hands-off ADAS. By 2024, GM have over 20 models equipped with Super Cruise and extended mapped roads to 750,000 miles. Ford has also reached a notable milestone by bringing BlueCruise (L2+) to Europe, making it the first OEM to cover the region with hands-free driving capabilities. Meanwhile, the Chinese market has witnessed leading EV makers roll out NOA features at scale since 2023. Li Auto, Huawei, XPeng, and NIO have each deployed their own L2+ NOA features, despite regulations in China that have not yet formally allowed true hands-free driving. By 2024, Li Auto achieved annual L2+ vehicle sales of over 500,000 units and accumulated 2.93 billion km in L2+ driving mileage by users, claiming more than 90% coverage of urban NOA cities through mapless Automated Driving System (ADS) in China.
 
 
ADAS Deployment by Region (2023). Source IDTechEx
 
Level 3 struggling
The key difference between level 2+ and level 3 is that eyes-on becomes eyes-off. This effectively means that the OEM becomes liable for anything that happens while the vehicle is reporting that it is operating at level 3. So far, the only OEMs happy to accept this have been Mercedes and BMW, the forming having certified level 3 driving in Germany, California, and Nevada, and the latter only having the technology in Germany.
 
Level 3 has been allowed on the roads since 2021, with a very small deployment from Honda in Japan. Following that Mercedes certified its system in Germany in 2022, then in the US in 2023. Since then BMW has certified in Germany and Mercedes has announced intentions to raise its maximum operating speed from 60kph (~40mph) to 95kph (~60mph). By the end of 2024, IDTechEx had expected to see more regions getting level 3 certification and more companies, especially GM and Ford, certifying their technologies. Progress has been much slower than initially thought, something that is reflected in IDTechEx's forecasts. IDTechEx now sees level 2+ as a more significant avenue of development, with level 3 likely to pick up in a few years' time.
 
Given the slow start that level 3 vehicles have had, IDTechEx now anticipates their deployment and adoption will be much slower than initially predicted. See the full report for the technologies available on these vehicles, all the rules surrounding level 3 deployment, and IDTechEx's forecasts for how level 3 technologies will spread.
 
China's supply chain and software-hardware synergy
One of the major reasons behind China's swift L2+ adoption is its robust supply chain integration across OEMs, software solution providers, and hardware suppliers. Companies like Momenta, Apollo, and WeRide deliver AD software stacks for rapid OEM integration. Huawei, Mobileye, Bosch, Horizon Robotics, and Black Sesame offer combined hardware-software solutions that further shorten the time to market for traditional automakers. Some OEMs also adopt in-house ADS architecture, supported by in-house cloud computing centers, end-to-end algorithm design, and in-house LiDAR, radar, or domain controller development. IDTechEx conducted a case study on leading Chinese OEMs' Sales Volume and Break-even Point, factoring in R&D team costs, cloud computing expenses, and L2+ penetration rates in different models. This provides insight into how quickly large investments in advanced ADAS might turn profitable.
 
Accelerating ADAS features and sensor proliferation
Rising global safety mandates have led to rapid growth of active safety functions such as AEB (Automatic Emergency Braking), which in turn drives increased deployment of cameras, radars, LiDARs, and domain controllers. AEB may initially rely on a forward camera, but accuracy often improves when fused with forward-facing radar. Lane Change Assist might call for side radars or ultrasonic sensors, while 360° surround view requires at least four cameras to stitch together a panoramic image. IDTechEx has identified 14 major L1-L2+/L3 ADAS features in passenger vehicles and provides a 20-year forecast of their adoption by region (the US, Europe, China, Japan). By analyzing sensor costs, SoC prices, and software license fees, this report provides revenue projections for each ADAS feature, offering insights into the market development surrounding SAE L0-L2+.
 
This report offers a comprehensive overview of automakers' progress in basic L0-L1 safety ADAS features, L2 luxury functionality, and Level 2+ (hands-off, eyes-on) deployments, including the total miles of roads covered and the regulatory challenges encountered in different regions. It also examines the range of sensor arrays employed in L2+ solutions, from pure vision to LiDAR-dependent fusion algorithms, explaining how different cost structures align with distinct vehicle segments. Additionally, it includes a list of currently available L2+ models, their sensor configurations, prices, and market analyses.
 
Key aspects
Coverage of passenger ADAS vehicles at SAE levels
  • SAE level 0
  • SAE level 1
  • SAE level 2
  • SAE level 3
 
Uptake of ADAS features and sensors on private cars, adoption percentages from vehicles sold in 2020 to 2023 for
  • Adaptive cruise control
  • Automatic emergency braking
  • Blind spot detection and monitoring
  • Lane keep assistance systems
  • Lane change assistance systems
  • Lane departure warning systems
  • Hands-free driving Features (L2+/L3)
  • Sign Recognition
  • 360 parking camera
  • Auto Parking (L1-L2)
  • Valeting Parking (L4)
  • App Control
 
L2+ADAS Passenger Vehicle Performance, Sale and Sensor Suites Analysis
  • Sensor Suite Cost Structure for Major Manufacturers
  • Comparison of Multi-Sensor and Pure Vision Solutions
  • Comparative Analysis of Cloud Computational Power
  • Sales Volume and Break-even Point Case Study
  • ADAS Feature Sales Model
  • High-performance Soc Chips - Performance Evolution of SoC Chips
  • Typical Models features Urban NOA / L2+ Functionality
  • End-to-End (E2E) Architecture
  • Chinese OEMs - Analysis of Sensor Configurations for NOA
 
Enabling technologies and key developments therein
  • Cameras for autonomous driving
  • Infrared spectrum cameras for autonomous driving
  • Radar for autonomous driving
  • LiDAR for autonomous driving
  • Mapping
  • Teleoperation
  • Connected vehicles
 
20-year forecast of private ADAS vehicle sales, and Features sales in:
  • L2+/L3 Feature Adoption
  • Unit sale (millions)
  • Revenue from vehicle sales in US$ billion
Report MetricsDetails
Historic Data2020 - 2024
CAGRIDTechEx predicts the L2+/L3 feature adoption to experience a 11.29% CAGR between 2025 and 2045.
Forecast Period2025 - 2045
Forecast UnitsUnit sales, revenue (US$)
Regions CoveredWorldwide, Europe, North America (USA + Canada), China, Japan
Segments CoveredPrivate autonomous vehicles - SAE level 1 - SAE level 2 - SAE level 3; End-to-End (E2E); Architecture; ADAS Solution Providers; Soc Manufacturers; Sensor Suite for ADAS Cars - Cameras - Radars - LiDAR
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1.EXECUTIVE SUMMARY
1.1.Report Summary and Key Takeaways
1.2.Automation Levels (L0 to L5) Overview
1.3.Summary of Privately Owned Autonomous Vehicles
1.4.Level 2+ Solidifying in Definition, Availability, and Legislation
1.5.Biggest Barriers move onto L3 or L4 - Liability
1.6.Level 2+ could be a long-term middle-ground
1.7.Overview of where autonomous cars are legal
1.8.Adoption of Key ADAS Features Increased Again in 2023
1.9.Year-On-Year Increase in SAE Level 2 Adoption
1.10.High Levels of Autonomy Means More Sensors per Vehicle
1.11.LiDAR is for Level 3 and the Chinese Market
1.12.Autonomy is Changing the Automotive Supply Chain
1.13.L2+ Passenger vehicle market supply chain overview
1.14.Rapid Growth in China's Urban L2+ Market Drives ADAS Supplier Sales Surge
1.15.China L2+ / NOA Solution Providers/Suppliers
1.16.End-to-End (E2E) Architecture
1.17.Deployment of End-to-End Models in Vehicles
1.18.EU Market Summary: L2 Dominates, L2+ and L3 in Exploration Phase - Limited Impact on Consumer Choice
1.19.China Market Summary: L2+ Emerges as Key Purchase Driver, Supply Chain Advantages Drive Competitive Edge
1.20.US Market Summary: Strong L2 ADAS Foundation, High Potential for L2+/L3 Growth
1.21.Autonomous Vehicle Adoption in US 2022-2045
1.22.Autonomous Vehicle Adoption in China 2022-2044
1.23.Autonomous Vehicle Adoption in EU + UK + EFTA 2022-2044
1.24.Autonomous Vehicle Adoption in Japan 2022-2044
1.25.L2+/L3 Feature Adoption Forecast by Region
1.26.Global Vehicle Sales and Peak Car by SAE Level 2022-2045
1.27.Parking Assist Features Adoption Forecast
2.INTRODUCTION
2.1.Level 2, Level 2+, and Level 3
2.2.L3-Level Passenger Vehicles Approved for Road Use
2.3.The Automation Levels in Detail
2.4.Roadmap of Autonomous Driving Functions in Private Cars
2.5.L2 and L2+ Autonomous Driving Systems and Brands
2.6.L3-Level Passenger Vehicles Approved for Testing and on road
2.7.IDTechEx's ADAS Feature Database
3.SUMMARY OF ADAS TECHNOLOGIES
3.1.Introduction
3.1.1.Automation Levels (L0 to L5) Overview
3.1.2.Summary of Privately Owned Autonomous Vehicles
3.1.3.Level 2+ Solidifying in Definition, Availability, and Legislation
3.1.4.Biggest Barriers move onto L3 or L4 - Liability
3.1.5.Level 2+ could be a long-term middle-ground
3.2.ADAS Features
3.2.1.Overview of Safety and Luxury ADAS Features in L0-L2 Passenger Vehicles
3.2.2.Overview of ADAS Features in L0-L3 Passenger Vehicles
3.2.3.Safety ADAS Features - AEB
3.2.4.Luxury ADAS Features-CC/ACC
3.2.5.ADAS Features-LDW/LKA/LCA
3.2.6.Safety ADAS Features- BSM/BSD
3.2.7.Safety ADAS Features- Signal Recognition
3.2.8.Safety ADAS Features- Rear/360 Parking
3.2.9.Luxury ADAS Features - Auto Parking
4.ADAS AUTOMATION TRENDS AND REGULATIONS
4.1.Legislation and Autonomy
4.2.US
4.3.Level 3, Legislation, US
4.4.UK
4.5.EU
4.6.Level 2+ starting to grow in Europe
4.7.Level 3 outlook in Europe
4.8.Asia-Pacific (China) - Testing Scale Expands, Regulatory Framework Deepens
4.9.Beijing, Shanghai, and Shenzhen Accelerate Deployment of L3 and L4 Autonomous Driving
4.10.Asia-Pacific (Japan)
4.11.Clarifying Responsibility Types and Assumption in Global Legislation
4.12.More Comprehensive Regulatory Frameworks are Being Established Globally
5.ADAS CARS MARKET ANALYSIS
5.1.Passenger ADAS Vehicle Market readiness
5.1.1.ADAS Adoption by Region in 2023
5.1.2.ADAS Feature Deployment in US
5.1.3.ADAS Feature Deployment in China
5.1.4.ADAS Feature Deployment in EU
5.1.5.ADAS Feature Deployment in Japan
5.1.6.China ADAS Ecosystem: SoC Manufacturers and Solution Providers
5.1.7.China L2+ / NOA Solution Providers/Suppliers
5.1.8.Chinese OEMs - L2+ / NOA development timeline
5.1.9.Chinese OEMs - L2+ / NOA development
5.1.10.US Autonomous Passenger Vehicle Rankings
5.1.11.Main OEMs - L2+ / NOA development
5.1.12.Comparison of Multi-Sensor and Pure Vision Solutions
5.1.13.Chinese OEMs - Analysis of Sensor Configurations for NOA
5.1.14.End-to-End (E2E) Architecture
5.1.15.Deployment of End-to-End Models in Vehicles
5.1.16.China's Top 4 LiDAR Manufacturers Dominate its 2024 Market
5.1.17.ADAS Tier 1 suppliers are facing unprecedented challenges
5.1.18.ADAS Tier 1 Product List 2025
5.2.ADAS Solution Providers
5.2.1.Baidu Apollo
5.2.2.Momenta
5.2.3.Horizon Robotics
5.2.4.DJI Automotive (Zhuoyu)
5.2.5.BOSCH
5.2.6.Huawei
5.2.7.Mobileye
5.2.8.Qcraft
5.3.Soc Manufactures
5.3.1.Competitive Landscape of ADS SoC Chips
5.3.2.Competitive Landscape of ADS SoC Chips - Case study
5.3.3.Three major SoC manufacturers - Nvidia
5.3.4.Three major SoC manufacturers - Mobileye
5.3.5.Three major SoC manufacturers - Horizon Robotics
5.3.6.Low-performance Soc Chips
5.3.7.Mid-performance Soc Chips
5.3.8.High-performance Soc Chips
5.3.9.High-performance Soc Chips - Performance Evolution of SoC Chips
5.3.10.Typical Models features Urban NOA / L2+ Functionality
5.4.Sensor Suite for ADAS Cars
5.4.1.Sensor Suite Disclaimer
5.4.2.Evolution of Sensor Suite From Level 1 to Level 4
5.4.3.Sensors and their Purpose
5.4.4.Evolution of Sensor Suites from Level 1 to Level 4
5.4.5.Typical Sensor Suite for ADAS Passenger Cars - Camera and Radar
5.4.6.Integrated Front-view Cameras
5.4.7.Integrated Front-view Cameras: Regulations are accelerating
5.4.8.List of Integrated Front-view Camera Suppliers: Performance Gradually Improving to Meet L2+ Capabilities (1)
5.4.9.List of Integrated Front-view Camera Suppliers: Performance Gradually Improving to Meet L2+ Capabilities (2)
5.4.10.Front Radar Applications
5.4.11.The Role of Side Radars
5.4.12.Front and Side Radars per Car
5.4.13.Total Radars per Car for Different SAE levels
5.4.14.External Cameras for Autonomous Driving
5.4.15.LiDAR Deployment
5.4.16.Automotive lidar players by technology
5.5.Key OEMs in the L2, L2+,L2++ Navigation on Autopilot (NOA) race
5.5.1.Nissan
5.5.2.Nissan Propilot 2.1
5.5.3.Honda
5.5.4.Honda Sensing 360+ sensor suite
5.5.5.Stellantis
5.5.6.Mercedes S-Class and EQS
5.5.7.Mercedes S-class - Sensor Suite
5.5.8.Daimler/Bosch Autonomous Parking
5.5.9.BMW level 3 and level 2+
5.5.10.BMW 7 Series and 5 Series Sensors
5.5.11.Tesla
5.5.12.Tesla's Hardware 4.0
5.5.13.Algorithm Side: Tesla Adopts End-to-End Large Model
5.5.14.GM's Super Cruise
5.5.15.Vehicles with GM Super Cruise
5.5.16.Ford BlueCruise
5.5.17.Toyota and Lexus
5.5.18.Chinese OEMs - AITO (Huawei)
5.5.19.Chinese OEMs - Xpeng
5.5.20.Chinese OEMs - NIO
5.5.21.Chinese OEMs - Avata (Huawei ADS)
5.5.22.Chinese OEMs - Arcfox (Huawei ADS)
5.5.23.Chinese OEMs - Lotus
5.5.24.Chinese OEMs - Xiaomi
5.5.25.Chinese OEMs - Li Auto
5.5.26.Chinese OEMs - Zeekr
5.6.Cost Structure and Business Model Analysis
5.6.1.Cost Structure for Major Manufacturers
5.6.2.Leaders
5.6.3.Cost Structure for Major Manufacturers - Case Study on Chinese OEMs
5.6.4.Cost Structure for Major Manufacturers
5.6.5.Comparative Analysis of Cloud Computational Power
5.6.6.ADAS Feature Sales Model
5.6.7.Sales Volume and Break-even Point Case Study
5.6.8.Sales Volume and Break-even Point Calculation
5.6.9.ADAS Feature Sales Model
6.ENABLING TECHNOLOGIES: LIDAR, RADAR, CAMERAS, INFRARED, HD MAPPING, TELEOPERATION, 5G AND V2X
6.1.Introduction
6.1.1.Connected vehicles
6.1.2.Localization
6.1.3.AI and Training
6.1.4.Teleoperation
6.1.5.Cyber security
6.2.Autonomous Vehicle Sensors
6.2.1.Autonomous driving technologies
6.2.2.The Primary Three Sensors - Cameras, Radar, and LiDAR
6.2.3.Sensor Performance and Trends
6.2.4.Robustness to Adverse Weather
6.2.5.Evolution of Sensor Suite From Level 1 to Level 4
6.2.6.What is Sensor Fusion?
6.2.7.Autonomous Driving Requires Different Validation System
6.2.8.Sensor Fusion Technology Trends for Applications
6.2.9.Hybrid AI for Sensor Fusion
6.2.10.Autonomy and Electric Vehicles
6.2.11.EV Range Reduction
6.2.12.The Vulnerable Road User Challenge in City Traffic
6.2.13.Pedestrian Risk Detection
6.2.14.Recommended Sensor Suites For SAE Level 2 to Level 4 & Robotaxi
6.2.15.Cameras
6.2.16.IR Cameras
6.2.17.Radar
6.2.18.LiDAR
6.2.19.Mapping and Localization
6.3.Connected Cars
6.3.1.What is a Connected Vehicle?
6.3.2.Why V2X
6.3.3.Connected Cars: Technologies
6.3.4.Connected Cars: Use Cases and Case Studies
7.FORECASTS: ADAS MARKET TRENDS AND GROWTH PROJECTIONS
7.1.Forecasting Methodology: Private Cars Feature Adoption
7.2.L2+/L3 Feature Adoption Forecast by Region
7.3.ADAS Feature Adoption Forecast by Region - US
7.4.ADAS Feature Adoption Forecast by Region - China
7.5.ADAS Feature Adoption Forecast by Region - EU
7.6.ADAS Feature Adoption Forecast by Region - Japan
7.7.Global Vehicle Sales and Peak Car by SAE Level 2022-2045
7.8.Autonomous Vehicle Adoption in US 2022-2045
7.9.ADAS Feature Sales by Region- US
7.10.Autonomous Vehicle Adoption in China 2022-2044
7.11.ADAS Feature Sales by Region- China
7.12.Autonomous Vehicle Adoption in EU + UK + EFTA 2022-2044
7.13.ADAS Feature Sales by Region - EU + UK + EFTA
7.14.Autonomous Vehicle Adoption in Japan 2022-2044
7.15.ADAS Feature Sales by Region- Japan
7.16.High level ADAS Feature Forecast - US
7.17.ADAS Feature Sales Revenue by Region- US
7.18.ADAS Feature Sales Revenue by Region - China
7.19.ADAS Feature Sales Revenue by Region- EU + UK + EFTA
7.20.ADAS Feature Sales Revenue by Region- Japan
7.21.Parking Assist Features Adoption Forecast
8.COMPANY PROFILES
 

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Global L2+/L3 feature adoption will exceed 50% by 2035.

Report Statistics

Slides 347
Forecasts to 2045
Published Mar 2025
 

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