Automotive radar is defined as distance sensors which are used to locate objects around the vehicle’s proximity. Road traffic crashes have become a major global challenge. Every year millions of people are known to die in road accidents and get seriously injured. This led to the development of significant technology of road safety. The automotive radar technology has been identified as an imperative technique to improve road safety and enhance driving experience. This technology is being widely adopted in passenger cars and commercial vehicle across the globe. Radar is a method of using radio waves which is used to determine the angle, range, and relative speed of objects across its vicinity. In today’s vehicle safety systems, radars is used in conjunction with cameras, infrared, ultrasonic and other technologies to acquire information about the vehicle’s surroundings. With this information these system can determine a particular driving situation and warn the driver in potential dangerous event. It can also command the vehicle on its own and reduce the accident’s severity. These features have brought a new revolution in driving experience which has shifted the trend of advanced driver assistance system (ADAS) to automated driving or auto pilot. Changing vehicle safety regulation, increase in adoption of advanced driver assistance system (ADAS) technology and increasing number of radar sensors used per vehicle are the major growth drivers of the market. Stringent government regulations, mandating rear-view camera system and lane departure warning technologies in vehicles which has also stimulated the growth of the automotive radar market in several countries. In addition, growing adoption of ADAS technology across mid-priced and premium segment vehicle has further fueled the growth of the market on a global scale. However, increase in the overall cost of vehicle and illegalities of radar detectors in some countries are restricting the market growth.
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On the basis of range of the radar, the market is segment in Short Range Radar and Medium Range Radar and Long Range Radar. The short-range radar (SRR) system primarily operates at the 24 GHz frequency band and requires a large bandwidth ranging from 3-5 GHz. The Long-range radar (LRR) operates at 77-81 GHz frequency band and showcase the promising future in automotive radar market. In 2017, short and medium range radar held the maximum revenue share and the same is expected to follow during the forecast period (2018-2024). Global automotive radar market is also categorized based on their application areas that include Adaptive Cruise Control (ACC), Autonomous Emergency Braking (AEB), Intelligent Parking System (IPS), Blind Spot Detection (BSD), Collision Mitigation System (CMS) and others. Among such applications, adaptive cruise control held the largest market share of the global automotive radar market, followed by blind spot detection and others. Adaptive Cruise control is a luxury feature that allows vehicles cruise control system to adapt the vehicles speed to the traffic environment. The system can increase or decrease the car’s speed to maintain a safer distance.
The study also analyses the global automotive radar market across different vehicle types that includes passenger vehicles, luxury vehicles and commercial vehicles. Among different vehicle types, passenger cars held the maximum share in 2017, however due to increase in demand of radar system in high end vehicles, the luxury vehicles segment is anticipated to be the fastest growing market segment growing at a CAGR of 23.3% during the forecast period (2018-2024).
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Based on different frequency band, the global automotive radar market is fragmented in 24 GHz and 77 GHz. The 24 GHz is a frequency band which is used in automotive radar. It is a vital component of Short range radar which is primarily being used for basic smart driving features such as blind spot detection and collision avoidance system. In 2017, 24 GHz radar held the maximum market share however due to increase in demand of 77 GHz radar, they are anticipated to be the fastest growing and largest market by 2024. The study also analyses the global automotive radar market across different vehicle types that includes passenger vehicles, luxury vehicles and commercial vehicles. Among different vehicle types, passenger cars held the maximum share in 2017, however due to increase in demand of radar system in high end vehicles, the luxury vehicles segment is anticipated to be the fastest growing market segment growing at a CAGR of 23.3% during the forecast period (2018-2024).
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To analyze the growth potential of the automotive radar industry the report is further analyzed based on different geographies and countries including North America (U.S., Canada, Mexico and rest of North America), Europe (Germany, France, U.K., Russia, Italy, Spain and rest of Europe), Asia-Pacific (China, Japan, India, South Korea, Singapore, Taiwan and rest of Asia-Pacific), Latin America (Brazil, Argentina, Chile and rest of Latin America) and Middle East and Africa ( UAE, KSA, Algeria, Kuwait, Egypt, Qatar and rest of MENA). In 2016, North America was the largest market in value terms, owing to the stringent safety regulations in the region. Increased awareness towards safety features has also fueled the demand in the region. The European region is estimated to be the largest market for automotive radar during the forecast period. Substantial build up in this market is mainly due to the adoption of advanced technologies and stringent vehicle safety regulation.
Some of the leading players in the market are Robert Bosch GmbH, HELLA KGaA, Continental AG, Denso Corporation, Aptiv Plc, Valeo S.A., Infineon Technologies AG, Texas Instruments Inc., Analog Devices Inc. and NXP Semiconductors N.V. These players are entering into several competitive strategies (partnerships, merger-acquisitions, joint venture, new product launch, business expansion and others) with each other or other supplier or automotive OEMs to strengthen their position in the Global automotive Radar market.
TABLE OF CONTENT :
1. MARKET INTRODUCTION
1.1 Market Definition 11
1.2 Objective of the Study 11
1.3 Limitation 11
1.4 Stakeholders 11
1.5 Currency used in the Report 12
2. RESEARCH METHODOLOGY OR ASSUMPTION 13
2.1 Secondary Data 13
2.1.1 Key Secondary Sources 13
2.2 Primary Data 13
2.2.1 Sampling Techniques & Data Collection Methods 13
2.2.2 Primary Participants 13
3. REGULATORY FRAMEWORK 14
3.1 General Overview 14
3.1.1 United States Regulation for Automotive Radar 14
3.1.2 Canada Regulation for Automotive Radar 14
3.1.3 Mexico Regulation for Automotive Radar 14
4. INDUSTRY PERFORMANCE 15
5. EXECUTIVE SUMMARY 17
6. MARKET OVERVIEW 20
6.1 Introduction 20
6.2 Market Dynamics 21
6.2.1 Market Drivers 21
6.2.1.1 Stringent Government Regulation Pertaining to Vehicle Safety 21
6.2.1.2 Early Adopters of Modern Vehicular Technology 21
6.2.1.3 Rising Road Fatalities & Increased Adoption of ADAS Technology 22
6.2.1.4 Burgeoning Urbanization & Changing Consumer Lifestyles 23
6.2.1.5 Stimulating Demand for Luxury Segment Vehicles 23
6.2.2 Market Restraints 24
6.2.1.6 Usage of RADAR Detectors Considered as Illegal in Some Countries 24
6.2.1.7 High Installation Cost 24
6.2.3 Opportunities in the Market 25
6.2.1.8 Rising Interest & Funding towards Autonomous Cars 25
6.2.1.9 Presence of Automotive Sensor market 25
6.3 Key Market Indicators (Demand & Supply scenario) 26
6.3.1 Demand and Supply Side Analysis 26
7. MARKET INSIGHTS, BY RADAR RANGE 28
7.1 General Overview 28
7.1.1 Short Range Radar & Mid-Range Radar (S&MRR) 29
7.1.2 Long Range Radar (LRR) 30
8. MARKET INSIGHTS, BY APPLICATION 32
8.1 General Overview 32
8.1.1 Adaptive Cruise Control 33
8.1.2 Autonomous Emergency Braking 34
8.1.3 Intelligent Parking Systems 35
8.1.4 Blind Spot Detection 37
8.1.5 Collision Mitigation System 38
8.1.6 Other Applications 39
9. MARKET INSIGHTS, BY FREQUENCY BAND 42
9.1 General Overview 42
9.1.1 2X-GHz 43
9.1.2 7X-GHz 44
10. MARKET INSIGHTS, BY VEHICLE TYPE 45
10.1 General Overview 45
10.1.1 Passenger Vehicle 46
10.1.2 Luxury Vehicles 47
10.1.3 Commercial Vehicles 49
11. MARKET INSIGHTS, BY COUNTRY 51
11.1 General Overview 51
11.1.1 United States Automotive Radar Market 52
6.2.1.10 US Automotive Radar Market, by Radar Range 53
6.2.1.11 US Automotive Radar Market, by Application 54
6.2.1.12 US Automotive Radar Market, by Frequency Band 54
6.2.1.13 US Automotive Radar Market, by Vehicle Type 55
11.1.2 Canada Automotive Radar Market 55
6.2.1.14 Canada Automotive Radar Market, by Radar Range 56
6.2.1.15 Canada Automotive Radar Market, by Application 57
6.2.1.16 Canada Automotive Radar Market, by Frequency Band 57
6.2.1.17 Canada Automotive Radar Market, by Vehicle Type 58
11.1.3 Mexico Automotive Radar Market 58
6.2.1.18 Mexico Automotive Radar Market, by Radar Range 59
6.2.1.19 Mexico Automotive Radar Market, by Application 60
6.2.1.20 Mexico Automotive Radar Market, by Frequency Band 60
6.2.1.21 Mexico Automotive Radar Market, by Vehicle Type 61
11.1.4 Rest of North America Automotive Radar Market 62
6.2.1.22 Rest of NA Automotive Radar Market, by Radar Range 62
6.2.1.23 Rest of NA Automotive Radar Market, by Application 62
6.2.1.24 Rest of NA Automotive Radar Market, by Frequency Band 63
12. COMPETITIVE SCENARIO 65
12.1 North America Automotive Radar Market Share Analysis, 2017 65
13. COMPANY PROFILES 67
13.1 Continental AG 67
13.1.1 Key Facts 67
13.1.2 Business Description 67
13.1.3 Key Product/Services Offerings 68
13.1.4 Growth Strategy 68
13.1.5 SWOT Analysis 69
13.1.6 Key Financials 69
13.1.6.1 Revenue Split 71
13.1.7 Recent developments 71
13.2 Robert Bosch GmbH 73
13.2.1 Key Facts 73
13.2.2 Business Description 73
13.2.3 Key Product/Services Offerings 74
13.2.4 Growth Strategy 74
13.2.5 SWOT Analysis 75
13.2.6 Key Financials 75
…………..Continued
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