Automotive diagnostic scan tools market share is gaining immense traction owing to integration of modern electronic components and various innovative scanning devices being introduced for different purposes. With the advent of technological advancements and supportive policies to curb emissions, maintaining vehicle performance and ensuring maximum fuel efficiency has become more important than before. Car manufacturers, dealers, and suppliers are looking to add more electrical systems in vehicles to boost connectivity and ease performance adjustment, offering notable prospects for automotive diagnostic scan tools industry players.
Canada Automotive Diagnostic Scan Tools Market Revenue, By Vehicle Type, 2018 & 2025 (USD Million)
Major automakers have incorporated a vast amount of technologies into their products due to the shifting preferences of consumers from manual functions to hi-tech automated systems. Such transformations will ultimately advance automotive diagnostic methods for easily identifying problems and provide easy to operate interface to the consumers. More than 95.6 million vehicles had been produced in 2018 worldwide and the tremendous population of vehicles on road today will ensure consistent demand for automotive diagnostic scan tools industry over the years to come.
Today’s automobiles represent the most sophisticated electronic control units that are responsible for functions like infotainment control, automatic gear shifts and fuel injection. ECUs are also enabling advanced driver assistance technologies that meet consumer needs for convenience, comfort, and safety as well as improve performance and energy efficiency. Adoption of these technologies makes diagnosis of system failures or malfunction more difficult. Addressing these challenges, OEMs as well as their hardware and software partners will consistently seek developments in ECU diagnosis solutions, propelling automotive diagnostic scan tools market size.
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Over the past decade, the transportation sector has changed considerably owing to social trends, various converging market forces, and quick availability of auto and business finance. Apparently, the most transformative process which holds the potential to revamp the experiences for transport agencies and commuters is the inception of the Mobility-as-a-Service (MaaS). Automotive diagnostic scan tools will become a vital part of every-day operations of mobility providers as increasing penetration of MaaS is boosting the demand for commercial vehicles, which in turn will escalate diagnostic requirements.
Increasing potential for diagnostic tools can be understood from the fact that a developing country like India is anticipated to be a frontrunner in shared mobility by 2030. It projected that shared miles in the country will account for 35% of all the miles travelled in India and will further rise to 50% by 2040. Increase of shared mobility simultaneously gives rise to vehicle sales and strong customer demand for self-driving taxis in low-density locations. This network will open up a huge market for professional and DIY diagnostic scan tools, augmenting the regional industry trends.
Asia Pacific automotive diagnostic scan tools industry size is slated to witness a CAGR of around 8% over the projected period. The automotive manufacturing sector in the region is growing rapidly owing to an active push towards infrastructural development and growing industrialization, which has created plethora of opportunities for automobile OEMs. In addition, local OEMs are thriving with their in-depth understanding of regional consumers. Strategic advantages could certainly influence the ability of OEMs to place vital diagnostic solutions across dealerships, reinforcing automotive diagnostic scan tools market outlook over the forecast period.
The Bosch Group and Byton, an electric vehicle developer, had signed a strategic cooperation agreement in 2018 which was fully focused on driver assistance systems, braking systems, and powertrain technology. This partnership aimed to provide safe and steadfast electric mobility solutions to the consumers. Indeed, such collaborations will certainly benefit enterprises and represent the opportunities for automotive diagnostic scan tools industry from electric vehicle applications in the future.
Several prominent companies and manufacturers are augmenting the scope of their business by unveiling unique product portfolios equipped with the latest technologies. DG Technologies, Actia Group, Snap-on Incorporated, General Technologies Corp, Autel Intelligent Technology, BMW, Bosch Automotive Service Solutions, Delphi Automotive, Volkswagen and Volvo Group are some of the key players operating in the industry. Global Market Insights, Inc. has projected that automotive diagnostic scan tools market size will reach USD $49 billion by 2025.
Author Name : Deeksha Pant
Growing number of technological developments in the field of communication has fueled cellular vehicle-to-everything (C-V2X) market expansion worldwide, with considerable investments in advanced hardware and software components. A surge in disposable incomes and easy availability of automobile finance have driven the sales of mid to high-end luxury vehicles and allowed manufacturers to build in innovative features like telematics, cellular vehicle tracking, automatic parking and driver assistance systems. Consistent growth in transportation and logistics services have warranted the demand for latest fleet management systems, advancing the scope of global C-V2X industry.
Europe Cellular Vehicle-to-Everything (C-V2X) Market Share, By Region, 2018
Enabling reliable and efficient connections between vehicles could implement co-operative driving to avoid traffic bottlenecks, accidents and allow smooth control of convoys. Vehicle to vehicle technology has reached a stage where a single platform can link multiple resources and help provide data for vehicle diagnostics and usage-based insurance, while powering advanced infotainment systems. Cellular vehicle tracking has become a norm amongst many large fleets, whether it is passenger transport or commercial goods movement.
Globally, 4G or LTE infrastructure has expanded tremendously and using the existing cellular infrastructure will lower the amount of new roadside components to be added. Deploying the established LTE networks will allow for cost-effective, dependable and easy communication at high speeds will significantly boost global C-V2X market share. It will also enhance line-of-sight of systems, facilitating communication over longer distances and improving the performance of GPS. With 5G networks on the way, upgrading existing LTE components would further propel adoption of vehicle to vehicle (V2V) or vehicle to network (V2N) communications.
Advanced driver assistance systems are being considered as an inevitable inclusion in future vehicles, with number of road accidents on the rise despite improvements in infrastructure and road safety awareness programs. C-V2X industry is poised to witness substantial revenues from collision avoidance application, to develop better V2V and vehicle to person (V2P) solutions. Reportedly, every year car accidents amount to nearly US$242 billion in economic costs across the U.S. Reducing the number of vehicle crashes is a priority among automakers and effective V2V solutions could help mitigate collision risks for drivers.
One of the world’s leading auto manufacturers, Ford had indicated the lucrative future prospects existing for C-V2X industry last year when it began testing V2V communication system in the U.K. The aim of the experiments were to observe co-ordination between movement of cars for passing through intersections without having to stop, eliminating the need for traffic lights. Although the vehicle had a human driver, the company is eyeing deployment of the system in self-driving cars as well.
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The advent of hybrid and electric vehicles has produced immense growth opportunities for C-V2X industry, since these vehicles are dependent on the latest hardware components and communication technologies. Incorporating the most advanced chips and equipment, electric cars could easily communicate with each other for alerting about probable distress situations or roadside hazards. According to the International Energy Agency, a projected 125 million electric cars could be on the roads by 2030, signifying the vast potential of C-V2X market.
An important application area for V2V technologies are autofocus vehicles, which are fundamentally run by highly reliable, fast communication systems that have low latency. Several chip makers and auto manufacturers are attempting to enhance collision avoidance capabilities of driverless cars to ensure a safe product and to meet stringent regulatory requirements.
With the presence of many leading automotive companies and partnerships with global technology firms, Asia-Pacific C-V2X market can be expected to reign in enormous revenues over the coming years. In December 2018, a consortium comprised of automaker Nissan and companies like Qualcomm, Continental and Ericsson completed the first C-V2X testing in Japan using 5.8 GHz frequency for direct communication. Tests were conducted under various conditions and demonstrated the potential of not only V2V, but V2N and V2P communications.
Owing to remarkable achievements in deploying communication network equipment and integrating crucial V2V systems within vehicles, C-V2X market is slated to register a double digit growth from 2019 to 2025. Key players outlining the competitive dynamics of the industry include Autotalks, Bosch, Continental, Nokia, Qualcomm, Intel and Savari.
Author Name : Pankaj Singh
Passenger-vehicle based automotive HMI market to amass substantial returns by 2024, surging use of digital technology in newly developed vehicles to fuel the product demand
Automotive human-machine interface (HMI) market has lately emerged as one of the massive revenue generating spheres in the automotive sector with the shifting trends toward the adoption of smart vehicles. Traditionally, pertaining to the lack of advanced infotainment and digitalized internal car design, drivers had been unable to operate the vehicle efficiently. However, with the advent of new technology trends, the overall design structure of automobiles has changed considerably, paving the way for integrated human-machine interface in vehicles. The development of connected cars for decreasing the chances of accidents and enhancing the operability of vehicles has also helped propel automotive human machine interface industry share.
Europe Automotive HMI Market Size, By Product, 2017 & 2024 (USD Million)
One of the most pivotal driving forces of automotive human-machine interface market is the emergence of smartphones, artificial intelligence, IoT (Internet of Things), and machine learning technologies that have substantially encouraged automakers to carry out product development activities for transforming the existing infotainment system of the vehicle. Validating the aforementioned fact, recently, the American automotive electronics supplier Visteon Corporation developed a next-generation cockpit controller, SmartCore that has been deployed in Daimler’s upcoming Mercedes-Benz A-Class vehicles. These will be the world’s first vehicles integrated with intelligent cockpit controllers with multiple central processing units. The deployment of such features in the interior design enhances a vehicle’s infotainment display and instrument cluster. Moreover, it also helps drivers personalize their experience by simply operating touchscreen and touchpad on the steering wheel.
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Increasing awareness among the regulators and regional governments about the surging need for vehicle security and safety has been driving the requirement of the instrument clusters and digital infotainment systems. The policymakers claim that the implementation of a human-machine interface will help the driver collect accurate information about the surrounding environment. In order to comply with the stringent regulatory compliances, most of the automakers, technology companies, manufacturers, and designers have been striving to innovate advanced solutions for passenger vehicles and connected cars. Indeed, passenger vehicles are expected to account for nearly 80% share of automotive human machine interface market by the end of 2024.
Speaking beyond the conventional vehicular systems, the increasing popularity of autonomous vehicles will have a notable influence on the automotive HMI market trends over the years ahead. Focusing on the shifting trends toward the growing adoption of autonomous vehicles across the globe, companies involved in the development of human-machine interfaces have been developing innovative software packages. For instance, a few days before, leading supplier of advanced semiconductor solutions, Renesas Electronics Corporation has introduced a new microprocessor unit to accelerate and simplify the development of modernized HMI and camera-based applications. The newly developed software interface can be used for operating video surveillance systems, fingerprint access control, information communication technology applications that have been deployed in automobiles. The growing popularity of HMI for managing vehicular systems in a highly sophisticated way is poised to stimulate the future product demand.
As of now, motorcycle manufacturers have also been integrating HMI technology in the vehicle for improving performance, driving experience, and safety. Few weeks before, the British electric motorbike manufacturer had launched a fully electric motorcycle with human-machine interface. The evolution of e-bikes for promoting high performance and energy security is poised to have a considerable impact on the demand for HMI. In addition, considering the future energy benefits and depleting fossil fuel resources, most of the regional governments have been implementing a supportive regulatory framework to enhance the deployment of e-vehicles that also will fuel the product demand.
The surging use of digital technology in vehicles for achieving better performance and sustainability will transform the future of the automotive industry. The extensive utilization of software for enabling numerous operational packages comprising functional safety, cybersecurity, and infotainment system will also stimulate industry trends. For the record, by the of 2024, automotive human machine interface (HMI) market will surpass a revenue collection of USD 27 billion.
Author Name : Sunil Hebbalkar
APAC gasoline direct injection (GDI) systems market to register maximum gains over 2016-2024, India and China to be the potential growth avenues
The deployment of technological innovations such as integration of valve operation systemss & drive systemss will spur GDI systems market. This incorporation will bring about optimized fuel efficiency and increased fuel economy, which is the need of the hour, especially for price-sensitive consumers. Strict norms mandated by regulatory bodies to reduce the base lines of the fuel efficiency and carbon dioxide emissions will stimulate the growth of Gasoline Direct Injection (GDI) Systems Market.
Germany GDI system market size, by application, 2012-2024 (USD Million)
GDI systemss contribute to the reduction of pollutant emissions via turbocharging and are estimated to reduce around 15% of carbon emissions and fuel consumption. These benefits coupled with the rising vehicle demand and the introduction of next gen fuel saving technologies will push gasoline direct injection systems industry, slated to cross USD 10 billion by 2024, with a CAGR estimation of 12% over 2016-2024.
Leading corporations have been trying to diversify their product offering by means of incorporating advanced technologies in order to gain an edge over their competitors. For instance, Denso, in 2014, declared that it planned to invest around USD 10 million at DIAM (DENSO International America) with an aim to develop GDI systems components for improving the overall product performance. These initiatives will subsequently lead to an increased consumer base, thereby propelling gasoline direct injection systems market.
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Industry players fiercely compete with each other on the grounds of product quality, deployed technologies, and product costs, to sustain their business position. Gasoline direct injection systems market is quite consolidated with the presence of selected companies such as Continental, MSR-Jebsen Technologies, Mitsubishi Electric Corp., Magneti Marelli, Bosch, Denso, Bajaj Auto Ltd., Stanadyne, Eaton Corporation, Delphi, and Hitachi. These companies have been making efforts to manufacture high quality and high performance exhibiting GDI systems components at lower prices to deal with their rivals.
GDI systemss incorporate four major components, namely fuel injectors, sensors, electronic control units, and fuel pumps. Electronic control units accounted for the largest share in gasoline direct injection systems market in 2015, subject to the high product demand for regulated equipment control. Fuel pumps and injectors are also expected to propel GDI systems industry, owing to their extensive application across the automotive sector.
APAC has been predicted to emerge as one of most lucrative growth avenues for gasoline direct injection systems market, pertaining to the extensive expansion of the automotive sector and surging demand for fuel efficient vehicles in the region. Countries such as India, Indonesia, and China are slated to be the major revenue pocket, subject to the increasing awareness regarding GHG emissions in the region.
The rapid increase in the spending capabilities of consumers has led to a significant increase in the sales of automobiles across the globe. As per estimates, the United States and China are the top two nations that have the largest customer pool of passenger vehicles, which is likely to drive GDI systems industry from this application segment.
Commercial vehicles accounted for more than 30% of the gasoline direct injection systems market share in the year 2015 and is estimated to grow at a CAGR of 12% over 2016-2024. This growth can be credited to the increasing demand for commercial vehicles across myriad sectors such as logistics and transportation.
Europe held more than 40% of the global gasoline direct injection systems industry share in the year 2015 and is anticipated to register significant growth in the years ahead. The enforcement of Euro 5, one of the many vehicle emission standards by the European Union coupled with other stringent regulations mandates related to vehicular emissions will impel Europe GDI systems market. Automobile companies have been striving to manufacture products that comply with GHG emission standards and the Federal norms related to fuel efficiency, thereby driving gasoline direct injection systems industry.
Companies have also been integrating innovative technologies in GDI systems components to improve the operational efficiency, reliability, network capability, and the overall vehicular efficiency. High initial equipment costs are likely to pose a constraint to GDI systems market over the next few years. Besides, as reported by automotive servicing personnel, the equipment depicts an increase in the carbon content, leading to blockage in fuel systemss, which will eventually increase the maintenance costs. To combat these restraints, GDI component manufacturers have been adopting laser-drilled holes that will help reduce emissions, achieve efficient fuel combustion, and eliminate unnecessary costs. Laser-based manufacturing technology apparently helps to save around 20% of the fuel consumption. The deployment of this technology will undeniably drive gasoline direct injection systems industry.
The increasing rate of automobile repair and maintenance will also fuel GDI systems market over the next few years. In addition, the characteristics such as optimized fuel consumption, light weight, high efficiency, and compactness in vehicles will lead to an expanding consumer base across the globe, driving worldwide gasoline direct injection systems market.
Author Name :Saipriya Iyer