Manufactures Bullish on Heavy Investments in Advanced Driver Assistance Testing Equipment in 2019

The automotive landscape has been constantly evolving. Technological developments such as artificial intelligence and machine learning have greatly penetrated the deployment of cutting edge systems into next-gen vehicles. Modern consumers demand effective technological assistance that helps in both simplified driving as well as enhanced safety. Owing to these requirements, the automakers and technology companies are making substantial investments in research and development to improve safety technologies in the vehicles. There are several initiatives taken by the governments across the regions to boost safety are further adding to the demand for advanced driver assistance systems testing equipment. Demand for precision testing of the capabilities of the system in a repeatable environment is becoming crucial, further surging the demand for advanced driver assistance systems testing equipment.

ADAS Testing: Autonomous Vehicles to Create Significant Growth Opportunities

The penetration of autonomous vehicles has created immense demand for systems such as advanced driver assistance systems, thereby creating demand for advanced driver assistance systems testing equipment. With the experience of driverless cars, the need for advanced driver assistance systems testing equipment remains crucial to ensure complete driver safety.

The leading provider of advanced driver assistance systems testing equipment, Konrad Technologies, demonstrated its advanced driver assistance systems testing equipment solutions at the Automotive Testing Expo China, include the automotive sensor fusion, lidar, combine radar, camera, ultrasonic sensors technologies used for developing autonomous vehicles, and GNSS. The Hardware-in-the-Loop (HIL) testing that has a sensor fusion is claimed to be a superior test methodology for conducting tests on autonomous vehicles in the lab.

New products by leading vendors with respect to advanced driver assistance systems testing equipment for autonomous testing is increasingly boosting the growth of the overall advanced driver assistance systems testing equipment landscape. For instance, the AB Dynamics, Ltd., a leading provider of advanced driver assistance systems testing equipment introduced a Guided Soft Target (GST) vehicle that is designed for use in autonomous vehicle and advanced driver assistance systems testing. This equipment helps in reducing the risk of damage to test vehicles and providing speed control, and precision positioning for generating repeated and reliable test results.

The automotive manufacturers testing autonomous vehicles are in continual need for state-of-the-art solutions. Advantest Corporation, a leading producer of test equipment recently demonstrated the new and highly efficient test solution for automotive sensors that are used in manufacturing advanced driver assistance systems for the automotive market. As sensors are increasingly utilized in the automobiles for the purpose of reducing fuel consumption and developing self-driving autonomous cars, there is a significant need for efficient test solutions to ensure reliability and performance of these sensors.

Catering to Requirements from Research and Development Avenues

Various entities investing in extensive research and development reflect profitable opportunities for the providers of advanced driver assistance systems testing equipment. Testing the capabilities of these systems acts as a major milestone for gaining traction for the companies operating in the advanced driver assistance systems testing equipment.

Companies such as AB Dynamics, are extending their capabilities in the advanced driver assistance systems testing to a German research institute, Kempten University of Applied Sciences for using the advanced vehicle driving simulator by AB Dynamics, in their Adrive Living Lab, in which they focus on research and development activities focused on autonomous driving and advanced driver assistance systems. This lab studies and evaluates the effect of the advanced driver assistance systems on an individual’s perceived comfort and safety feeling. The deployment of the simulators by AB Dynamics would enable researchers to gain objective and subjective Driver-In-the-Loop (DIL) feedback pertaining to the current and future system performance.

The advanced driver assistance systems testing equipment landscape is undergoing several innovations with the changing consumer demand in advanced driver assistance systems. Download the sample of a recent study on the advanced driver assistance systems, to know more about the opportunities held by the market.

About Sandali Tiwari 235 Articles
A former journalist, Sandali is a content marketer with over 5 years of writing experience, across various industries including Food Innovation, Healthcare, and IoT and Technology. Sandali has been weaving corporate stories for organizations through different forms of impactful marketing content. Her key aim is to strategically align well-crafted narratives with business objectives, translating into a powerful communications platform for the company.