![Casual Business Meeting Between Senior Male and Female inside a Futuristic Driverless Autonomous Car with Augmented Reality Presentation Interface. Self-Driving Van Driving on Downtown City Streets.](https://media.lanxess.com/-/media/project/lanxess/corporate-internet/celum/2021/08/19/14/02/adobestock_370761831-sitecore-internet-image/adobestock_370761831-sitecore-internet-image-16-9.jpg?rev=19e85e18aeea4258b63ac74cc888be18)
ADAS - Advanced Driver Assistance Systems
Engineering plastics offer diverse solutions for all areas of sensor technology and autonomous driving
Increasing vehicle connectivity, new assistance functions to improve the safety of vehicle occupants and other road users, and the trend toward highly and fully automated driving are leading to the increasing use of so-called ADAS sensors (Advanced Driver Assistance Systems). Depending on the degree of automation, more than 20 ADAS sensors can be installed in a vehicle for this purpose. The ADAS market is estimated to be worth $32 billion in 2023, with average annual growth rates of 17%*. Key components of these systems are sensors and their housings. And this is where our engineering plastics Pocan® and Durethan® come into play.
*Source: Statista
Essential components of these systems are sensors, with the help of which the vehicle's environment is fully monitored. The most relevant ADAS sensors according to the current state of the art
- Radar-
- Lidar-
- Ultrasonic-
- and camera-based sensors
![Info graph which shows sensor moduls in a car](https://media.lanxess.com/-/media/project/lanxess/corporate-internet/celum/2021/08/19/13/44/2021-08-17-lxs-sensor-modules-in-a-car-sitecore-internet-image.jpg?rev=d9838cfe6889449488753f5e08e425d1)
Sensors are becoming ever more powerful and at the same time more compact and cost-effective with increasingly diverse and demanding requirements. Our engineering plastics are used primarily for the housings and can thus demonstrate their strengths in terms of functional integration. The main requirements for sensor housing materials are as follows:
- UV, hydrolysis and chemical resistance
- Mechanically robust
- Laser markable and weldable
- Low warpage
- Low coefficient of thermal expansion
![Requirements for automotive radar sensors](https://media.lanxess.com/-/media/project/lanxess/corporate-internet/celum/2021/08/27/08/46/requirements-for-automotive-radar-sensors-sitecore-internet-image.jpg?rev=1ae8d11582b94c818053d2f4392a8ece)
![NeMo ADAS requirements sensors within an info graph, english version](https://media.lanxess.com/-/media/project/lanxess/corporate-internet/celum/2021/08/24/12/10/210823-nemo-adas-requirements-sensors-en-sitecore-internet-image/210823-nemo-adas-requirements-sensors-en-sitecore-internet-image-16-9.jpg?rev=86fabfbbdbb54906ba9b3c0eb1387d6c)
![HiANT® is the name of our engineering service – it stands for the combination of material properties and technological expertise with interactive and communicative teamwork. This enables us to support our customers at all stages of component development. In direct cooperation and entirely according to your individual requirements. This is the circle which represents this service.](https://media.lanxess.com/-/media/project/lanxess/corporate-internet/celum/2020/09/15/13/18/hiant-circle-sitecore-internet-image.jpg?rev=551e7fb1e2264559b4baf67bb39d2cde)
We call that HiAnt®!
HiAnt® is the entire spectrum of our services for our customers. HiAnt® starts with joint concept development, through material development of customized products, to simulation for exact prediction of the component properties of your application using the latest Computer Aided Engineering (CAE) methods.
If you would like to learn more about our products and services, get in touch with us!