Discover how Henkel’s material innovations are revolutionizing the integration and functionality of Advanced Driver Assistance Systems (ADAS), setting new standards in a dynamic automotive industry.
In a focused webinar hosted by Henkel, industry experts from both Henkel and YOLE Group came together for a session titled "Driving the Future of ADAS," which explored the latest advancements and challenges in Advanced Driver Assistance Systems. YOLE Group, a leading research and consulting firm in the electronics and semiconductor industries, provided key insights on market trends. The discussion covered regulatory impacts, material innovations, and the future of automotive safety technologies, offering a comprehensive view of the path ahead for ADAS.
A recent webinar hosted by Henkel delved into these challenges and outlined how the industry is evolving to meet them.
$133.7
Billion
Projected global ADAS market size by 2032.
13%
CAGR
Expected compound annual growth rate (CAGR) from 2023 to 2032.
$40.4
Billion
ADAS market size in 2022.
Recent mandates from bodies like the National Highway Traffic Safety Administration (NHTSA) and the European New Car Assessment Programme (Euro NCAP) are establishing new benchmarks for ADAS integration. By 2029, NHTSA mandates that all light-duty vehicles be equipped with Automatic Emergency Braking (AEB) systems capable of operating effectively at speeds up to 62 mph and in low-light conditions approximating moonlight (0.2 lux). This development is expected to enhance the adoption of sensor technologies capable of detecting vehicles and pedestrians under challenging conditions.
Similarly, Euro NCAP's emphasis on Driver Monitoring Systems (DMS) and Child Presence Detection (CPD) technologies by 2026 highlights the growing importance of in-cabin safety, pushing automakers to enhance vehicle functionality while ensuring seamless integration with evolving vehicle architectures.
"Pierrick Boulay, a senior market analyst from YOLE Group, underscores the critical nature of sensor accuracy, noting, “High-performance sensors, including cameras, LiDAR, and radar, must achieve sub-micron accuracy to reliably operate over distances as far as 300 meters, essential for effective automated emergency braking.”
The integration and synchronization of these technologies across multiple systems present complex challenges, as automakers strive to improve the overall performance of ADAS features, ensuring efficient response to real-world driving conditions. "
Rejoy Surendran, Henkel Global Market Strategy Manager
Rejoy Surendran, Global Market Strategy Manager at Henkel, emphasizes the role of advanced materials in image sensors protection: “Materials such as encapsulants, die attach solutions, and glass attach systems are pivotal in safeguarding image sensors against extreme conditions, managing thermal stress, and ensuring mechanical and environmental resilience.”
Henkel’s LOCTITE® ABLESTIK NCA 01UV exemplifies the company’s commitment to combining technological innovation with sustainability. Featuring a UV LED curing mechanism, it significantly reduces energy consumption while maintaining durability and reliability, addressing the demands of eco-friendly manufacturing.
The one-step cure of LOCTITE® ABLESTIK NCA 01UV enhances process efficiency, while its role in active alignment—a key process for precise camera lens bonding—ensures dimensional stability and low shrinkage. This precision is particularly critical for Advanced Driver Assistance Systems (ADAS), where accurate camera alignment is essential for functionality and safety. Henkel’s introduction of automotive-grade adhesives with sustainable curing mechanisms further underscores its leadership in advancing reliability, energy efficiency, and reengineering assembly processes.
Rodrigo from Henkel also emphasized that advanced solutions, such as underfill adhesives, are critical for robust board-level assembly in high-stress environments.
At Henkel's Irvine, California facility, the development of the IBGA Image Sensor Test Vehicle and FEA modeling approach underscores Henkel's capabilities in supporting sophisticated ADAS components. The focus on package customization and design optimization through rapid CAD generation enhances efficiency and supports customer-specific requirements, ensuring that Henkel remains at the forefront of material innovation for ADAS technologies.
With ADAS technologies becoming standard in more vehicles, the industry faces a growing need for scalable, reliable systems. The transition from luxury to necessity places pressure on automakers to integrate these systems more efficiently while meeting increasing regulatory demands. The evolution of sensor packaging and high-resolution CMOS sensors is enabling the development of more compact and efficient ADAS systems.
Industry experts emphasize the importance of collaboration among automakers, suppliers, and material innovators to ensure the continued success of ADAS. Pierrick Boulay remarked on the future, stating, “The integration of new technologies and materials that not only meet safety standards but also advance the capabilities of autonomous driving is crucial for the next phase of ADAS development.”
Henkel's dedication to material innovation is pivotal in advancing ADAS (Advanced Driver Assistance Systems) technologies, ensuring these systems maintain exceptional performance and reliability worldwide. As global regulations tighten and consumer expectations rise, continued innovation in sensor technologies, manufacturing processes, and materials science is essential for the industry to not only meet but exceed future challenges. Henkel’s commitment to cutting-edge solutions will be key in driving the future of ADAS, ensuring safety, compliance, and consumer trust in next-generation automotive systems.
Ready to elevate your automotive technology? Discover how Henkel’s innovative materials are driving reliability and performance in next-generation ADAS systems. Connect with our experts today and stay ahead of evolving industry standards.
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