Underbody Systems offer a groundbreaking solution for enhancing vehicle performance and comfort. These advanced systems are designed to be lightweight, durable, and acoustically effective, providing multiple benefits for modern vehicles. In addition to improving aerodynamics, underbody systems reduce drag and lift, leading to lower fuel consumption and emissions. We offer a range of products for underbody applications, including underbody shields, under battery shields, wheelhouse outer liners, outer tunnel insulators, heatshields, battery electromagnetic shields, and outer floor insulators.

Key Features of Underbody Systems

• Lightweight Construction: Our underbody systems are up to 50% lighter compared to traditional plastic components, contributing to improved fuel efficiency and reduced CO2 emissions.
• High Impact Resistance: These systems offer excellent impact resistance and optimum protection against stone chips, ensuring durability and longevity under various driving conditions.
• Water and Heat Resistance: Made from a PET-based, glass-free mono-material, our underbody systems are resistant to water and heat, making them suitable for a wide range of environments.
• Noise Reduction: These systems effectively absorb sound, reducing vehicle noise by up to two decibels, enhancing the driving experience with a quieter cabin environment.
• Aerodynamic Enhancement: The design of our underbody systems improves vehicle aerodynamics by reducing air resistance, leading to lower fuel consumption and better overall vehicle performance.
• Sustainable Materials: Our systems are fully recyclable, aligning with environmental sustainability goals and reducing the ecological footprint of vehicles.

Manufacturing Excellence

State-of-the-art production processes ensure that each underbody system is crafted with precision and consistency. The use of advanced materials and manufacturing techniques guarantees high performance, durability, and environmental sustainability.

Our Underbody Systems provide a comprehensive solution for improving vehicle aerodynamics, reducing noise levels, and enhancing durability. By incorporating these advanced systems, vehicles can achieve better fuel efficiency, reduced emissions, and a quieter, more comfortable driving experience.