Automotive & Transportation
Automotive
Solutions
Concept cars
Kia EV3

Automotive & Transportation

Kia EV3

Revolutionizing Eco-Friendly Automotive Design

The Kia EV3 Study Car marks the third successful collaboration between Hyundai-Kia and BASF, setting a new benchmark in sustainable automotive design. Crafted with advanced materials developed by BASF, this concept car embodies the future of eco-friendly technology, integrating top-notch performance with reduced environmental impact. The Kia EV3 Study Car combines BASF’s and Hyundai-Kia’s advanced material solutions to redefine future mobility. This concept car leverages 8 sustainable materials, enhancing not only performance but also environmental stewardship. From ultralight engineering plastics to eco-friendly polyurethanes, BASF’s contributions enable remarkable design flexibility and reduced CO2 emissions, setting a new benchmark for eco-conscious automotive excellence.

Kia EV3 Study Car

A New Era of Sustainable Has Pulled Up
Together, we embarked on a journey to envision the future of sustainable vehicles with the Kia EV3 Study Car.

Our challenge was multi-faceted: How can we not only meet but surpass the expectations of eco-conscious mobility? Is it simply about integrating sustainable materials, or can we innovate beyond the ordinary by reimagining entire vehicle components?

Delve into the Kia EV3 Study Car and discover a paradigm of eco-friendly innovation that champions environmental responsibility while promising an exhilarating driving experience. With multifunctional design and advanced materials, this concept car illustrates that sustainability and enjoyment can indeed go hand in hand.

8 Sustainable Materials in Various Parts & Components of the Car:

  • Ccycled® & Biomass Balance Engineering Plastics (Ultramid® and Ultradur®)
    These materials contribute to enhanced structural integrity and environmental sustainability.
  • Bio-based, Ccycled® Polyurethanes (Elastoflex®)
    Offer superior comfort and resilience in interior applications.
  • Post Industrial Recycled (PIR) Infinergy® (E-TPU) in Super Critical Foaming (SCF)
    Designed for high-performance, lightweight, and energy-efficient solutions.
  • Bio PU synthetic leather (Haptex®)
    Provides a premium feel while reducing carbon emissions.
  • Water-based binder (Acrodur®)
    Ensures sustainable and durable interior components.
     

The integration of 8 sustainable BASF materials elevates the Kia EV3 Study Car's functionality, ensuring a superior driving experience with reduced touchpoints for environmental impact. By leveraging BASF's advanced materials, the EV3 achieves a significant reduction in CO2 emissions, aligning with global standards for sustainable automotive design.

The Source of Innovation
As you explore this vehicle’s features, you'll discover numerous innovations enhancing mechanical recycling and promoting the circular economy. Each element not only represents a leap in automotive engineering but also showcases the potential for sustainable, yet visually captivating, automotive design.

The true catalyst isn’t just the shape or form – it’s the material and technology that drive creation. With the Kia EV3 Study Car, we are embracing a “materials-first” philosophy. Equipped with cutting-edge engineering plastics, eco-friendly coatings, and advanced composite technology, we empower Hyundai-Kia’s vision for the Kia EV3 Study Car, bringing their visionary designs to life.