Kia Corporation has taken another bold step toward a sustainable future with the unveiling of the Concept EV2, a B-segment electric SUV that promises to redefine urban mobility. Through its strategic partnerships with pioneering material companies, Kia is accelerating the development and implementation of bio-based materials that reduce the automotive industry’s reliance on plastics and synthetics. With its futuristic design and eco-conscious innovations, the Concept EV2 exemplifies Kia’s commitment to combining cutting-edge technology with responsible environmental practices.
The Concept EV2 is the latest embodiment of Kia’s forward-thinking vision for urban transportation, built with a focus on an active, connected lifestyle. At its core, this B-segment electric SUV combines a spacious, multi-configurable interior with aesthetic sophistication, making it the perfect example of how sustainability can be seamlessly integrated with style and functionality.
Kia x Bcomp: Harnessing the Power of Nature
Kia’s collaboration with Swiss cleantech company Bcomp brings the innovative ampliTex™ material into key components of the Concept EV2, specifically the back seat shell and front seat substructures. Bcomp’s ampliTex™ is a bio-based composite derived from flax fibers, which offer exceptional lightweighting benefits, increased durability, and a refined aesthetic. These properties are integral to Kia’s goal of reducing environmental impact without sacrificing performance or visual appeal.
Building on a successful partnership with Kia’s previous models, the Concept EV2 continues the trend of replacing conventional synthetic materials with sustainable alternatives. AmpliTex™ supports Kia’s commitment to circularity—at the end of the product’s life, it can be recycled into composite pellets for further reuse, showcasing the brand’s forward-thinking approach to reducing waste.
The collaboration also sees Bcomp working closely with Kia’s design team to develop a bespoke dark-blue finish for the material, contributing to the vehicle’s vibrant, modern aesthetic. This partnership demonstrates how natural fiber composites can deliver both functional and visual enhancements to automotive interiors, driving the widespread adoption of these materials in production vehicles.
Kia x Simplifyber: Replacing Plastics with Innovative Cellulose-Based Materials
In an industry-first, Kia has teamed up with Simplifyber, a leader in bio-based material technology, to develop environmentally friendly interior components for the Concept EV2. Simplifyber’s next-generation cellulose-based formulation, Simplifyber Fybron™, has been used to create the Concept EV2’s dashboard and door panels, marking Kia as the first automaker to integrate this material into its vehicle design.
Simplifyber Fybron™ is made from an innovative blend of FSC-certified cellulose fibers, including wood pulp, lyocell, and natural rubber latex, replacing traditional plastic components with a material that offers both flexibility and rigidity. The manufacturing process, which is liquid-based, eliminates the need for spinning or weaving, resulting in components that arrive at Kia’s manufacturing facilities pre-shaped and textured—significantly reducing production offcuts and assembly time.
This collaboration underscores Kia’s leadership in the adoption of sustainable materials, providing a cost-effective alternative to plastics without compromising on durability or quality. Simplifyber’s innovative approach showcases the potential for scalable, eco-conscious solutions in automotive production, ensuring that every component not only meets but exceeds industry standards.
Kia x Biomyc: Growing Sustainable Interior Components
Kia’s partnership with Biomyc, a Bulgarian materials design firm, marks an exciting leap forward in the use of bio-degradable, mushroom-based materials in automotive interiors. For the Concept EV2, Biomyc developed durable mycelium components—crafted from hemp and mycelium—that serve both functional and design purposes within the vehicle’s interior.
Biomyc’s mycelium-based materials are grown rather than manufactured, using an innovative mold and coloration process to achieve exact Pantone shades specified by Kia. These components are biodegradable, reducing environmental impact and offering a sustainable alternative to traditional synthetic materials. Biomyc also conducted an extensive research project into eco-friendly coatings, paints, and additives to ensure that the materials meet both visual and ecological criteria.
The successful application of mycelium material in the Concept EV2 marks a significant milestone in the automotive industry’s quest for sustainable design solutions. By integrating these bio-degradable components into the Concept EV2, Kia is proving that mushroom-based materials can meet the stringent standards of the automotive industry while offering innovative ways to reduce waste and environmental footprint.
A Vision for the Future
The unveiling of the Concept EV2 at Kia’s EV Day in Barcelona signals a new era for sustainable urban mobility. By collaborating with cutting-edge companies like Bcomp, Simplifyber, and Biomyc, Kia is setting the stage for the widespread adoption of bio-based materials in the automotive industry. Each of these partnerships not only helps to reduce the use of plastics but also aligns with Kia’s broader goal of promoting sustainability through innovative design solutions.
As Kia continues to push the boundaries of material science and sustainability, the Concept EV2 stands as a testament to the future of eco-conscious automotive design. The use of flax-based ampliTex™, cellulose-based Fybron™, and biodegradable mycelium components in the Concept EV2 demonstrates that sustainability and performance can go hand in hand, paving the way for a greener, more responsible future in urban mobility.
With its dynamic design, groundbreaking material innovations, and a clear commitment to environmental sustainability, the Concept EV2 is set to shape the future of electric vehicles, offering a glimpse into what tomorrow’s cars could look like—and how they will be made.
