NEXEN TIRE Selected as Original Equipment Supplier for Hyundai's All-New NEXO Hydrogen SUV, Highlighting Advanced Tire Technology for FCEVs
Key Insights
NEXEN TIRE's N’FERA Supreme S premium comfort tire has been chosen as original equipment for Hyundai's redesigned hydrogen fuel cell electric vehicle, The all-new NEXO.
The N’FERA Supreme S is specifically engineered with AI-driven design for superior quietness, durability, and stability, crucial for the heavy-load configuration of the FCEV.
This collaboration underscores NEXEN TIRE's growing leadership in the global OE market and its commitment to developing advanced tire solutions for eco-friendly mobility.
The all-new NEXO features an upgraded hydrogen powertrain offering a driving range exceeding 700 kilometers, emphasizing enhanced quietness and sustainable design.
SEOUL, South Korea – NEXEN TIRE, a prominent global tire manufacturer, announced on July 9, 2025, that its N’FERA Supreme S premium comfort tire has been selected as the original equipment (OE) for Hyundai Motor Company’s latest iteration of its hydrogen fuel cell electric vehicle (FCEV), The all-new NEXO. This strategic partnership marks a significant development in the burgeoning hydrogen mobility sector, reinforcing the critical role of specialized tire technology in optimizing FCEV performance and market acceptance.
The all-new NEXO represents the first full model change for Hyundai’s flagship hydrogen SUV in seven years, boasting an upgraded hydrogen powertrain capable of a driving range exceeding 700 kilometers per charge. Designed with an emphasis on enhanced quietness and a sustainability-focused interior and exterior, the vehicle demands tire solutions that complement its advanced characteristics. NEXEN TIRE’s N’FERA Supreme S was specifically chosen to meet these rigorous requirements, delivering optimal performance in noise reduction, high load capacity, and driving stability.
Engineered for the unique demands of high-performance hydrogen-powered SUVs, the N’FERA Supreme S integrates an AI-enhanced load distribution structure and high-rigidity sidewalls. These features ensure stable grip and precise steering, particularly vital for the heavier load configuration inherent to FCEVs like The all-new NEXO. Furthermore, the tire incorporates ‘Level Keeping Technology,’ designed to maintain consistent performance even after 50% tread wear, enhancing longevity and reliability. Its aerodynamic tread design contributes to improved fuel economy by reducing air drag and rolling resistance, while simultaneously supporting strong braking and high-speed handling.
To align with the NEXO’s inherently quiet hydrogen drivetrain, the N’FERA Supreme S employs a suite of advanced noise-reduction technologies. The Noise Reduction System (NRS), utilizing sound-absorbing materials within the tire cavity, significantly minimizes in-vehicle noise. Complementing this, AI-based tread pattern optimization, developed through extensive big data analysis, actively reduces road noise across diverse driving conditions. These innovations collectively deliver a noticeably quieter and more refined driving experience, a key differentiator for premium FCEVs.
NEXEN TIRE continues to expand its footprint in the global OE market, solidifying partnerships with leading automakers such as Hyundai and extending its supply network across major regions including Europe and North America. This proactive approach underscores the company’s commitment to developing advanced tire solutions for the evolving mobility landscape, encompassing electric, hydrogen, and internal combustion powertrains. John Bosco (Hyeon Suk) Kim, CEO of NEXEN TIRE, stated, “This latest supply agreement highlights NEXEN TIRE’s technological leadership in the next generation of eco-friendly mobility. We will continue to broaden our global OE partnerships by delivering optimized tire solutions for all powertrains – hydrogen fuel cell, electric, hybrid, and internal combustion alike.” This collaboration positions NEXEN TIRE as a key enabler in the advancement of sustainable transportation.