#USA #Las Vegas #AOX #Aerodynamics #ADRO

Introduction

At CES 2026, ADRO Inc. unveiled its groundbreaking platform, AOX (Aerodynamic Optimization eXperience), which aims to transform aerodynamic design in the automotive sector through the integration of artificial intelligence (AI) and computational fluid dynamics (CFD). This innovative tool not only streamlines workflows but also enhances decision-making processes, positioning itself as a game-changer for automotive development teams.

The Role of AI in Aerodynamics

AOX leverages AI to provide real-time insights and recommendations during the early stages of vehicle design. By utilizing advanced algorithms and machine learning, it helps engineers make informed choices regarding aerodynamic configurations without overshadowing the traditional CFD methodologies. “Our goal is to embed AI-guided insights into the existing design frameworks to facilitate quicker and more effective aerodynamic decisions,” shared Seunghyun Yoon, CEO of ADRO Inc.

Presentation at CES 2026

During the CES presentation, AOX was highlighted through a series of live demonstrations that underscored its capabilities using actual vehicle data. Unlike other concepts, these demonstrations illustrated practical applications, showcasing how alterations in geometry could instantly impact airflow behavior. Attendees witnessed how AOX can bridge the gap between theoretical aerodynamic analysis and actionable design implementations, making it a vital addition to automotive engineering processes.

Versatility and Applications

The platform demonstrated versatility through contrasting use cases, featuring a performance-focused Porsche GT3 alongside a scale model of a commercial truck optimized for fuel efficiency. These varied representations emphasized AOX’s capacity to accommodate different vehicle segments and aerodynamic goals, appealing to both high-performance and energy-efficient markets.

Overcoming Traditional Challenges

AOX is not just another tool; it is built on a foundation of extensive aerodynamic research and real-world vehicle development experience. This practical knowledge ensures that the AI-driven recommendations align with manufacturing realities and operational constraints, addressing a common challenge faced by engineers who often struggle to implement simulation outputs in real-world contexts.

Future Prospects and Collaboration

The interest generated surrounding AOX is significant, with numerous automotive manufacturers and engineering teams proactively engaging in discussions about potential collaborations and evaluations of the platform. Currently in a closed beta phase, AOX is set to transition to a broader beta program slated for the first half of 2026. Interested industry partners can pre-register on the official AOX website to gain early access and further insights into participation opportunities.

Conclusion

The introduction of AOX could herald a new era in aerodynamic design and optimization, driven by AI advancements and a commitment to practical solutions in the automotive industry. ADRO Inc. stands at the forefront of this innovation, ready to redefine the norms of aerodynamics in automotive development.

As automotive technologies continue to evolve, AOX promises to play a crucial role in shaping the future of vehicle performance and efficiency, promising a more data-driven, insightful, and user-friendly design process for engineers around the world.