Manfred Harrer, President and Head of Hyundai Motor Group’s R&D division, outlined the engineering philosophy behind the IONIQ 6 N and the Group’s broader electrification strategy in a recent profile from Hyundai.
Harrer, who holds a PhD in vehicle dynamics and brings more than 25 years of experience in chassis development, electronic systems, software integration, and ADAS, leads over 12,000 engineers at the Group’s Namyang R&D Center near Seoul. He described the current period as the most significant transformation the automotive industry has faced.
Highlights
- Hyundai’s IONIQ 6 N debuted at the 2025 Goodwood Festival of Speed with upgraded suspension, structural stiffness, steering, and AWD calibration.
- New stroke-sensing electronically controlled suspension (ECS) dampers improve ride quality and handling predictability across road and track use.
- Harrer oversees vehicle development for Hyundai Motor, Kia, and Genesis, including Extended Range EVs (EREVs) and new hybrid-adjacent technologies.
- The Group’s electrification strategy pairs software-defined vehicle architecture with AI-accelerated development cycles.
IONIQ 6 N Engineering Priorities
Harrer explained that the IONIQ 6 N development brief targeted elevated track capability without sacrificing daily usability. He characterized the approach as “thoughtful but impactful changes.”
Key revisions include updated suspension settings, increased structural stiffness, recalibrated steering, and a refined all-wheel-drive system. The new stroke-sensing ECS dampers were specified without cost constraints to deliver responsive handling and improved ride comfort.
The IONIQ 6 N builds on the platform established by the IONIQ 5 N, which introduced features including:
- N e Shift simulated dual-clutch gearbox
- N Active Sound+ system
- N Torque Distribution for torque vectoring and handling balance
The IONIQ 5 N earned World Performance Car of the Year and Top Gear Car of the Year recognition.
Electrification as a Performance Enabler
Harrer noted that electric architecture provides significant advantages for performance vehicle development. Strategic battery placement lowers the center of gravity. Bespoke tire development improves handling predictability. Advanced torque vectoring sharpens vehicle agility.
He acknowledged that a fully electric performance car seemed contradictory only a few years ago. The IONIQ 5 N proved that electric propulsion could enhance driver involvement rather than diminish it.
Broader R&D Strategy
Harrer’s responsibilities extend beyond performance models. He sets the technical direction across Hyundai Motor, Kia, and Genesis while ensuring dedicated working groups pursue detail-level improvements to driving dynamics.
The Group’s development pipeline includes tailoring products to individual markets and advancing hybrid, hybrid-adjacent, and EREV technologies alongside full battery-electric platforms. Harrer pointed to AI integration as a tool accelerating development precision and cycle times.
“The shift from combustion to electrification, from hardware-defined to software-defined vehicles” defines the current era, Harrer said. He added that driving pleasure remains the central priority across all platforms.
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