SpeedSUVs.com explores the latest developments from Hyundai’s performance-focused N division as they prepare to take electric vehicle engagement to a new level. Following the success of the Ioniq 5 N, which already incorporates simulated gear shifts and engine sounds, Hyundai is reportedly aiming for even higher levels of realism in its future performance EVs.
Expanding the Simulation Experience
Manfred Harrer, the global head of research and development at Hyundai, recently shared insights regarding the next generation of N-branded electric vehicles. While the Ioniq 5 N has been praised for its ability to mimic traditional gasoline-powered cars—complete with artificial engine noises and a simulated rev limiter—Hyundai wants to go further. According to Harrer, the goal is to make the driving experience “even more realistic” by introducing sensory inputs that were previously absent in electric powertrains.
Potential features discussed include simulated engine idling, audible exhaust backfiring, and physical cabin vibrations. These additions are designed to replicate the visceral feedback that many performance enthusiasts associate with high-revving internal combustion engines. Harrer acknowledges that while some critics label these features as “fake,” the consumer response has been overwhelmingly positive, suggesting that the industry is ready to embrace synthetic engagement for the sake of pure driving enjoyment.
Pros and Cons of Simulated EV Traits
- Pros: Provides a familiar and engaging tactile experience for traditional performance car enthusiasts, maintains the “fun-to-drive” philosophy of the N brand, and bridges the gap between gas and electric performance.
- Cons: Some purists may view synthetic noises and vibrations as gimmicky or unnecessary, potentially distracting from the inherent benefits of a silent and smooth electric powertrain.
Transitioning to the IMA Platform
The upcoming generation of performance vehicles will transition from the current E-GMP architecture to Hyundai’s new Integrated Modular Architecture (IMA). This shift is viewed as a significant “evolution” rather than a total “revolution.” The IMA platform is expected to bring several technical advantages, including next-generation 800-volt technology. This advancement will likely result in faster charging capabilities and improved thermal management, both of which are critical for maintaining high performance during track sessions.
Harrer emphasized that Hyundai is not looking to follow competitors, but rather to lead in the development of experiential EV technology. The N division remains focused on “fun to drive” characteristics rather than merely chasing track lap times. By prioritizing the driver’s emotional connection to the vehicle, Hyundai hopes to carve out a unique niche in the increasingly crowded electric vehicle market.
The Future of Hyundai N
As the automotive world pivots toward electrification, the challenge of maintaining the “soul” of a performance car becomes more apparent. Hyundai’s commitment to “playing around” with technology to improve the driver experience suggests a pragmatic approach to this transition. While the specific timeline for the rollout of these next-generation IMA-based cars remains undisclosed, the existence of running demos confirms that the project is well underway.
Ultimately, for drivers who crave the sensory feedback of a traditional engine but want the performance and technology of an EV, Hyundai’s next-generation N cars may offer the best of both worlds. By blending the efficiency of electric motors with the artificial character of combustion engines, Hyundai is betting that enthusiasts will continue to value the fun factor above all else.
