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From Gimmick to Genuine Driving Tool
When Hyundai launched the Ioniq 5 N in 2023, the virtual gearshift feature raised eyebrows. Pull the steering wheel paddles and the electric powertrain mimics the behaviour of a multi-speed automatic — a momentary hesitation in torque delivery, a corresponding surge in synthetic engine sound, and the sensation of a gear engaging. On paper, it sounded like a parlour trick. In practice, drivers discovered it added a genuine layer of engagement to what might otherwise be a relentlessly linear performance experience.
The feature works because electric motors can vary torque delivery with extraordinary precision and speed. Hyundai's engineers programmed defined "gear ratios" — essentially torque maps — that the system cycles through as the driver requests upshifts or downshifts via the paddles. The accompanying N Active Sound+ system pipes synthesised engine noise through the speakers in sync with each shift. The result is a car that behaves, sounds, and to a surprising degree, feels like a high-revving combustion performance car.
What Hyundai Is Adding Next
Hyundai's Head of Development, Manfred Harrer, has confirmed the company is actively working to push the simulation further. The next iteration of the system will add three new dimensions of realism:
- Simulated idle sounds and vibrations — replicating the low-frequency burble and physical tremor of a performance engine at rest or low speed
- Shift vibrations — tactile feedback through the seat or steering wheel at the moment a virtual gear change occurs
- Exhaust backfire simulation — modelled specifically on the misfires that high-performance combustion engines produce on overrun or during aggressive upshifts
The backfire effect is a particularly interesting addition. In a performance petrol car, a characteristic crack or bang on a gear change is the result of unburnt fuel igniting in the exhaust — an acoustic side-effect of tuning for maximum performance. In a well-calibrated system, it is deeply satisfying. Hyundai is clearly aiming for the same emotional response in its electric N models, and the engineering challenge is to deliver that moment in a way that feels natural rather than staged.
Harrer has not disclosed the specific technical methods Hyundai is using to achieve seat and steering column vibrations for each simulated shift. However, actuators and speakers built into seats are an established technology in premium vehicles, and the system could plausibly be delivered without significant additional hardware.
The IMA Platform: A New Foundation for Emotional EVs
The enhanced virtual gearshift will not simply be a software update pushed to existing models. Instead, Hyundai has confirmed it will be a core feature of its forthcoming IMA platform, the successor to the E-GMP architecture that has underpinned Ioniq 5, Ioniq 6, and related Kia and Genesis models since 2021.
The IMA platform retains the 800-volt electrical architecture that made E-GMP competitive for fast charging, while bringing improvements in energy density, charging speed, and integration. It will be the hardware foundation for the next generation of Hyundai N performance models.
A new-generation Ioniq 5 based on IMA is expected to arrive around 2028, though Hyundai has not committed to specific launch dates. The N variant will presumably follow, bringing the refined virtual gearshift experience to what will be a substantially updated performance electric hatchback.
Porsche Is Thinking the Same Way
Hyundai is not alone in exploring this territory. Porsche has introduced a comparable feature called E-Shift for the 2027 model year Taycan, offering simulated gear changes and associated sound design for drivers who want a more analogue feel from their electric sports saloon. The simultaneous development at two companies with strong performance pedigrees suggests this is no passing trend.
The broader question the industry is grappling with is whether emotional engagement in a performance car is primarily physical and auditory — and therefore simulatable — or whether it depends on the fundamental nature of the drivetrain. The drivers who have spent time with the Ioniq 5 N's existing system suggest the answer is more nuanced than purists might expect. The simulation works well enough that many experienced drivers simply forget it is artificial after a few minutes.
Why This Matters for the Electric Performance Market
The commercial logic behind this technology is straightforward. Hyundai's N division has built a loyal following among enthusiasts who value driving engagement above almost everything else. Those buyers have historically gravitated toward turbocharged engines with pronounced character — the 2.0-litre in the i30 N being a prime example. An electric N car that delivers clinical performance but strips out tactile and auditory feedback risks alienating exactly the audience the N badge is meant to attract.
By engineering a system that convincingly replicates the experience — rather than simply acknowledging that EVs are different — Hyundai is making a bet that enthusiast loyalty can transfer to electrification without requiring compromise. The Ioniq 5 N's reception suggests that bet is paying off. The upcoming refinements, integrated into a new platform, are the next logical step in that strategy.
For European performance car buyers weighing an electric future against an emotional attachment to combustion, this kind of development matters. It signals that manufacturers are taking seriously the idea that the driving experience itself — not just the performance numbers — is something that can be preserved and evolved in the electric era.
What is Hyundai's virtual gearshift and which models have it?
Hyundai's virtual gearshift is a software-driven system that simulates the feel and sound of gear changes in an electric car. It was first introduced on the Ioniq 5 N and uses steering wheel paddles to trigger torque delivery adjustments and synthetic engine sounds via the N Active Sound+ system. The enhanced version will appear in future N models built on the IMA platform.
How does the exhaust backfire simulation in an electric car actually work?
Rather than actual combustion, the effect is created through a combination of precision torque delivery changes — mimicking the brief power interruption that occurs in a combustion engine on overrun — and carefully timed audio playback through the car's speaker system. Hyundai engineers model the sounds on real high-performance engine misfires to make the effect as authentic as possible.
When will the new IMA platform and upgraded virtual gearshift arrive?
Hyundai's IMA platform, which will replace the current E-GMP architecture, is expected to underpin the next-generation Ioniq 5 due around 2028. The N performance version featuring the refined virtual gearshift — with added idle vibrations, shift feedback, and backfire simulation — will follow on this platform, though exact timelines have not been confirmed.
Source: https://www.electrive.com/2026/06/25/hyundai-refines-its-virtual-gearshift-for-electric-vehicles/