In an age of electric motors, carmakers are doubling down on the idea that enthusiasts still want to feel like they are driving.
Across the automotive world, a quiet philosophical tension is playing out between what driving feels like and what it actually is. Ferrari's new 12Cilindri offers a clutch pedal and open-gate shifter atop an eight-speed dual-clutch transmission — a machine that performs the ritual of the manual without being one. From Porsche's racing-born PDK to Hyundai's synthesized gearshifts in an electric crossover, carmakers are converging on a shared belief: that the human desire to feel in control of a machine is worth engineering around, even when the machine no longer requires it.
- Ferrari has priced its pseudo-manual 12Cilindri at a significant premium, betting that the sensation of shifting gears is worth paying for even when the automation does the real work.
- The tension between authenticity and simulation is sharpening — BMW's SMG became so notorious for jerky behavior that owners paid to remove it, while Saab's clutchless Sensonic died with the car it came in.
- Electric vehicles have turned simulation into a feature rather than a compromise, with Hyundai, Lexus, and Honda all engineering fake gear changes, synthesized engine sounds, and deliberate rev-limit penalties into their EVs.
- Porsche — the company that invented the dual-clutch transmission for racing in 1984 — now offers virtual gears with synthesized sound on the Taycan, having taken direct inspiration from Hyundai's approach.
- The industry is landing on a shared conviction: driving engagement is commercially durable, and the ritual of the gearshift will be preserved in some form even as the mechanics beneath it become increasingly abstract.
Ferrari has brought back the manual gearbox — sort of. Its new 12Cilindri pairs an eight-speed dual-clutch transmission with a clutch pedal and a traditional open-gate shifter, creating something that feels manual but operates as an automatic underneath. It costs considerably more than the standard version. The move is less a revolution than a symptom of something broader: carmakers are increasingly blurring the boundary between real and simulated, manual and automatic, in ways both ingenious and strange.
The history of reinvented gearboxes runs deeper than most realize. Porsche developed the PDK double-clutch system in 1984 for its 956 racecar — two sub-transmissions working in parallel for near-instantaneous shifts — though racing drivers of the era resisted the added weight, and it took two decades to reach road cars. Ferrari itself introduced paddle shifters to the F355 in 1997, changing how enthusiasts thought about supercars. Saab's Sensonic removed the clutch pedal entirely from its 900 saloon, using electric motors and hydraulics instead — clever, but too complex to survive. BMW's SMG became infamous for jerkiness; many owners paid to swap it out. Even Citroën's SensoDrive semi-automatic was widely considered a misstep.
At the extreme end sits the Koenigsegg CC850, whose nine gearbox ratios shift depending on drive mode, all accessed through a beautiful open-gate stick with no traditional clutch — instead, a direct hydraulic link to six individual clutches mimics manual feel through deeply sophisticated engineering.
What is most striking is how electric vehicles have accelerated the trend. Hyundai's N division built a simulated eight-speed transmission for the Ioniq 5 N, complete with paddle shifters and synthesized sound, a system now spread across Kia, Genesis, and Ioniq models. Lexus programs its RZ's paddles to feel jerky and punish incorrect shifts. Honda applies the same logic to the Prelude and Super-N. And Porsche — the originator of the dual-clutch concept — now offers virtual gears with synthesized sound on the Taycan, having taken its cue from Hyundai.
What unites all of it is a shared conviction: that the ritual of gear shifting remains commercially and emotionally valuable even as the mechanics beneath it grow ever more abstract. In an era of electric motors and creeping autonomy, the industry is doubling down on the idea that enthusiasts still want to feel like they are the ones driving.
Ferrari has done something curious with its new 12Cilindri supercar: it has brought back the manual gearbox, sort of. What you actually get is an eight-speed dual-clutch transmission paired with a clutch pedal and a traditional open-gate shifter—a hybrid that feels like driving a manual but operates as an automatic underneath. It costs considerably more than the standard version. The move is not revolutionary, but it is emblematic of something larger happening across the automotive industry: carmakers are increasingly blurring the line between manual and automatic, between real and simulated, in ways both clever and strange.
The story of reinvented gearboxes stretches back further than most people realize. Porsche developed the PDK—Doppelkupplungsgetriebe, or double-clutch transmission—in 1984 for its 956 racecar. The concept was elegant: two sub-transmissions, each with its own clutch, working in parallel so that the next gear could be primed while the current one was still engaged, allowing near-instantaneous shifts. Racing drivers of the era were skeptical about the added weight, and it took two decades before the technology migrated to road cars. Today, dual-clutch transmissions are everywhere, including in Ferrari's new manual revival.
Ferrari itself has a long history of transmission experimentation. The F355, one of the most beautiful supercars ever made, offered an optional F1 transmission in 1997—a semi-automatic system inspired by aviation and refined through Formula 1 racing. Drivers could operate it with paddle shifters mounted behind the steering wheel, a novelty at the time that fundamentally changed how people thought about shifting gears in a supercar. Saab took a different approach with the Sensonic gearbox in its 900 saloon during the mid-1990s. It looked like a traditional manual, with a familiar H-pattern stick, but there was no clutch pedal. Electric motors and hydraulic actuators did the work instead, freeing the driver's left leg entirely. The system was clever but ultimately too complex for everyday use; it did not survive the 900's evolution into the 9-3.
BMW's SMG, which appeared in E36 M3s and later became an option on the E46 M3, was another electro-hydraulic automated manual. It became infamous for its jerky behavior, and many owners have since paid to swap it back to a traditional manual. Toyota's MR2, in its third generation, offered an SMT clutchless automated manual operated by steering wheel buttons. Even Citroën got involved, fitting a five-speed SensoDrive semi-automatic to its C2 GT, a decision that was widely considered a misstep compared to the manual-equipped version that followed.
The most complex transmission on this list belongs to the Koenigsegg CC850. It features nine different gearbox ratios that change depending on the drive mode—Track mode is aggressive, Normal more civilized—all channeled through a gorgeous open-gated manual stick with six indents. There is no traditional clutch; instead, a direct hydraulic link connects the clutch pedal to six individual clutches, creating a one-to-one pressure relationship that mimics a manual transmission while operating as something far more sophisticated.
What is truly striking is how electric vehicles have adopted and accelerated this trend. Hyundai's N division engineered a simulated eight-speed transmission for the Ioniq 5 N, complete with paddle shifters and synthesized engine sound. The system has since spread to the Kia EV6 GT, various Genesis models, and the Ioniq 6 N. Lexus offers similar paddle shifters on its RZ electric crossover, programmed to feel jerky and to hit the limiter if you shift incorrectly—deliberately mimicking the behavior of a real manual. Honda has applied the same logic to its Prelude coupe and Super-N city car, both featuring simulated transmissions that use regenerative braking to simulate engine braking.
Porsche, the company that pioneered the double-clutch transmission, has now taken inspiration from Hyundai's approach. The latest Taycan offers eight virtual gears with synthesized sound and a large rev counter, available as a three-thousand-dollar option or standard on the Taycan Turbo S. The irony is not lost: Porsche is now following the lead of a company that once followed Porsche's lead. What unites all these systems—from Ferrari's clutch-pedal DCT to Hyundai's fake eight-speed to Koenigsegg's mode-switching manual—is a shared conviction that driving engagement still matters, that the ritual and feedback of gear shifting remain commercially valuable even as the underlying mechanics become increasingly abstract. In an age of electric motors and autonomous systems, carmakers are doubling down on the idea that enthusiasts still want to feel like they are driving.
Notable Quotes
The idea was to combine the best of two worlds— Rainer Wüst, technical manager on Porsche's PDK project
There is sort of a direct hydraulic link from the clutch pedal to the clutches. There are six clutches—but when you move the clutch pedal, it's exactly one-to-one of pressure on these clutches like you use in a manual— Christian von Koenigsegg, on the CC850's transmission
The idea was born from the desire to play catch ball with the car. I purposefully made it jerky and added sound when it would otherwise be quiet— Yoichiro Isami, advanced drivetrain engineer at Lexus
The Hearth Conversation Another angle on the story
Why does Ferrari need to add a clutch pedal to a dual-clutch transmission? Isn't that redundant?
It's not really redundant—it's theatrical. The clutch pedal gives you the physical sensation of controlling the engagement, the weight and resistance under your foot. The DCT does the actual work, but your body doesn't know that. You feel like you're driving a manual.
So it's a kind of lie?
A generous lie. It's the same lie Hyundai tells with its fake eight-speed in the Ioniq 5 N, or what Lexus does with the RZ's paddle shifters. The car isn't actually shifting through eight gears, but it feels like it is, and that feeling is what people want.
But why would anyone want that in an electric car? There's no engine to rev.
Exactly. Which is why they synthesize the sound, program the shifts to feel jerky, make it punish you if you miss a gear. They're trying to recreate the feedback loop of a manual transmission—the sense that you and the car are in conversation, that your mistakes matter.
Is that just nostalgia?
Partly. But it's also about control and engagement. A manual transmission forces you to pay attention. These systems are trying to preserve that feeling even as the technology underneath becomes completely different. It's the automotive equivalent of a mechanical watch in the age of smartphones.
Do they actually work? Does it feel real?
Some do better than others. Porsche's latest Taycan is apparently more convincing than most. But no, not really. You always know, somewhere in your mind, that it's simulated. The question is whether that matters to you.