Toyota wants to bring the worst part of a manual gearbox back to EVs and let them stall

This is not a real clutch, but a very deliberate performance

The application filed with the US Patent and Trademark Office does not describe an electric car with a real engine, gearbox and clutch. Quite the opposite. The text makes clear that the system applies to a vehicle with an electric rotating power source, but without a combustion engine, an engine mounted transmission or a clutch device.

Toyota still wants to give the driver pedals and a gear selector that imitate the behaviour of a manual car. At the centre of the system is a “virtual engine speed calculator”, which interprets the accelerator and virtual clutch positions as though the driver were operating an old school manual gearbox. When the virtual revs fall below a set threshold, the control unit starts its “engine stall control” logic. In plain English, it simulates a stall. During that moment, the controller stops the electric motor from rotating and producing torque.

Toyota does not only want to simulate the mistake, but also the consequence

The strangest part is not the stall itself. Toyota and Lexus already showed that idea in concept form. The new patent application adds a safety layer. If the car would roll backwards on a slope in such a situation, the system can apply braking torque. The document calls this hold assist control, a feature that keeps the electric car still even while the software tries to imitate the awkward behaviour of a manual car convincingly.

The patent goes further. Toyota describes situations in which the system assesses the driver’s skill, the gradient and the position of another vehicle in the car’s possible rolling direction. In other words, the car may “stall” only as far as it can do so without becoming dangerous in traffic. That distinction matters. Toyota is not making an electric car genuinely helpless. It is building software that gives the driver punishing, but controlled, feedback.

The jerk is part of the plan too

Among the patent claims is a point stating that the controller can pulse the electric motor’s torque at low virtual revs, creating longitudinal vibration through the car. Toyota does not merely want to draw virtual revs on a display. It wants the body to behave physically as though the driver had mishandled the clutch in a petrol car.

The logic behind it is simple, if slightly perverse. An electric car usually delivers torque immediately and smoothly. Yet that very smoothness makes many enthusiasts find electric performance cars too sterile. Toyota is trying to add back mistakes, limits and rhythm, all things a modern electric drivetrain no longer technically needs.

Lexus is already bringing virtual gearshifts to Europe

Toyota Group is not keeping this idea locked in a patent folder. In March 2025, Lexus confirmed that the new RZ would bring its Interactive Manual Drive system to Europe. This is a software based virtual gearbox that imitates an eight speed mechanical transmission, but it uses steering wheel paddles rather than a full clutch pedal and H pattern gear lever.

That difference is important. The Lexus RZ 550e F SPORT gives the driver something closer to a simulated automatic or dual clutch gearbox. Toyota’s patent logic aims at something far more purist and theatrical, where the driver must coordinate clutch, throttle and gear just as in an old GR86 or Supra. Except there are no gears inside the gearbox, no friction plate in the clutch and the revs exist on a screen and inside a control unit’s calculations.

Hyundai proved fake gears can actually work

Toyota is not alone in this game. The Hyundai Ioniq 5 N uses an N e shift system, which imitates an eight speed dual clutch gearbox through electric motor torque control and simulated shift shock. Hyundai’s official European material says the system makes the behaviour of the electric drivetrain feel closer to that of a combustion engined car.

The Ioniq 5 N produces up to 478 kW and 770 Nm and accelerates from 0 to 100 km/h in 3.4 seconds. It is a useful comparison, because Hyundai already showed that simulated shifting does not have to be just a marketing trick. When calibrated properly, it gives the driver tempo, sound and braking rhythm, all things a conventional electric car with one continuous torque curve does not usually provide.

In the market, this could work best in performance models

For buyers, manual gearbox nostalgia is not abstract. Small sports cars, hot hatches and rear driven coupés have long survived because of driver involvement. When electric cars remove engine sound, revs and gear changes, manufacturers need a new way to connect the driver to the car.

Toyota’s European electric plans add useful context. In March 2025, the company promised to expand its BEV range and show six new electric models by the end of 2026. Toyota also said the new electric drivetrains based on the bZ4X would produce, depending on the model, roughly 123 to 252 kW. Those are not yet GR division performance numbers, but the group is clearly preparing a broader electric model range that could later make room for something more driver focused.

Why is Toyota doing this at all?

Toyota’s approach fits the thinking of the Akio Toyoda era: a car must not become merely an efficient device. An electric car can be faster, quieter and technically simpler than a combustion car, but the sports car buyer often wants complexity that gives skill a purpose. A manual gearbox no longer beats an automatic in acceleration, but it still wins on involvement.

This is where the simulated stall begins to make unexpected sense. If software always lets the driver start perfectly, the clutch pedal has no emotional value. If the wrong movement causes a loss of drive, a jerk or the need to start again, skill enters the game. Toyota is not restoring the mechanics. It is restoring the consequence.

Production is not yet certain

A patent application does not mean the next Toyota or Lexus will definitely arrive with three pedals. This story is about an idea and a patent, not confirmed equipment for a production car. Justia data also shows that this is a patent application, not a product announcement.

Even so, the direction is clear. Lexus is bringing a virtual manual mode to the RZ in Europe, Hyundai showed with the Ioniq 5 N that fake gears can feel genuinely persuasive, and Toyota is now exploring how far an electric car can go in recreating an old school driving experience. It may sound absurd, but the sports car world has not always rewarded the most rational solution. Often, it rewards the one that makes the driver work a little harder.

Technical brief

Toyota’s patent application describes an electric car with no real engine, gearbox or clutch, but one that imitates the behaviour of a manual car.

The system calculates “engine” revs from the accelerator and virtual clutch position, then cuts electric motor torque when those revs fall too low.

Hold assist control can apply the brakes on a slope to prevent dangerous rollback.

The controller can also create longitudinal vibration to imitate the jerk of a combustion engined car stalling.

The Lexus RZ will receive Interactive Manual Drive in Europe, but that system uses steering wheel paddles and an eight speed virtual gearbox logic, rather than a full manual layout with a clutch pedal.