Toyota has patented a way to make an electric car feel as though it is changing gears in a gas-powered car. The proposed system lets drivers request virtual shifts by paddles or a lever, then deliberately interrupts power from the motor to imitate the jolt of a sequential transmission.
The idea does not require an actual multi-speed gearbox or clutch pedal. CarBuzz drew attention to the technology on October 13, but its underlying U.S. patent was granted on July 14, 2026. No production vehicle is named in the patent.
Toyota’s Software Briefly Cuts Power to Mimic a Gear Change
Under U.S. patent 12,679,217, a controller changes the electric motor’s torque when the driver shifts. It can bring that force down to zero momentarily, mimicking the feel of a sequential car.
The patent even describes briefly increasing torque beyond its target as power returns. That could recreate the shove drivers feel when a clutch re-engages. The response can differ between upshifts and downshifts, with separate settings for different driving modes. An optional virtual tachometer could display simulated engine-speed changes.
Toyota Wants Sequential Shifts Without a Clutch Pedal
Toyota previously explored virtual manual transmissions with a clutch pedal, as well as a conventional-style shifter. The newer design instead imitates a clutchless sequential gearbox, the kind that lets drivers select gears one after another without operating a clutch pedal.
Toyota’s patent explains that clutch operation can be difficult or inconvenient for people accustomed to automatics. Removing the pedal could make the feature easier to use and allow quicker requested shifts.
Hyundai and Porsche Already Offer Simulated EV Gear Changes
Hyundai’s Ioniq 5 N uses N e-shift to mimic gear changes, which Hyundai says controls motor torque to recreate the jolt of an eight-speed dual-clutch gearbox. Porsche’s 2027 Taycan offers optional E-Shift with eight virtual gears, paddle controls and simulated engine braking. We covered Porsche’s change of direction in our Taycan E-Shift report.
Our electric BMW M3 article described a system that uses steering-wheel paddles to simulate gear changes, lift-off regenerative braking mapped to pedal feel, and an artificial rev limiter. Toyota’s patent takes a different approach by being more focused on the brief cutting and restoring of motor torque to recreate the feel of a sequential racing gearbox.
The Electric Lexus LFA Could Use It, but Nothing Is Confirmed
The Lexus LFA Concept is an all-electric sports car with a driver-focused cockpit. That makes the technology an intriguing possibility, but the patent does not mention the LFA.
In EVXL’s earlier LFA coverage, an estimated $500,000 price and an arrival a couple of years away were discussed. Neither is a confirmed Lexus price or delivery date, and the patent does not establish either.
EVXL’s Take
Toyota is not trying to give EVs more mechanical gears. It is trying to recreate a precise sensation some drivers miss from gas cars, without adding a clutch pedal or transmission hardware.
The idea is credible on paper, but Porsche and Hyundai already sell similar experiences. Toyota still has to prove its version feels different enough to matter, and decide whether to build it at all. Though I do believe that Toyota’s version will stand out, since it copies a sequential manual gearbox right down to the shove when power comes back, while Hyundai’s N e-shift copies a dual-clutch automatic.
Sources: U.S. Patent 12,679,217, CarBuzz, Hyundai, Lexus, Porsche
EVXL uses automated tools to support research and source retrieval. All reporting is by Damien Kesteloo, edited by Haye Kesteloo.
