Toyota Continues Work on Simulated Manual Gearbox Tech for Future Electric Cars

Published: Jun 08 2026, 01:50 AM EDT

Toyota is pressing ahead with the development of simulated manual gearbox technology for its future electric vehicles, aiming to bring the feel of a traditional stick shift to upcoming battery-powered models.

Patent filings in Japan, the US, and other markets describe how Toyota's system uses software, a physical shift lever, and a clutch pedal to mimic the operation of a conventional manual transmission in an EV that still relies on a single-speed drive unit.

The controller receives inputs from the accelerator, brake, and clutch pedals, as well as from the virtual gearbox and wheel-speed sensors, then adjusts the electric motor's torque delivery and virtual engine speed to reproduce the sensations of an internal combustion car.

According to the documentation, the system can define multiple "virtual gear ratios" and even simulate clutch engagement behavior, including vibrations when the pedal is released, according to Drive.

Prototype for Simulated Manual Gearbox for EVs

Toyota has already built and tested prototypes using this technology, including an electric sports car concept and a Lexus UX300e-based demonstrator equipped with a clutch pedal and H-pattern shifter.

Journalists invited to early demonstrations reported that the simulated gearbox could produce synthetic engine and gearshift sounds and even allow the vehicle to "stall" if the driver mishandled the clutch, mirroring the quirks of a manual-equipped combustion car.

Toyota's Gazoo Racing division is also developing a performance-oriented EV that uses this system, with company chairman Akio Toyoda saying the experience feels comparable to some of the automaker's best internal combustion sports cars.

The company has signaled plans to start offering simulated manual transmissions in select production EVs from around 2026, targeting drivers who value engagement and control even as the industry moves toward simplified electric powertrains.

In many implementations, drivers will be able to switch between a conventional shiftless EV mode and the manual-simulation mode, giving them flexibility to choose between ease of use and a more involved driving experience, Auto Car India reported.

Making the Technology Feel Distinct

While the underlying transmission remains a typical single-speed unit, Toyota's software-controlled mapping alters throttle response and torque output to make each virtual gear feel distinct in both performance and sound.

Recent patents filed by Toyota and partner Subaru indicate that work on the technology is ongoing, with refinements to how the virtual gear stages, clutch interaction, and electronic control unit coordinate to deliver a natural-feeling shift.

These documents describe a system where the position of the shift lever and level of clutch pedal input determine the simulated motor speed and torque stage, allowing the driver to operate the EV much like a traditional manual car despite the absence of physical gearsets.

By preserving familiar manual-driving cues through software and hardware feedback, Toyota aims to differentiate its future EVs and keep enthusiasts engaged as the brand expands its electric lineup later this decade, as per Road and Track.