Toyota has designed a manual EV system
It might sound crazy, but the patent filed by Toyota shows plans for a system that would make driving EVs feel like driving a stick shift. The plan outlines mechanisms that Toyota calls a "pseudo-clutch pedal" and "pseudo-shifter."
As the name would lead you to believe, these take on the roles that a clutch and stick would serve in a standard manual transmission.
If a vehicle were to implement the system outlined in Toyota's patent, it would become a manual EV. When the "gears" in the manual EV shift, the level of torque the electric motor puts out would change. This would simulate the feeling of changing gears in a gas-powered stick shift.
While the patent filed by Toyota demonstrates how this technology would feasibly work in an EV, there is no information about this system being used. We will have to wait for future updates from Toyota to see how or even if this manual transmission will be implemented in an EV.
Why would an EV need a manual transmission?
The short answer is that EVs don't really have a functional need to be manual. Electric motors don't typically have different gears like internal combustion engines.
These drivers prefer the control and engagement that come from manual transmissions, and this is hard to replicate in an automatic.
By making an electric vehicle that mimics the feeling of driving a manual transmission, Toyota could convince some stick-shift fans to try an EV. A manual EV might not be necessary, but it could be great for the right driver.
Other EVs with multi-gear transmissions
In the same article that discusses the Toyota manual EV patent, InsideEVs also mentions two EVs that use a multi-gear transmission. These are the Audi E-Tron GT and the Porsche Taycan.
However, this system is not the same thing as the manual transmission that Toyota has patented. It lacks the clutch and shifter system to replicate a manual transmission.
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