2027 Porsche Taycan Will Add Fake Gear Shift, Says Anonymous Source

Sportscar fans can’t seem to let go of the sensation of the manual shift transmission, even though the superior technology of electric vehicles (EVs) has no need for it. EVs have faster overall speed and acceleration, due to the simplicity of the electric motor. For a human to decide when to switch gears is one of the most glaring examples of our inefficient gas powered past.

Porsche benchmarked the competing Hyundai Ioniq 5 N. It embraced what it learned and will now bring one of the 5 N’s most talked-about features into its own electric lineup: simulated gear shifts. On December 3, 2025, the Driven reported the news that Porsche will begin integrating what it calls a “virtual transmission” into its EVs, starting with the 2027 Taycan, which arrives in late 2026.

According to an anonymous source, Porsche quietly shared the news with dealer principals during a November meeting in Atlanta. Dealership trainers have already been briefed so they can prepare sales teams before the updated Taycan arrives on lots in the second half of next year. Orders for the 2027 Taycan equipped with the new system are expected to open in August.

As with Hyundai’s setup, drivers will reportedly be able to toggle the feature on or off. Notably, Porsche does not plan to add the virtual transmission to 2026 and older Taycans via software update because those models lack the necessary physical paddle shifters. When asked for comment, Porsche did not confirm the feature outright, but it did not deny it either. “Porsche continuously tests and evaluates potential new technologies,” a spokesperson said. “If and when these technologies may or may not be brought to market is decided based on the insights gained from these exploratory tests.”

“Virtual transmission” is Porsche’s own terminology, and this is the first time it has surfaced. Back in August, the Driven reported that Porsche had already built a functioning EV prototype with simulated shift points calibrated by its dual-clutch and automatic transmission teams. One prototype fleet manager told the Driven the idea stemmed from feedback that simulated shifts made EV performance driving feel more “natural.”

Even skeptics inside the company were surprised by how convincing the experience was. “I wanted to hate it,” one insider said, noting he worried the system would feel like a software gimmick. “But they know what they are doing. They were able to make it feel like a proper torque converter gearbox. I could not tell the difference.”

Whether Porsche’s upcoming electric Cayenne or Macan will adopt the system remains a question, as neither currently includes paddle shifters. Future interior updates could change that, and the upcoming electric Cayman is widely expected to receive the feature as well.

The Taycan first debuted in 2019, hit the market in 2020, and received a major power and range upgrade for 2025. With Porsche expected to formally announce its virtual transmission next year, the evolution of performance-focused EV driving is clearly just getting started.

The Future of Sports Cars and Racing Is Quiet, Faster, and Electric

Electric technology is rapidly reshaping high-performance driving and motorsport, replacing the sound of combustion engines with cleaner, faster, and more advanced innovation. Modern electric supercars deliver instant torque, extreme acceleration, and handling that surpasses even the best gas-powered machines. Brands like Porsche and Ferrari are leading this shift.

Porsche’s Taycan has set benchmarks for electric performance, with models offering up to 938 horsepower, advanced 800-volt architecture, and record-setting achievements such as a 46-minute drift on ice. Porsche continues to expand its EV lineup but has adjusted its 2030 EV sales target based on market demand.

Ferrari has confirmed its first fully electric vehicle, the Ferrari Elettrica, arriving next year. It will feature a four-motor, all-wheel-drive system producing over 1,000 horsepower and delivering 0–60 mph in under 2.5 seconds, all while maintaining the brand’s signature driving character. Ferrari’s CEO says the company waited until it could build an EV that “feels every bit a Ferrari.”

BYD’s Yangwang U9 Xtreme EV has become the world’s fastest production car, hitting 308.4 mph with a 3,000-horsepower quad-motor setup, surpassing top-speed records held by gas hypercars. This milestone demonstrates the growing dominance of electric powertrains at extreme performance levels.

Formula E continues to prove that electric racing can match or exceed the excitement of traditional motorsport while serving as a development platform for future EV technologies. Automakers use the series to advance energy management, battery systems, and lightweight engineering.

YASA has revealed the first real-world application of its next-generation axial flux motor: an in-wheel electric powertrain capable of delivering up to 1,000 bhp per wheel.

Overall, electric vehicles are redefining speed, precision, and excitement in both road cars and racing. The era of gas-powered performance is giving way to a cleaner, faster, more innovative electric future.