Porsche updates the 2027 Taycan with a more engaging driving experience, introducing the E-Shift feature that simulates eight gears, adds virtual engine braking, and uses paddle shifters on the steering wheel, while also upgrading the infotainment system.

The base price rises, but a larger 105 kWh battery becomes standard, reducing the perceived upgrade cost for customers.

The author voices skepticism about E-Shift, suggesting it might be more of a marketing gimmick than a practical feature for daily driving.

Performance implications of E-Shift remain uncertain, with some systems in other cars slowing acceleration when activated, and Porsche has yet to publish official Taycan E-Shift numbers.

E-Shift is designed to add driver involvement with noticeable gear shifts and jerks, while potentially reducing acceleration smoothness.

A broader Digital Interaction push expands beyond the Taycan to Panamera, 911, and Cayenne variants, featuring a 3D vehicle model, customizable widgets, a Themes app, an App Centre, enhanced AI voice control, and OTA infotainment updates.

For enthusiasts, the Turbo GT with the Weissach package remains the flagship, highlighting track-focused features and a pared‑down design, including rear-seat deletion.

The model lineup and pricing structure stays consistent, offering 18 variants across body styles with power ranges from about 408 PS to 1,034 PS and price brackets from roughly 102,600 to 241,100 euros.

Overall sentiment is that the changes are substantial—charging, battery, software—but the E-Shift remains controversial and likely underutilized by most owners.

Porsche emphasizes restoring a traditional driving ceremony and tactile feedback that many EVs have removed in the name of efficiency.

Charging and connectivity get a modernization: wireless charging now up to 25 watts, with Google-powered POI searches, voice-activated charging port opening, and access to third‑party apps through the Porsche App Centre.

Hyundai’s Ioniq 5 N with a similar N e-Shift concept is noted as a market context for adoption of gear-change simulations.