Deep Dive
Cayenne Electric Turbo: Performance Specs and Engineering
The Porsche Cayenne Electric Turbo packs 1100 horsepower in its peak boost mode, though normal sport mode delivers 800+ horsepower. The car achieves a stunning 0-60 mph in 2.3 seconds and completes the quarter-mile in under 10 seconds, making it the most powerful SUV ever built. The powertrain uses two new PSM motors mounted on the front and rear axles, with the rear motor employing a formula-derived oil cooling system originally used in Formula E racing. The battery system features six interchangeable modules with predictive thermal management and double-sided cooling technology, supporting up to 400-kilowatt fast charging via the standard Nacs port on US models, with Porsche claiming over 300 miles of range on a full charge.
Revolutionary Active Ride Suspension System
The standout feature exclusive to the Turbo, S, and forthcoming Turbo GT models is Porsche's active ride suspension system, which replaces traditional anti-roll bars with electro-hydraulic pumps controlled by an electric motor and battery. This system adjusts each corner of the car independently up to a billion times per second, maintaining perfect body control through pitch, dive, and roll scenarios. On mountainous Spanish roads, the speaker found body roll to be non-existent, with the car feeling effortlessly composed through tight technical corners and over potholes. Notably, this system delivers superior ride quality for regular driving comfort as much as performance driving, making its exclusion from the base model a significant missed opportunity for comfort-focused buyers.
Handling Dynamics and Real-World Performance
The Cayenne Electric Turbo impressed the reviewer as the best-handling SUV ever driven, full stop, surpassing even Ferrari's Piro Sanguay despite being nearly 6,000 lbs. In wet, foggy Barcelona mountain conditions, the car maintained confidence and playfulness while delivering steering feel and technical proficiency. However, the speaker noted that road noise is not great, attributing much of this to the performance-oriented Pirelli P Zero RS tires, which he would recommend swapping for a more comfort-oriented compound if buyers don't plan to track the vehicle. The immense 1100-horsepower output felt excessive for practical use, prompting the reviewer to question whether the Turbo model justified its complexity for real-world driving.
Base Model Cayenne EV: The Smarter Value Play
The standard (non-S, non-Turbo) Cayenne EV priced around $120,000 achieves a respectable 4.72 seconds 0-60 time, more than adequate for modern traffic and daily driving. Without the active ride system, the base model exhibited noticeably softer body control and less composed chassis dynamics compared to the Turbo, with the difference described as night and day even on smooth pavement. However, the standard suspension proved perfectly acceptable for most drivers. The reviewer concluded that spending roughly half the cost of the Turbo while sacrificing mainly the advanced suspension and performance capabilities represented excellent value, especially as these vehicles are expected to depreciate 30-40% within a few years, potentially making a used base model available for around $70,000—an outstanding deal for the package offered.
Design, Interior, and Missed Opportunities
Porsche's interior design delivers premium quality throughout with expensive curved displays, tactile button feedback, and excellent Burmeister speakers. However, the exterior design remains controversial; the reviewer preferred the older V8-powered Cayenne's aesthetics, noting the new design features an active aero system with rear flaps that adjust dynamically. The most significant missed opportunity stems from Porsche's failure to exploit electric platform packaging advantages—the backseat offers no more room than previous gas models, unlike competitors Lucid and Rivian. The speaker criticized this oversight as a fundamental failure to leverage the inherent benefits of EV architecture for passenger comfort and internal space, suggesting future generations should prioritize this advantage.