The eTurbo's instant response combined with refined weight distribution created a machine that felt alive.
At the Gerotek test facility, the 2024 Porsche 911 Carrera GTS — the first production 911 to carry a hybrid badge — recorded a 0-100km/h time of 3.07 seconds, placing it fourth in The Citizen's all-time acceleration rankings. The achievement speaks to a broader tension in automotive history: whether electrification refines or diminishes the soul of a machine built for human connection. Here, the answer arrived not as compromise, but as clarification — a sports car that used new technology not to replace its character, but to deepen it.
- A hybrid 911 carrying no Turbo badge just outran the legendary 991.2 Turbo S, a car that held the publication's acceleration record for years — the hierarchy has shifted.
- The eTurbo's electric motor eliminates the lag that has haunted performance cars for decades, making throttle response feel less like mechanics and more like thought.
- At 3.07 seconds to 100km/h and 251km/h at the 800-metre mark, the numbers are not just fast — they are a statement about what hybrid engineering can now achieve in a purist's machine.
- Variable dampers, rear axle steering, 48-volt anti-roll stabilization, and five adaptive front flaps work together to ensure the speed is not just straight-line bravado but cornering confidence.
- The GTS lands not as a faster 911, but as a more complete one — technology absorbed so thoroughly that the driving experience feels sharpened rather than softened.
The 2024 Porsche 911 Carrera GTS arrived at Gerotek with a bold claim: a three-second sprint to 100km/h. Only three cars in The Citizen's testing history had ever crossed that threshold. The new hybrid GTS — the first production 911 to wear that badge — clocked 3.07 seconds, landing fourth on the all-time leaderboard and bettering its own predecessor by more than half a second.
Beneath the hood, a 3.6-litre flat-six works alongside an electric turbocharger, a 1.9kWh battery, and a belt-starter generator to produce 398kW and 610Nm — 45kW and 40Nm more than the previous generation. The engineering centrepiece is the eTurbo, which replaces the old twin-turbo setup with a single unit whose electric motor builds boost pressure almost instantaneously, erasing the lag that has long been performance driving's quiet compromise. The 27-kilogram battery sits up front, preserving the 911's legendary weight balance.
The numbers contextualise the achievement starkly: the 991.2 Turbo S, which produced 412kW and 700Nm and held the publication's record at 3.21 seconds, now trails a car that doesn't even carry the Turbo name. By 800 metres, the GTS was travelling at 251km/h.
Through corners, the car's character deepened further. Instant throttle response, six-piston front brakes gripping 408mm discs, rear axle steering, and adaptive aerodynamic flaps combined to create a machine that rewarded precision and felt genuinely alive. Inside, a curved 12.6-inch digital cluster, a 10.9-inch infotainment screen, and an optional nose-lifting system that memorises locations rounded out a cabin that had moved with the times without abandoning its identity.
What the testing ultimately revealed was a 911 that had not been diluted by electrification — it had been sharpened by it. The sports exhaust still sang. The steering still communicated. The hybrid powertrain had simply made everything more immediate, more responsive, more itself.
The 2024 Porsche 911 Carrera GTS arrived at Gerotek test facility with a claim that seemed almost too bold: zero to 100 kilometers per hour in three seconds flat. Only three cars in The Citizen's testing history had ever dipped below that threshold. The question was whether this new hybrid iteration—the first production 911 to wear a hybrid badge—could actually deliver.
It did. The GTS clocked 3.07 seconds, landing it fourth on the all-time leaderboard and demolishing its own predecessor by more than half a second. What made this achievement remarkable was not just the number, but what sat beneath the hood: a 3.6-liter flat-six engine paired with an electric turbocharger, a 1.9-kilowatt-hour battery pack, and a 12-volt belt-starter generator working in concert. The hybrid system produced 398 kilowatts of power and 610 newton-meters of torque—45 kilowatts and 40 newton-meters more than the previous generation.
The engineering centerpiece was the eTurbo, a single electric exhaust gas turbocharger that replaced the twin turbos of older models. An electric motor sandwiched between the compressor and turbine builds boost pressure faster than conventional turbos, eliminating the lag that has plagued performance cars for decades. This responsiveness transformed how the car felt on the road. The 27-kilogram battery, positioned in the front for weight distribution, added just enough mass to maintain the 911's legendary balance without sacrificing agility.
When the car hit 200 kilometers per hour, it did so in 10.36 seconds. By the time it had traveled 800 meters down the drag strip, the speedometer read 251 kilometers per hour. To contextualize the achievement: the 991.2 Turbo S, which had held the publication's acceleration record for years with a 3.21-second sprint, now looked pedestrian by comparison. That older car produced 412 kilowatts and 700 newton-meters. The new GTS, without even carrying the "Turbo" designation, had simply left it behind.
But the real character of the GTS revealed itself not on the straight but through the corners. The eTurbo's instant response combined with the car's refined weight distribution created a machine that felt alive in the driver's hands. The steering was lighter and more direct than previous iterations. The braking system—six-piston calipers gripping 408-millimeter discs up front, four-piston calipers on 380-millimeter discs at the rear—demanded progressive input and rewarded precision with absolute faith. The variable dampers on Porsche's Active Suspension Management system dropped the ride height by 10 millimeters, while 48-volt anti-roll stabilization and rear axle steering added layers of control. Five vertical flaps on the front bumper opened and closed automatically in response to power demand, working with the rear spoiler to generate additional downforce at speed.
Inside, the car had evolved too. A curved 12.6-inch fully digital instrument cluster could be customized with the classic 911 five-dial layout. The 10.9-inch infotainment system offered wireless Apple CarPlay and Android Auto. An optional front axle lifter, fitted to the test car, electronically raised the nose to clear steep driveways and speed bumps—and could even remember the location to raise automatically on future passes.
What emerged from the testing was not simply a faster 911, but a car that had absorbed modern technology without losing the essence of what made the model sacred to its devotees. The sports exhaust system delivered an addictive soundtrack. The hybrid powertrain, rather than diluting the driving experience, had sharpened it. This was a sportscar built for purists who wanted their machines to feel alive, to respond instantly, and to reward skill—wrapped in engineering that belonged to 2024, not 2014.
Citas Notables
The eTurbo builds boost pressure faster than conventional turbos, eliminating the lag that has plagued performance cars for decades.— The Citizen's technical analysis
This GTS is faster than the 991.2 Turbo S which held the acceleration record for many years, despite the GTS lacking a pukka performance GT badge.— The Citizen's testing comparison
La Conversación del Hearth Otra perspectiva de la historia
What made the electric turbo such a leap forward compared to the twin turbos it replaced?
The eTurbo has an electric motor sitting between the compressor and turbine, so it builds boost pressure instantly instead of waiting for exhaust gases to spool it up. That lag—that dead zone—is gone. The car responds the moment you ask it to.
And the battery weighs 27 kilograms. That seems heavy for a performance car. How did they justify it?
They put it in the front, which actually helped the weight distribution. The 911 has always been rear-heavy because of the engine placement, so adding mass up front brought the car into better balance. It's counterintuitive, but it worked.
The 3.07-second time is impressive, but it's fourth, not first. Does that diminish what Porsche achieved here?
Not at all. The three cars ahead of it are monsters—two Mercedes-AMG E Performance models with 600-plus kilowatts and a 991.2 GT2 RS that's basically a race car for the road. The GTS doesn't have that pedigree, and yet it's faster than the Turbo S that held the record for years. That's the real story.
You mentioned the handling was even more impressive than the acceleration. Why?
Because acceleration is just numbers. Handling is feel. The eTurbo's responsiveness, the rear axle steering, the variable dampers—they all work together to make the car trust you. You can place it exactly where you want it in a corner. The braking demands precision, and when you give it that precision, the car rewards you with absolute confidence.
The front axle lifter that stores locations seems almost trivial compared to the powertrain. Why include it?
It's not trivial to the person who owns the car and drives it every day. A 911 sits low. Speed bumps and steep driveways are real obstacles. The lifter solves that problem without requiring the driver to think about it. That's the difference between a car engineered for a test track and one engineered for actual life.
So this is a car for purists, as the article says. What does that mean in 2024?
It means someone who wants technology that serves the driving experience, not replaces it. The hybrid system, the digital displays, the wireless connectivity—none of it gets in the way. The car still demands skill. It still rewards attention. It's just faster and more responsive than anything that came before it.