Review: 2025 Porsche 911 Carrera GTS T-Hybrid Electrifies Potent Performance
Picking through the menus of the infotainment screen and digital instrument cluster of the 2025 Porsche 911 Carrera GTS T-Hybrid, I can configure the screens to see how much power is on boil and where it’s coming from. Not only that, but I can also see exactly how the 911’s first-ever hybrid system works in real time.
For the left side of the new, fully digital 12.6-inch instrument panel, I chose a display that shows the battery temperature and psi of turbo boost. In the center, I opt for the digital tachometer that replaces last year’s analog version. For the right side, I pick a torque gauge.
Moving over to the 10.9-inch touchscreen, I pick the Energy display nested under the Performance widget. It shows the state of charge for the battery and the current output of the combustion engine and electric motor in kilowatts.
All this information would be a novel curiosity most of the time, but here it shows the interplay of the electric motor, turbo boost, revs, and engine output. It reveals that the 911’s first hybrid system is incredibly well integrated and demonstrates the advantages the 992.2-generation GTS has over the outgoing 992.1 generation.
When my right foot twitches, I can see the electric motor react immediately, adding up to 53 horsepower and 110 pound-feet of torque to help the car accelerate. This motor is located within the eight-speed dual-clutch automatic transmission, and it never drives the car on its own. It’s not here to improve fuel economy, at least not significantly. Instead, it’s included to improve performance, provide torque fill as turbo boost builds, and help future-proof the 911 for European emissions regulations.
Shortly thereafter, the turbo catches up. The new 911 GTS T-Hybrid uses a larger 3.6-liter flat-six with a single turbo instead of a 3.0-liter engine with dual turbos. The major change, however, is the addition of another 20-kW electric motor located between the compressor and exhaust sides of the turbocharger. This motor helps the larger single turbo spool up quicker than the twin turbos of the last-generation GTS. That model took a little more than three seconds to achieve its full 18.6 psi of boost. The T-Hybrid’s turbo takes less than a second to spool up 26.1 psi.
With more boost and displacement, the 3.6-liter engine makes 478 horsepower and 420 pound-feet of torque on its own. Add the motor’s contribution and total output is 532 horsepower and 449 pounds-feet of torque. That beats the last model by 59 horsepower and 29 pound-feet. When I keep my foot in the throttle, the flat-six revs freely up to 7,500 rpm, and the exhaust belts out its intoxicating raspy thrum accompanied by the whistle and chuff of the turbocharger.
The transmission fires through gears with urgency, and the car builds speed relentlessly. The 0-60 mph sprint flashes by in 2.9 seconds, according to Porsche, 0.3 seconds quicker than last year. However, a few launch control blasts show that the strong power makes it hard to get the wide rear tires to hook up and achieve that time. Were I to keep my foot in it, it would accelerate to 194 mph. That’s supercar territory.
EPA ratings of 17 mpg city, 24 highway, 20 combined are no better than the last model. However, the hybrid system is well-engineered and integrated. Throttle response is quicker, power is more robust, and the whole system adds only 103 pounds to the total weight of the car versus the 2024 model.
The modest weight gain means the 2025 911 GTS boasts the same confident, stable, and confidence-inspiring handling that has been a hallmark of the 992 generation since it arrived for the 2019 model year. With quick and direct steering that supplies a lot of road feel, it’s easy to control the GTS. Throw it into a corner and it takes a set, rotates willingly, and the 245/35R20 front and 315/30R21 rear Goodyear Eagle F1 Super Sport tires grip hard. Standard rear-axle steering makes it more stable mid-corner and shortens parking lot turns, while a standard limited-slip rear differential puts the power down effectively to rocket out of corners.
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The 911 GTS comes standard with adaptive dampers and the PASM Sport suspension. Compared to the base and S models, the PASM Sport setup gets a 0.4-inch lower ride height, additional negative camber for a more tire contact patch in corners, and stiffer spring rates and rear helper springs that help keep the coil-over shocks seated at full suspension travel. This suspension makes for a firm but not punishing ride. Some may find it too firm and would be better served by choosing the no-cost regular PASM suspension that rides higher and has softer Tuning.
This test car also has the optional electro-hydraulically controlled active anti-roll bars. They respond quicker this year thanks to the hybrid system’s 400-volt electrical system, but I see no need for them. The 911 GTS has precious little body lean, and some body lean translates as feel in the corners.
My tester is also equipped with the $10,680 carbon-ceramic brakes. These massive binders employ 16.5-inch front rotors and 10-piston (!) calipers and 16.1-inch rear rotors and six-piston calipers. They’ll stand up to numerous track days with a firm pedal and no fade.
My tester also comes with the standard Sport Seats Plus. They’re wide enough or larger gentlemen and do a great job of keeping me in place in the face of lateral Gs, but they have only four-way manual adjustments, and their tall, rigid side bolsters become buns scrapers when getting in and out. Spend another $1,580 for the 14-way power-adjustable seats.
The rest of the changes for the 992.2 version of the 911 GTS are minor. The headlights now have LED matrix technology and incorporate the daytime running lights into a single unit. The taillights get a new look, and the fascias are more aerodynamic, especially up front, where Porsche adds active grille shutters and a continuously variable diffuser.
The 2025 911 Carrera GTS T-Hybrid starts at $166,895, including a $1,995 destination fee. That’s about $15,000 more than the 2024 model, which reflects both improved performance of the new GTS and Porsche’s recent effort to increase profit margins. Expect further price increases due to tariffs.
It costs a lot, but 911 GTS buyers get more than just a sports car. The first 911 hybrid tilts toward a supercar in its power and performance, and the new hybrid system is a big part of that additional power. It’s engineered as expected for the Porsche brand, adding minimal weight and working seamlessly. You can watch it all happen in real time if you pick the right displays for the dashboard screens, but mostly you’ll just enjoy feeling it doing its job.
First Drive: Six-figure Ford Mustang GTD Boasts Peak Pony Muscle
by Basem Wasef
in Ford News, Mustang, Reviews
If you think spending Lambo money on a Mustang is madness, Jim Farley would like to have a word with you. The Blue Oval CEO’s fondness for the O.G. pony car makes the 7-and-sometimes-8-figure-per-year exec seem more like Joe Six Pack than a captain of industry.
But his ‘Stang fanboying comes from the heart: he restored a 1964 ½ basket case at 15, acquired a ’65 Shelby GT350 years later, and has tracked all manner of Mustangs in between. Farley’s championing of the platform is well documented and was perhaps most clearly expressed when he shielded the Mustang from extinction during Ford’s 2018 shift to building only trucks, crossovers, and SUVs.
The big boss also embiggened the Mustang by throwing the model into a slew of race series, most critically GT3, where the humble American pony car competes against nameplates like Aston Martin, Ferrari, Lamborghini, and McLaren. When contextualized against those ultra-fancy competitors, a heavily spoilered, flared, vented, and $325,000 Mustang GTD starts to make a tiny bit more sense.
“Mustang is the flagship race car of the Ford Motor Company, and pretty much any given weekend we’re racing one somewhere,” GTD chief program engineer Greg Goodall told duPont Registry at the vehicle’s media launch in Thermal, CA. “We’re competing against the exotic European carmakers. Why wouldn’t we compete with them on the road?”
The first goal when building the baddest ass Mustang in all the land was establishing a killer Nürburgring time. “You can’t just tell people we’re like Porsche,” insists Goodall, “you have to measure it in some way.” Hence, the sub-7-minute time target.
Things didn’t initially go as planned, as only three officially timed laps transpired in 2024 due to the weather at the 12.9-mile circuit. While an August run achieved 6:57.685, the team felt there was room for improvement, which inspired chassis, suspension, and aero tweaks, along with revisions to ABS and traction control tuning.
In May of 2025, Dirk Müller found 5.6 seconds, elevating the 815-horsepower muscle car’s 6:52.072 time just behind the Porsche 911 GT3 RS (6:49.328), Mercedes-AMG GT Black Series (6:48.047), and the Mercedes-AMG One (6:29:090). Even though GTDs are already in the hands of paying customers, Ford Performance says they’re still chasing a quicker lap time around the Eifel Mountain course.
Like that other performance-focused strain linked to international competition, the Ford GT, the GTD was executed through a deep collaboration with Multimatic. The transmogrification starts with a run-of-the-mill Mustang’s body-in-white that gets plucked from Ford’s Flat Rock, Michigan, plant to Multimatic HQs in Ontario.
The Mustang’s body-in-white is shipped without front fenders or a hood, which Multimatic replaces with a massively flared and vented pair of fenders and a carbon fiber hood with removable top grilles for track use. Deep surgery begins by plasma cutting and removing the second row, the rear floor, and the outer shell.
Much of that negative space gets filled with the Tremec 8-speed dual-clutch transaxle, which helps deliver near-perfect 50/50 weight distribution. Up front is an evolution of the Predator supercharged 5.2-liter V8 found in the GT500 and Raptor R, tuned to 815 horsepower and 664 lb-ft of torque. This application uses dry sump lubrication and drives power through a carbon fiber propshaft – all proper racecar stuff.
While the business may be in the front, the GTD’s party is definitely in the back. Due to the transaxle’s disruption of a space that was never intended to house it, Multimatic developed an inboard suspension system that leverages a similar setup to the late, great Ford GT’s. Using dual adaptive spool valve dampers, the suspension adjusts semi-actively within each drive mode. Also like the GT, a track mode (which requires the vehicle to be stopped and in Park to activate) drops the body dramatically in under 2.0 seconds, yielding a super low ride height and satisfyingly aggro wheel stance.
Incidentally, carbon fiber reinforcements mend the broken jigsaw puzzle of the GTD’s discombobulated rear end, lending it stiffer torsional rigidity than stock. They also crammed in heat exchangers to cool the transaxle, a massive active wing with DRS that mounts to the rear pillars, and the aforementioned pushrod suspension, which is visible inside the cabin through a Lexan window. Pro tip: Tilting the rearview mirror down while driving enables a clear view of the mesmerizing suspension kinematics. Don’t try this at home.
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For all the visual theatre of the GTD’s flared, swollen, stanced, and steroidal body, the cabin is surprisingly – and disappointingly – normal. The usual Mustang bits abound, from the touchscreen display to the same HVAC implementation (which blows remarkably cold in 100+ degree weather, by the way) to the faux carbon fiber texture around part of the center console. Minor tweaks include the steering wheel’s adaptive cruise buttons, which have been repurposed to control the multi-stage traction control settings in Track mode.
Two days at the Thermal Club provide plenty of time to acclimate to the Alan Wilson-designed circuit in its maximum length, 5.1-mile IndyCar configuration, starting in Dark Horse Mustangs. Despite the annoyingly similar interiors, going from a $75,000, 500-horsepower Dark Horse to a $325,000, 815-horsepower GTD is like, well, going from a horse to a supercar.
The GTD’s supercharged V8 comes to life with a raw snarl, its titanium Akrapovič exhaust betraying its track-focused intentions. Surprisingly, though, it seems the supercharger whine has been quieted at speed. Despite this, there are a number of ways the GTD exceeds the GT3 race car. Though heavier, it also produces more power and boasts active aerodynamics and suspension. According to Goodall, the GT3 could outpace a GTD on smaller, more technical courses, though the GTD would likely get ahead on longer tracks.
You’d never know the GTD weighs 4,386 lbs from the cradle of the specially developed Recaro driver’s seat; once accelerating, the V8’s tug is magnificent, the steering feel excellent, and the chassis and suspension remarkably agile. Overcook it into a corner, and a brake stab and steering adjustment tucks the ‘Stang back into form quickly.
This beast never feels like its mass is getting away from you, especially at higher speeds, since downforce escalates from 941 lbs at 125 mph all the way up to 1,951 lbs at 180 mph. Also commendable are the six-piston carbon ceramic Brembos, which produce powerful, easily modulated fade-free stops. Oh, and you can have any tire you want on the GTD… as long as it’s ultra-sticky Michelin Cup 2 Rs. As much as the GTD’s Hertz Rent-a-Car interior sends the wrong signals about its capabilities, its mercilessly aggressive bodywork and broad-shouldered stance sing to its true self.
And lest you suspect that well-heeled muscle car buyers will balk at the price, the order book is already full for the first two years of production. Fierce, controlled, and bombastic about performance, the GTD is the All-American M2 Browning .50 Cal to the GT3 RS’s Teutonic surgical scalpel. And if you’re wondering why Ford and Multimatic didn’t go even wilder with a full carbon fiber chassis, the answer is simple: it would no longer be a Mustang.
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Images: Ford
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