The Electrified Enigma: Ferrari 296 GTB Redefines Supercar Performance in 2025
For a decade, I’ve been immersed in the exhilarating world of automotive engineering and performance, witnessing firsthan
d the relentless evolution of the supercar. From the raw, analogue thrills of naturally aspirated engines to the increasingly sophisticated symphony of turbocharging and electrification, the pace of innovation is breathtaking. Today, as we stand on the precipice of 2025, few machines embody this paradigm shift as compellingly as the Ferrari 296 GTB. It’s a car that, even after a few years in the public eye, continues to provoke awe, particularly with formidable rivals like the much-anticipated Lamborghini Temerario looming on the horizon, promising a staggering 10,000rpm V8 hybrid spectacle.
The Ferrari 296 GTB marked a departure, a bold evolutionary leap for Maranello’s mid-engined supercar lineage. In 2022, it audaciously retired the multi-award-winning twin-turbo V8, a cornerstone of Ferrari’s recent successes, in favor of a revolutionary twin-turbocharged V6, augmented by an electric motor. This electrification strategy placed the 296 GTB at the vanguard of a supercar segment that, while embracing hybrid power, is still finding its definitive voice.
Upon its initial release, the 296 GTB’s most direct competitor was the Lamborghini Huracán, a V10-powered icon celebrated for its visceral noise and unadulterated naturally aspirated charisma. While the Huracán offered a purer, albeit less potent, auditory and sensory experience, the automotive landscape was rapidly shifting. The ferocious McLaren 720S, with its twin-turbo V8, also occupied a prominent position. While the subsequent McLaren 750S builds upon an established, power-to-weight-focused formula, the 903bhp, 10,000rpm twin-turbo V8 hybrid dubbed the ‘Temerario’ represents Lamborghini’s most direct and aggressive riposte to Ferrari’s 819bhp electrified Berlinetta. This intense rivalry fuels the desire for the ultimate supercar hybrid performance.
Indeed, the 296 GTB is no mere stepping stone; it’s a quantum leap. Its 819bhp output, derived from an entirely new 120-degree twin-turbo V6 and an electric motor driving exclusively the rear wheels (a distinction from the four-wheel-drive SF90), shattered established supercar conventions. The sheer magnitude of this power figure is staggering, prompting reflection on the future trajectory of automotive performance and the very practicalities of deploying such immense capability. But let’s delve deeper into what makes this Ferrari hybrid supercar so revolutionary.
The 296 GTB holds a significant place in Ferrari’s history. It is the marque’s first V6-powered road car – the revered 246 GT Dino, though exquisite, never officially bore the Prancing Horse emblem in its era. Furthermore, it pioneers Ferrari’s ‘hot-vee’ turbocharger configuration and embraces plug-in hybrid technology, offering an estimated 15-mile all-electric range. This compact V6 is nestled low within a new aluminum chassis, featuring a wheelbase 50mm shorter than its V8 predecessors, subtly repositioning the occupants further forward to enhance weight distribution.
The electric motor contributes a potent 165bhp and 232lb ft of torque, while the V6 alone delivers an astonishing 654bhp and 546lb ft. Ferrari wisely chooses not to quote a combined peak torque figure, a testament to the complex interplay between the combustion engine and electric motor. However, it’s safe to surmise that this figure is, in a word, prodigious. The V6 unit itself sheds a crucial 30kg compared to Ferrari’s V8s and is mated to a lightning-fast eight-speed dual-clutch transmission. The battery pack, a sleek, oblong structure, is discreetly located behind the seats, contributing to the car’s optimal weight distribution. Exploring the latest supercar technology is what the 296 GTB is all about.
No Ferrari is complete without an arsenal of sophisticated electronic chassis management systems, and the 296 GTB is no exception. Ferrari has developed an innovative six-axis sensor, the 6w-CDS (Six-Way Chassis Dynamic Sensor), capable of precisely measuring acceleration and rotational speed across the X, Y, and Z planes. This advanced system effectively replaces traditional yaw sensors. In conjunction with a sensor on the steering rack, it grants the car an unprecedented understanding of driver intent and real-time grip levels at the tire contact patch. This data is then used to orchestrate systems like Side Slip Control and the active E-Diff, maximizing cornering speeds while maintaining unwavering stability and driver confidence. It also enables the revolutionary ABS-evo system, which, in RACE mode and above, leverages the 296’s brake-by-wire architecture to significantly reduce braking distances and enhance performance, particularly during trail-braking maneuvers into corners. This focus on driver-aiding electronics sets a new benchmark for performance car handling.
For the first time, Ferrari’s active aerodynamics are employed not to reduce drag, but to generate substantial downforce. The company claims a remarkable 360kg of downforce at 155mph, with approximately 100kg attributed to the deployable rear wing. This active aero package is a crucial element in achieving the car’s sublime supercar stability at speed.
The car’s thermal management is equally intricate. Two radiators in the front handle engine and gearbox cooling, complemented by two additional condensers dedicated to battery thermal management. Hot air is expelled from the underbody, strategically avoiding interference with the cooling air directed to the intercoolers located along the car’s flanks. Small apertures beneath the headlamps are dedicated to brake cooling, while a cleverly integrated wing at the rear of the roofline creates a ‘virtual’ rear screen, channeling air efficiently to the rear of the car. The majority of the 296’s downforce is generated from beneath the car, with meticulous attention paid to airflow management, the rear diffuser design, and crucially, the underbody’s ground clearance to maximize the effectiveness of these downforce-generating surfaces. Understanding aerodynamics in supercars is key to their performance.
Our initial circuit evaluations of the 296 GTB were conducted with the optional Assetto Fiorano package. This comprehensive upgrade replaces the standard dampers with specialized Multimatic units, derived from GT racing technology, and adds further carbon fiber aerodynamic elements to the front, increasing front downforce by an additional 20kg. The package also incorporates more carbon fiber within the cabin, including the door panels, and externally, contributing to a total weight saving of 12kg. Opting for the Lexan rear engine cover further shaves off an additional 3kg. For those seeking the pinnacle of track-focused grip, the Assetto Fiorano specification can be enhanced with Michelin Pilot Sport Cup 2 R tires, replacing the already potent standard Pilot Sport 4S. Furthermore, Assetto Fiorano cars can be personalized with an exterior graphics package that draws inspiration from the iconic 250LM of the 1960s, a subtle nod to Ferrari’s illustrious racing heritage. This commitment to track-ready enhancements is a significant draw for track day supercars.
Having had ample opportunity to experience the 296 GTB firsthand, its aesthetic appeal is undeniable. It possesses a distinct visual character, unlike anything else on the road, subtly echoing the timeless lines of the 1960s 250LM, even without the more polarizing graphic options. Its design is a masterclass in blending aggressive intent with elegant form, a hallmark of designer supercars.
Initiating the 296 GTB’s operation is a simple, deliberate process: a double press on the lower section of the steering wheel boss, followed by selecting first gear. The car defaults to Hybrid mode, allowing for silent, electric-only propulsion unless intentionally overridden. By carefully managing throttle input, the driver can maintain purely electric locomotion, provided the battery retains sufficient charge. For drivers seeking a more immediate connection, the ‘Force EV’ mode can be engaged independently of powertrain demands. Alternatively, ‘Performance’ and ‘Qualifying’ modes unlock the full potential of both power sources. Performance mode prioritizes sustained power delivery while actively managing battery charge, whereas Qualifying mode unleashes the absolute maximum output, irrespective of battery depletion. The ability to glide silently through urban environments offers an unexpectedly serene experience, and the sophisticated damping system ensures remarkable comfort over long distances. The ‘frunk’ compartment provides a surprisingly practical luggage solution, a welcome departure from the confines of the SF90. But the true revelation lies in unleashing the combined might of the V6 and electric motor.
The immediate surge of acceleration, even from low revs in a high gear, is nothing short of astonishing. The absence of turbo lag, coupled with the relentless linear power delivery, prompts a momentary contemplation of the necessity of gear changes. Yet, with eight ratios at its disposal and an engine that eagerly spins to 8,500rpm, the full performance envelope of the 296 GTB is an utterly exhilarating, almost overwhelming, experience. As the numbers suggest (a sub-3-second 0-62mph time and a top speed exceeding 205mph), the rate of acceleration is intense, bordering on the unnerving, yet possesses a strangely addictive quality. This is a seriously rapid machine, accompanied by a compelling V6 rasp overlaid with evocative turbocharger acoustics. This blend of visceral sound and mind-bending acceleration solidifies its position as a premier fastest supercars contender.
What truly elevates the 296 GTB is the sublime responsiveness of its chassis. Ferrari’s assertion that the car’s primary objective was driver enjoyment is demonstrably accurate. It feels exceptionally agile, yet remarkably composed, never lapsing into nervousness. The steering, characteristically light and rapid, also communicates a wealth of road information, fostering an intimate connection with the tarmac. While grip levels are predictably immense, the car’s inherent adjustability on the throttle invites an infectious grin.
Despite its 1,470kg dry weight, the 296 GTB feels considerably lighter, exhibiting an almost complete lack of inertia. This encourages a symbiotic relationship with the driver, rewarding precise, minimal inputs with uncanny accuracy and responsiveness. Engaging ‘CT Off’ mode provides a remarkable degree of latitude, knowing that an exceptionally intelligent electronic guardian angel is still subtly monitoring proceedings. However, even with all electronic aids deactivated, the 296’s inherent balance allows for playful, controlled oversteer, a feat one might not have thought possible in a car boasting 819bhp. On track, the 296 GTB possesses the uncanny ability to dramatically compress even the longest straights. It reveals itself as an extraordinarily precise instrument. While the power is readily available to break rear-end traction at numerous points around the circuit, the 296 is exquisitely sensitive to braking and steering inputs, rewarding meticulous control with amplified rewards. The turn-in accuracy and immediacy are phenomenal, dramatically shortening the entry phase of every corner. Rather than gently easing the car into turns, the 296 settles instantly, its Multimatic dampers and hyper-quick steering perfectly complementing the enhanced roll support of the Assetto Fiorano setup. Even for drivers accustomed to more mature sports cars, the sheer speed, precision, and agility of the 296 are simply phenomenal, offering an addictive, lap-after-lap thrill. This level of driver engagement in supercars is what enthusiasts crave.
The interior architecture of the 296 GTB will feel familiar to anyone who has experienced the SF90. It adopts a largely digital interface, complemented by a haptic switchgear system that is liberally applied across the steering wheel and traditional Ferrari pods flanking it. The system is undoubtedly complex, tasked with conveying a vast amount of information. However, its primary drawback lies in the occasional need for a second press to register commands, or an uncertainty about whether a press has been successfully acknowledged. Despite these minor usability quirks, the cabin undeniably exudes a sense of occasion and exclusivity. This is where cutting-edge luxury supercar interiors meet cutting-edge performance.
In the highly competitive landscape of next-generation supercars, the 296 GTB faced stiff opposition in the 2022 Evo Car of the Year awards. The competition between the Ferrari and the McLaren Artura was exceptionally close, with judges narrowly split. Three judges favored the Ferrari, while three marginally preferred the McLaren. Those who placed the 296 GTB ahead, including myself, lauded its spectacular design, outrageous speed, astonishing exploitability, and remarkable technical sophistication. Jethro Bovingdon enthused, “Its V6 demonstrates how to downsize while amplifying drama, matching the Artura in control but feeling more playful and indulgent.”
Dickie Meaden described it as “the first genuinely beautiful Ferrari since the F355,” a sentiment echoed by many. He further commented, “The hybrid system works exceptionally well, and doesn’t alter the driving experience as much as I feared, likely due to our increasing familiarity with the torquey characteristics of turbocharged V8s in the 488 and F8. The 296 is blisteringly quick, but doesn’t solely rely on outright speed, thanks to the character of the V6, which delivers a consistently sweet soundtrack that evolves with throttle opening.”
The seamless integration of Ferrari’s hybridisation was widely praised. However, a memorable incident on the final night, where a car was left stranded due to a depleted battery with no apparent means of revival, highlighted a potential vulnerability. While Ferrari had issued prior warnings and guidance, the potential for owners to encounter a similar situation was acknowledged. As one judge noted, “For the company that pioneered individual rear-wheel steering, the inability to engineer a simple fail-safe to prevent this is a significant oversight.” Fortunately for the 296 GTB, this occurred after all scoring had concluded.
Ferrari’s signature ultra-quick steering divided opinion, and the brake pedal feel didn’t quite reach the zenith of the group’s best. The technological interface also faced widespread criticism for its over-complexity. Despite these points, the 296 remained irresistibly seductive. Vivian, initially skeptical about the car’s complexity and perceived gratuitous points of difference, found himself “somewhat bewitched by the spooky way it changes direction, its astonishing damping, and looney-tunes levels of grip, the linearity of seemingly endless power…”
The 296 GTS, the convertible variant, further extends the allure, though the question of whether any of the coupe’s sharp dynamic edges are lost with the roof retracted remains a pertinent one for convertible supercars.
Peter Tomalin, editor of Evo, summarized the car’s impact: “The 296 is far more successful because its technical sophistication, and the integration of its hybrid technology in particular, feels much more natural and far less intrusive.” He concluded, “Ferrari has taken so much from the SF90, learned from that car, and distilled it into a series-production model that is one of its very best.” This sentiment underscores the 296 GTB’s status as a triumph of innovative automotive engineering.
The risk with any vehicle heavily laden with cutting-edge technology is that it can become less than the sum of its parts. This was an observation made with the SF90, which, while dazzling in its power output, could be somewhat intimidating in its demanding driving characteristics.
The 296 GTB, however, represents a fundamentally different proposition. As evidenced by its strong performance in the 2022 Evo Car of the Year awards, where it secured joint third place alongside the McLaren Artura, it feels far more organic. Its harmonious blend of immense power and engaging dynamics strikes a perfect chord, effectively redefining what a £250,000-ish supercar can be. Rumors of a forthcoming ‘Versione Speciale’ variant, promising even greater power, performance, and intensity, only add to the excitement. The crucial question will be whether this new iteration retains the standard 296’s inexplicably natural and accessible feel.
It is precisely this accessible, engaging character that we hope Lamborghini has prioritized in the development of its hybrid Temerario supercar. Over 900bhp is an obscene amount of power for a series-production supercar, and if not expertly managed, it can easily overwhelm the chassis. If Lamborghini has achieved the same level of dynamic resolution and character in the Temerario as they did with the Revuelto, we are poised for an epic, 1700bhp twin test of monumental proportions.
Alternatively, one could envision a 2400bhp triple threat by including the McLaren 750S, now almost comically designated the ‘minnow’ of this elite group with a mere 740bhp. However, its trump card remains its relatively lithe 1389kg kerb weight, resulting in a highly competitive power-to-weight ratio. The McLaren’s inherent rawness, ergonomic perfection, razor-sharp steering, and sublime chassis dexterity offer a more direct and unvarnished experience compared to the Ferrari’s more sophisticated, albeit at times more remote, demeanor. The ongoing battle between these ultimate driving machines will captivate enthusiasts for years to come.
Ferrari 296 GTB Specifications:
Engine: 2992cc, twin-turbocharged V6, plus electric motor
Transmission: Eight-speed, dual-clutch, active E-diff
Combined Power: 819bhp @ 8000rpm
Combined Torque: 546lb ft @ 6250rpm
Weight: 1470kg (dry) (566bhp/ton)
0-62mph: 2.9 seconds
Top Speed: 205mph
Price: £250,000+
The 2025 automotive landscape is fiercely competitive, but the Ferrari 296 GTB stands as a beacon of innovation and performance. If you’re captivated by this fusion of cutting-edge hybrid technology and exhilarating driving dynamics, and are ready to explore what the pinnacle of modern supercar engineering can offer, we invite you to connect with your local Ferrari dealership or a trusted automotive consultant to schedule a personal consultation and potentially a test drive. The future of performance is here, and it’s electrifying.
