Ferrari 296 GTB 2025: Reimagining the Supercar Symphony with Electrifying Vigor
For a decade now, the rarefied air of the supercar segment has been dominated by a familiar, thunderous V8 chorus. Yet,
as a seasoned observer and practitioner in this domain for the past ten years, I can attest to the seismic shifts occurring. The advent of electrification has not merely been an accessory; it has fundamentally rewritten the rulebook. Ferrari’s audacious foray into this new era, the 296 GTB, isn’t just a new chapter; it’s a complete reimagining of what a mid-engined Maranello masterpiece can be. Even as a formidable presence for a couple of years, its sophisticated blend of internal combustion and electric propulsion continues to captivate, especially with formidable hybrid rivals like the upcoming Lamborghini Temerario poised to challenge its reign.
When the 296 GTB first graced the automotive landscape in 2022, it marked an unprecedented departure for Ferrari’s celebrated mid-engined supercar lineage. The departure from the multi-award-winning twin-turbo V8 was a bold statement, replaced by a revolutionary twin-turbo V6 engine, meticulously augmented by an electric motor. This strategic pivot positioned the 296 GTB as a trailblazer in a segment where hybrid integration was still in its nascent stages. Its initial competitive set included the Lamborghini Huracán, with its sonorous naturally-aspirated V10, a purist’s delight that prioritized auditory charisma and visceral engagement over raw power figures. Then there was the McLaren 720S, a potent V8 twin-turbo contender that has since evolved into the 750S, continuing its legacy of power-to-weight supremacy. However, the approaching 903bhp, 10,000rpm hybrid marvel, the Lamborghini Temerario, represents a direct and formidable riposte to Ferrari’s 819bhp hybridized Berlinetta. The competition in the hybrid supercar 2025 landscape is intensifying.
Indeed, the Ferrari 296 GTB commands an awe-inspiring presence, its power output alone prompting contemplation about the trajectory of performance escalation and, perhaps more pertinently, the practical application of such prodigious capability. This is a car that shatters conventions. It is the first road-going Ferrari to feature a V6 engine – a lineage tracing back to the exquisite 246 GT Dino, though that model never bore the iconic Prancing Horse emblem in its era. Furthermore, it proudly sports a ‘hot-vee’ turbocharger configuration and embraces plug-in hybrid technology, offering a respectable EV-only range of approximately 15 miles. This compact V6, mounted low in an all-new aluminum chassis, contributes to a wheelbase 50mm shorter than its V8 predecessors, with the occupants positioned slightly more forward, enhancing the feeling of intimacy with the machine.
The electric motor itself is a potent unit, contributing an impressive 165bhp and 232lb ft of torque. The V6, in isolation, delivers a remarkable 654bhp and 546lb ft. The combined output culminates in the headline-grabbing 819bhp. Ferrari, in its characteristic discretion, opts not to quote a combined peak torque figure, likely due to the complex interplay between the combustion engine and electric motor. However, it’s safe to surmise that this figure is nothing short of substantial. Critically, the V6 unit sheds approximately 30kg compared to Ferrari’s V8s, and it’s seamlessly integrated with an eight-speed dual-clutch transmission. The battery pack, a sleek, elongated structure, resides ingeniously behind the seats, contributing to the car’s meticulously balanced weight distribution. Exploring supercar performance upgrades in the context of hybrid powertrains is a fascinating area, and the 296 GTB offers a glimpse into this future.
No Ferrari would be complete without an arsenal of sophisticated electronic chassis control systems, and the 296 GTB is no exception. Ferrari’s engineers have developed a groundbreaking six-axis sensor, dubbed 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 sensor supplants traditional yaw sensors and, in conjunction with a sensor on the steering rack, provides the vehicle with an unparalleled understanding of both driver input and real-time grip levels at the tire contact patches. This data is then fed into systems like Side Slip Control and the active E-Diff, working in concert to maximize cornering speeds while steadfastly maintaining stability and driver confidence. It also enables the new ABS-evo system, activated in RACE mode and above. Leveraging the 296’s brake-by-wire technology, ABS-evo not only curtails braking distances but also enhances braking performance during trail braking maneuvers into corners. The pursuit of advanced automotive technology in performance vehicles has never been more evident.
For the first time, Ferrari is deploying its active aerodynamics not merely to reduce drag, but to actively generate downforce. The marque quotes an impressive 360kg of downforce at 155mph, with a significant portion, up to 100kg, being attributed to the deployable rear wing. This dynamic aerodynamic element, integrated seamlessly into the rear of the car, is a testament to Ferrari’s relentless innovation. The front fascia houses two radiators dedicated to engine and gearbox cooling, complemented by two additional condensers for battery thermal management. Hot air is strategically expelled from the underbody, ensuring it doesn’t interfere with the flow of cooling air directed to the intercoolers situated along the car’s flanks. The subtle apertures beneath the headlamps are designed to channel air to cool the brakes, while the aerodynamically integrated wing at the rear of the roofline creates a ‘virtual’ rear screen, guiding airflow to the posterior of the car with remarkable precision. The majority of the 296’s downforce is generated beneath the car, where meticulous attention has been paid not only to airflow management and the rear diffuser but also to the critical underbody ground clearance, optimizing the effectiveness of the downforce-generating surfaces. For those interested in aerodynamic enhancements for supercars, the 296 GTB offers a masterclass.
The 296 GTB models sampled on the circuit at its launch were all equipped with the optional Assetto Fiorano package. This performance-focused upgrade replaces the standard dampers with race-derived Multimatic units and incorporates additional carbon fiber aerodynamic elements on the nose, increasing front downforce by a further 20kg. The extensive use of carbon fiber extends to the cabin, including the door panels, and the exterior, contributing to a total weight saving of 12kg. This can be further augmented by a further 3kg if the optional Lexan rear engine cover is specified. A further tantalizing option for Assetto Fiorano equipped cars is the fitment of Michelin Pilot Sport Cup 2 R tires, a step up from the already capable standard Pilot Sport 4S. The Fiorano package also allows for an exterior graphics option, inspired by the iconic 250LM of the 1960s. Enthusiasts seeking track-day tires and lightweight supercar components will find much to admire here.
Having experienced the 296 GTB firsthand, its aesthetic appeal is undeniable. It presents a strikingly individualistic design, subtly echoing the graceful lines of the 1960s 250LM, even without the more overt graphic treatments. Its visual presence is captivating, setting it apart in a field of often homogeneous designs. The conversation around supercar design trends is constantly evolving, and the 296 GTB represents a significant milestone.
To initiate movement, a simple double-press of the lower portion of the steering wheel boss precedes engaging first gear. The 296 GTB defaults to Hybrid mode, utilizing electric power for initial acceleration unless prompted otherwise via the haptic driver mode selectors on the steering wheel. With judicious throttle application, the car can glide silently on electric power alone, provided sufficient battery charge is available. The driver can also explicitly engage ‘e-Drive’ mode, overriding powertrain demands, or select from the ‘Performance’ and ‘Qualifying’ modes. In these latter settings, both the internal combustion engine and electric motor work in tandem, with ‘Performance’ mode prioritizing battery top-up alongside power delivery, while ‘Qualifying’ mode unleashes the car’s full, unadulterated potential, irrespective of battery state. Exploring sustainable supercar technology is becoming increasingly vital, and the 296 GTB showcases a practical application of this.
The experience of gliding silently through urban landscapes is surprisingly serene and unexpectedly enjoyable. The damping sophistication ensures a remarkably comfortable ride, making long journeys a pleasure. The ‘frunk’ at the front offers a reasonably sized luggage compartment, a welcome practicality absent in the SF90. However, the true revelation lies in unleashing the combined ferocity of the V6 and electric motor. A decisive application of throttle at low revs in a high gear elicits an immediate, lag-free surge of acceleration, prompting a momentary questioning of the very necessity of gear changes, such is the sheer potency. Yet, with eight gears at its disposal and an engine that revs to an exhilarating 8500rpm, the full unleashing of the 296 GTB’s capabilities is nothing short of startling. The acceleration figures – a blistering 0-62mph in just 2.9 seconds and a top speed exceeding 205mph – paint a picture of relentless forward momentum, bordering on the exhilaratingly intense, yet possessing a strangely addictive quality. This is a car of extraordinary speed, accompanied by a symphony of turbocharger effects harmonizing with the tuneful rasp of the V6. For those seeking fastest accelerating cars and high-performance driving experiences, the 296 GTB is a compelling proposition.
What truly distinguishes the 296 GTB is the astonishing responsiveness of its chassis. Ferrari’s assertion that the car’s primary objective was to be “fun to drive” rings profoundly true. It exhibits a captivating agility that never veers into nervousness. The steering, characteristically light and rapid, also delivers a remarkable level of tactile feedback, allowing the driver to feel intimately connected to the road surface. While grip levels are predictably immense, the car’s inherent throttle adjustability inspires confidence and elicits sheer delight. Despite its quoted dry weight of 1470kg, the 296 GTB feels remarkably light, exhibiting a fluidity and lack of inertia that encourages a dynamic partnership with the driver, rewarding small, precise inputs. The ‘CT Off’ mode provides a safety net of electronic intervention, a reassuring digital guardian for even the most spirited excursions. Yet, even with all electronic aids disengaged, the 296’s inherent balance allows for nuanced manipulation, enabling controlled oversteer in a manner one might deem improbable for a car with 819bhp. On track, the 296 GTB possesses the uncanny ability to seemingly shorten even the longest straights, revealing its true nature as a razor-sharp instrument. While ample power exists to break traction at the rear throughout a lap, the car’s acute sensitivity to braking and steering inputs rewards precision with unparalleled dynamism. The breathtaking turn-in accuracy and immediate response dramatically compress the entry phase of every corner. Instead of easing into turns and allowing load to build progressively, the 296 GTB adopts its line instantaneously, its Multimatic dampers and hyper-quick steering harmonizing perfectly with the enhanced roll support offered by the Assetto Fiorano setup. Even for those accustomed to more conventional sports cars, the sheer speed, precision, and agility of the 296 GTB are phenomenal, providing a joyous experience lap after lap. When considering track-focused supercars and handling dynamics, the 296 GTB sets a new benchmark.
The interior architecture will feel familiar to those who have experienced the SF90 Stradale, as the 296 GTB draws heavily from its sibling. The fully digital interface, coupled with its haptic switchgear, presents an initial learning curve. These touch-sensitive controls, liberally applied to the steering wheel and traditional Ferrari pods flanking it, are undoubtedly complex. However, it’s important to acknowledge the sheer volume of information being conveyed. The primary challenge arises when simple operations occasionally require a second attempt to register or when there’s ambiguity about whether an input has been successfully recognized. Nevertheless, the cabin undeniably conveys a sense of occasion and exclusivity, a hallmark of any Ferrari. The discussion around in-car technology integration in luxury vehicles is a complex one, and the 296 GTB exemplifies both the potential and the challenges.
In the 2022 evo Car of the Year awards, the 2025 Ferrari 296 GTB garnered significant praise, narrowly missing out on overall victory to the McLaren Artura by the slimmest of margins, with the judges’ votes perfectly split. Those who championed the Ferrari spoke of its spectacular design, outrageous speed, astonishing exploitability, and profound technical sophistication. Jethro Bovingdon enthused, “Its V6 shows McLaren how to downsize but turn up the drama, and it matches the Artura in terms of sheer control but feels a bit more playful and indulgent.” Dickie Meaden lauded it as “the first genuinely beautiful Ferrari since the F355,” noting the seamless integration of the hybrid system that “doesn’t change the driving experience as much as I’d feared.” He further elaborated, “The 296 is stonkingly quick, but doesn’t rely solely on speed thanks to the character of the V6, which has a soundtrack that’s always sweet and changes with throttle opening.”
The Ferrari’s hybridization was widely praised for its seamless integration. However, a notable incident during the awards involved the car becoming immobilized after the battery depleted, with no apparent means of recovery. While Ferrari had pre-emptively warned of such possibilities, the oversight in engineering a fail-safe mechanism, as pointed out by Gallagher, was considered a significant flaw by some judges. Fortunately, this occurred after the scoring was completed. Despite this, Ferrari’s signature super-quick steering divided opinion, and the brake feel didn’t consistently match the very best in class. The tech interface also faced criticism for its complexity. Yet, the 296 GTB remained irresistibly seductive. Vivian, initially skeptical of its complexity, found himself “somewhat bewitched: the spooky way it changes direction; its amazing damping and looney-tunes levels of grip; the linearity of seemingly never-ending power…”
As Peter Tomalin summarized from the evo awards, “The 296 is way more successful because its technical sophistication, and the integration of its hybrid technology in particular, feels much more natural, and far less intrusive. Ferrari has taken so much from the SF90, learnt from that car and distilled it into a series production model that’s one of its very best.” This sentiment underscores the evolution of hybrid supercars.
The inherent risk with any vehicle heavily laden with cutting-edge technology is that it can become less than the sum of its parts – a pitfall observed in the SF90 Stradale, which, while dazzling in its power, could feel somewhat unnerving due to its challenging driving characteristics. The 296 GTB, however, offers a different, more harmonious proposition. Its ability to strike a precise balance between exhilarating power and engaging dynamics, as demonstrated at the 2022 evo Car of the Year awards, redefines expectations for a luxury performance car in the £250,000 price bracket. Whispers of a Versione Speciale variant, promising even greater intensity and performance, are circulating, with hopes that its natural, cohesive feel will be preserved.
It is precisely this intangible yet crucial element of natural feel that we hope Lamborghini has meticulously honed in its upcoming hybrid Temerario supercar. Over 900bhp is an almost obscene amount of power for a series-production supercar, and it has the potential to overwhelm if the surrounding engineering doesn’t seamlessly complement it. Given the masterful execution of the Revuelto, there’s strong reason for optimism that Lamborghini will deliver a truly exceptional machine. If they succeed, we could be on the cusp of an electrifying twin-test featuring two titans of the hybrid supercar era, potentially reaching a combined 1700bhp. Or, one could even envision a staggering 2400bhp triple threat by including the McLaren 750S, a car now comparatively described as the ‘minnow’ of the class with its mere 740bhp. However, the McLaren counters with a remarkably svelte kerb weight of 1389kg, affording it a highly competitive power-to-weight ratio. The McLaren’s raw engagement, ergonomic purity, razor-sharp steering, and deft chassis control stand as compelling counterpoints to the comparatively more detached Ferrari. Examining competitor supercars reveals the intense innovation shaping the market.
The 2025 Ferrari 296 GTB stands as a testament to what’s possible when marque heritage meets pioneering hybrid technology. It delivers a driving experience that is both exhilarating and refined, pushing the boundaries of performance while retaining the soul of a Ferrari. For enthusiasts seeking the pinnacle of automotive engineering excellence and an unparalleled driving thrill, the 296 GTB is an undisputed icon.
Are you ready to experience the future of supercar performance firsthand? Explore the latest Ferrari models and discover a driving experience that transcends the ordinary.
