The Ferrari 296 GTB: A Hybrid Masterpiece Redefining Supercar Dynamics for 2025 and Beyond
For a decade, I’ve been immersed in the exhilarating world of performance automotive engineering, witnessing
firsthand the relentless pursuit of speed, innovation, and driver engagement. In that time, I’ve seen established paradigms shattered and new benchmarks set with startling regularity. Yet, even with that extensive experience, the Ferrari 296 GTB remains a truly remarkable machine, a testament to Maranello’s unwavering commitment to pushing the boundaries of what’s possible. While the whispers of a potent Lamborghini rival – the forthcoming Temerario – have certainly ignited the industry’s collective imagination, the 296 GTB, even a few years into its tenure, continues to captivate and astound, proving itself a formidable benchmark in the evolving landscape of hybrid supercars.
The arrival of the 296 GTB in 2022 marked a significant inflection point for Ferrari’s mid-engined supercar lineage. It represented a bold departure, trading the venerable, multi-award-winning twin-turbo V8 for an entirely new, electrically augmented twin-turbo V6. This strategic shift wasn’t merely an adoption of contemporary trends; it was a proactive move to lead a segment still in the nascent stages of embracing hybrid powertrains. At its debut, the 296 GTB’s most direct competitors were the Lamborghini Huracán, celebrated for its sonorous naturally aspirated V10, and the McLaren 720S, a masterclass in twin-turbo V8 power-to-weight ratios. However, the horizon has shifted dramatically. The upcoming Lamborghini Temerario, rumored to boast a 903bhp, 10,000rpm V8 hybrid powertrain, is unmistakably Maranello’s audacious riposte to the Italian marque’s electrically charged Berlinetta.
Make no mistake, the Ferrari 296 GTB is armed with formidable firepower. Its revolutionary 120-degree twin-turbo V6, mated to an electric motor, drives only the rear wheels – a distinction from the all-wheel-drive SF90 Stradale. This configuration yields a colossal combined output of 819 horsepower, a figure that frankly redefines conventional supercar expectations. While the sheer magnitude of this performance figure naturally prompts questions about its ultimate limits and practical application, its impact on the driving experience is undeniable.
The significance of the 296 GTB extends beyond its headline power figure. It stands as Ferrari’s first V6-powered road car, a nod to its heritage while embracing the future. It also pioneers the “hot-vee” turbocharger arrangement, a compact and efficient design. Furthermore, its plug-in hybrid nature grants it an all-electric range of approximately 15 miles, offering a tantalizing glimpse into more sustainable high-performance driving. Nestled within a bespoke aluminum chassis, the V6 engine is mounted remarkably low. The wheelbase has been subtly reduced by 50mm compared to its V8 predecessors, and the occupants are positioned slightly further forward, contributing to a more centralized and engaging driving posture.
The electric motor itself contributes a potent 165 horsepower and 232 lb-ft of torque, working in concert with the V6’s prodigious 654 horsepower and 546 lb-ft. Ferrari wisely refrains from quoting a combined peak torque figure, likely due to the complex interplay between the electric motor and the internal combustion engine. However, it’s safe to assume the resultant torque is nothing short of immense, especially when considering the V6’s 30kg weight advantage over its V8 counterparts. This potent powertrain is channeled through an eight-speed dual-clutch transmission, and the compact battery pack resides discreetly behind the seats, integrated seamlessly into the car’s architecture.
No Ferrari would be complete without an arsenal of sophisticated electronic chassis management systems, and the 296 GTB is no exception. Ferrari’s engineers have developed a cutting-edge six-axis sensor, dubbed the 6w-CDS (six-way Chassis Dynamic Sensor). This advanced unit precisely measures acceleration and rotational speed across the X, Y, and Z planes. Replacing traditional yaw sensors, and working in conjunction with a sensor on the steering rack, the 6w-CDS provides an unparalleled understanding of both driver input and tire grip at the contact patch. This data is fed into systems like the Side Slip Control and the active E-Diff, orchestrating a symphony of electronic interventions to maximize cornering speeds while ensuring unwavering stability and driver confidence. A notable innovation is the introduction of ABS-evo in RACE mode and above. Leveraging the 296’s brake-by-wire system, ABS-evo not only shortens braking distances but also enhances braking performance during trail-braking maneuvers into corners, a critical technique for maximizing lap times on track.
In a fascinating evolution of its aerodynamic philosophy, Ferrari has deployed its active aerodynamics not primarily for drag reduction, but for increased downforce. The company quotes an impressive 360kg of downforce at 155 mph, with a significant portion of that – up to 100kg – generated by an actively deployed rear wing. The car’s aerodynamic efficiency is meticulously managed through a series of intakes and outlets. Two radiators in the front handle engine and gearbox cooling, complemented by two condensers for the battery. Hot air is strategically expelled underneath the car, ensuring it doesn’t disrupt the airflow directed to the intercoolers along the flanks. Small apertures below the headlamps are dedicated to cooling the brakes, while a roofline-integrated rear wing creates a “virtual” rear screen, channeling air towards the rear of the car as if guided by a sculpted surface. The majority of the 296’s downforce is generated from beneath the car, where meticulous attention has been paid to airflow management, the rear diffuser, and the critical underbody ground clearance to optimize the effectiveness of its downforce-generating elements.
For those seeking the ultimate expression of the 296 GTB’s capabilities, the optional Assetto Fiorano package is a must-have. This track-focused upgrade replaces the standard dampers with advanced Multimatic units derived from GT racing. It also incorporates additional carbon fiber aerodynamic devices on the nose, contributing an extra 20kg of front downforce. Further weight savings are achieved through extensive use of carbon fiber in the cabin, including the door panels, and on the exterior, resulting in an overall weight reduction of 12kg. This figure can be increased to 15kg with the optional Lexan rear engine cover. For the truly dedicated enthusiast, the Assetto Fiorano package also offers Michelin Pilot Sport Cup 2 R tires as an upgrade from the standard Pilot Sport 4S. Visually, the Fiorano package can be enhanced with an exterior graphics package, paying homage to the iconic 250LM from the 1960s.
Having spent considerable time with the 296 GTB, its aesthetic appeal is undeniable. It possesses a distinct and captivating design language, confidently eschewing any form of direct comparison. Even without the more divisive graphic options, its lines subtly evoke the spirit of the legendary 1960s 250LM, a visual masterpiece in its own right.
Performance and Driving Dynamics: Unlocking the Hybrid Heartbeat
Initiating propulsion in the 296 GTB is as simple as 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 departure unless otherwise instructed via the intuitive haptic “buttons” on the steering wheel. Gentle throttle inputs ensure the car remains in electric propulsion as long as battery charge permits. For those seeking dedicated electric travel, a dedicated EV mode can be forced, irrespective of powertrain demands. Beyond this, two distinct performance modes beckon: Performance and Qualifying. In Performance mode, both power sources unite with the objective of maintaining optimal battery charge, while Qualifying unleashes the full, unadulterated fury of the hybrid system, prioritizing ultimate performance above all else, regardless of battery state.
The sensation of gliding silently through urban landscapes is an unexpected delight, and the sophisticated damping system transforms the cabin into a surprisingly comfortable cocoon for long-distance cruising. Even luggage space is thoughtfully addressed, with a practical ‘frunk’ up front, a welcome departure from the SF90’s limitations. But what truly ignites the enthusiast’s curiosity is the visceral experience of unleashing both the V6 engine and the electric motor in their full glory.
The clue lies in the car’s response to a forceful throttle application at low revs in a high gear. The 296 GTB surges forward with an immediacy that defies its gearing, prompting a moment of contemplation about the very necessity of gear changes, so potent is its acceleration. Yet, with eight gears at its disposal and an engine that eagerly spins to 8,500 rpm, the full orchestra of the 296’s capabilities is nothing short of astonishing. The acceleration figures – a blistering 0-62 mph in under 3 seconds and a top speed exceeding 205 mph – paint a picture of relentless forward propulsion that elicits a unique blend of exhilaration, nervous laughter, and an almost addictive sense of raw, untamed speed. The soundtrack is equally captivating, a harmonious symphony of turbocharger effects overlaying a tuneful V6 rasp that never fails to stir the soul.
Ride and Handling: A Symphony of Agility and Precision
What truly sets the 296 GTB apart is the astonishing responsiveness of its chassis and Ferrari’s commitment to making it a “fun to drive” machine. It exhibits a remarkable agility without ever feeling nervous or unpredictable. The steering, while characteristically light and rapid, is imbued with an exceptional level of feedback, allowing the driver to feel every nuance of the road surface. Grip levels are, as one would expect, extraordinarily high, but crucially, the car remains delightfully throttle-adjustable, eliciting an irrepressible grin with every input.
Despite its dry weight of 1470kg, the 296 GTB feels considerably lighter, exhibiting an almost complete absence of inertia. This encourages a more intuitive and collaborative driving style, where small, precise inputs yield dramatic and rewarding results. Engaging the CT Off mode offers a liberating experience, allowing for daring maneuvers with the comforting reassurance of an intelligent electronic guardian. However, even with all electronic aids deactivated, the 296’s inherent balance allows for playful manipulation into controllable oversteer, a feat that seems almost improbable in a car boasting 819 horsepower.
On the circuit, the 296 GTB possesses the uncanny ability to shrink even the longest straights. Its true prowess as a precision instrument becomes glaringly apparent. While the sheer power is more than capable of breaking rear-wheel traction at numerous points around the lap, the car’s acute sensitivity to braking and steering inputs rewards precision above all else. Mastery of the controls translates directly into exhilarating cornering performance. The turn-in accuracy and immediacy dramatically shorten the entry phase of every corner. Instead of gradually easing into turns and building load, the 296 settles instantly, its Multimatic dampers and hyper-quick steering working in perfect harmony with the increased roll support provided by the Assetto Fiorano setup. Even for drivers accustomed to more conventional sports cars, the sheer speed, precision, and agility of the 296 GTB are simply phenomenal, delivering an exhilarating experience lap after lap.
Interior: A Digital Realm of Sophistication and Challenge
The interior architecture of the 296 GTB will feel familiar to those who have experienced the SF90 Stradale, as it adopts a similar design philosophy. The fully digital interface and its accompanying haptic switchgear, liberally applied to the steering wheel and surrounding pods, present a significant learning curve. While undoubtedly complex, this intricate system is designed to convey a vast amount of information. The primary challenge lies in the occasional need for a second press for inputs to register, or the uncertainty of whether an action has been successfully executed. Despite these usability quirks, the cabin undeniably exudes a special, focused ambiance, befitting a Ferrari.
Expert Verdict: A Return to Form and a Glimpse of the Future
In the highly competitive landscape of modern supercars, the risk of technological overload can sometimes detract from the driving experience, a sentiment echoed in earlier evaluations of the SF90 Stradale. However, the 296 GTB represents a significant departure. Its success, as highlighted in its joint third-place finish alongside the McLaren Artura at the 2022 evo Car of the Year awards, lies in its organic integration of power and dynamic prowess. It has masterfully redefined the expectations of a supercar in the £250,000 bracket. The anticipation surrounding an upcoming Versione Speciale variant, promising even more power and intensity, is palpable, with the fervent hope that the standard 296’s remarkably natural feel will be preserved.
It is this very aspect – the natural, engaging driving experience – that we hope Lamborghini has prioritized in the development of its hybrid Temerario supercar. A power output exceeding 900 horsepower is an almost obscene figure for a series production supercar, and without a chassis and dynamics meticulously resolved to meet it, such power can become overwhelming. If Lamborghini has indeed achieved the level of finesse demonstrated in the Revuelto, then the automotive world is poised for an electrifying twin test between these two hybrid titans, potentially boasting a combined output of 1700 horsepower.
For an even more extreme encounter, a triple-threat comparison with the McLaren 750S, with its “mere” 740 horsepower, becomes compelling. While seemingly outgunned in outright power, the McLaren counters with a remarkably lithe 1389kg kerb weight, ensuring a potent power-to-weight ratio. The McLaren’s raw engagement, ergonomic perfection, incisive steering, and delicately balanced chassis offer a contrast to the Ferrari’s more insulated, albeit immensely capable, demeanor.
Ferrari 296 GTB: Technical Specifications
Engine: 2992cc V6, twin-turbocharged, with electric motor
Transmission: Eight-speed dual-clutch, active E-diff
Combined Power: 819 bhp @ 8000 rpm
Combined Torque: 546 lb-ft @ 6250 rpm
Weight: 1470 kg (dry) (566 bhp/ton)
0-62 mph: 2.9 seconds
Top Speed: 205 mph
Price: £250,000+
The 296 GTB represents not just a step forward for Ferrari, but a significant leap in the evolution of the hybrid supercar. Its blend of electrifying performance, sophisticated technology, and surprisingly accessible driving dynamics sets a new standard.
Ready to experience the future of supercar performance? Explore the Ferrari 296 GTB and discover a driving machine that redefines exhilaration.

