Ferrari 296 GTB: Redefining Supercar Dynamics as the Lamborghini Temerario Approaches
For over a decade, the Ferrari 296 GTB has stood as a benchmark in the high-octane world of hybrid supercars. Its introduction in 2022 marked a watershed moment, signaling Ferrari’s departure from the venerated V8 legacy to embrace a new era powered by the V6 hybrid powertrain. This evolution was a direct response to the ever-escalating performance demands of the supercar segment, a sector that is only just beginning to transition into electrification. The 296 GTB emerged not just as a successor, but as a revolutionary statement, challenging established conventions and setting a new standard for what a 250,000-dollar-range supercar should deliver.
When the 296 GTB first arrived, its primary rival was the Lamborghini Huracán, a naturally aspirated V10 powerhouse revered for its visceral engine note and raw charisma. However, the 296 GTB was more than a match for the Huracán’s V10 symphony; it brought sheer power to the equation, a characteristic further amplified by the looming threat of the McLaren 720S, which had recently transitioned to a twin-turbo V8. While the McLaren 750S retained its focus on power-to-weight superiority, it was the Ferrari 296 GTB’s 819bhp V6 hybrid system that truly caught the industry’s attention. Now, all eyes turn to Lamborghini’s answer: the 903bhp, 10,000rpm twin-turbo V8 hybrid Temerario, which promises to push the boundaries even further.
The sheer firepower of the Ferrari 296 GTB is undeniable. This is a car that truly redefines supercar performance. With its groundbreaking, 120-degree, twin-turbo V6 engine and an integrated electric motor powering only the rear wheels—a divergence from the SF90’s all-wheel-drive system—the 819bhp 296 GTB has shattered traditional supercar paradigms. It represents a bold step into the future, blending raw power with cutting-edge technology. As the automotive world anticipates the full impact of the Lamborghini Temerario, it becomes clear that the Ferrari 296 GTB is not merely competing; it is setting the agenda for the next generation of hypercars.
The Legacy of the Ferrari 296 GTB: A Technical Tour de Force
The 296 GTB represents a remarkable milestone in the evolution of Ferrari supercar engineering. It is the first V6-powered Ferrari road car (a distinction that excludes the delectable 246 GT Dino, which never officially wore the Prancing Horse badge during its production run), the first to feature a revolutionary ‘hot-vee’ turbocharger configuration, and a plug-in hybrid with an EV-only range of approximately 15 miles. This pioneering approach to powertrain design pushed the boundaries of what was possible, even while navigating a competitive landscape that included the raw, naturally aspirated V10 of the Lamborghini Huracán and the refined power of the McLaren 750S.
The vehicle is built around a lightweight, all-new aluminum chassis, with the V6 engine mounted low in the center of the car. This strategic placement, combined with a reduced wheelbase—50mm shorter than previous V8-engined models—and a cabin positioned slightly further forward, creates a car that feels incredibly balanced and agile. The engineering precision of the 296 GTB is evident in its power-to-weight ratio, which is boosted by the integration of the electric motor. The electric motor alone delivers 165bhp and 232 lb ft of torque, while the V6 engine generates a staggering 654bhp and 546 lb ft of torque. The combined output reaches an headline-grabbing 819bhp, although Ferrari intentionally refrains from quoting the total peak torque, presumably due to the complex interplay between the engine and the electric motor. Still, the synergy between these two power sources results in a surge of torque that feels boundless.
The Ferrari 296 GTB specs reveal that the V6 power unit is significantly lighter than its V8 predecessors, shedding approximately 30kg. This weight advantage is critical to the car’s performance, as it allows for better handling and acceleration without compromising the structural integrity or responsiveness of the chassis. The engine is paired with a cutting-edge eight-speed dual-clutch transmission, and the battery pack—a long, rectangular structure—is discreetly housed behind the seats. This configuration not only ensures optimal weight distribution but also maximizes the power-to-weight ratio, contributing to the car’s breathtaking performance.
The Technology of Speed: Advanced Chassis Control
True to the Ferrari supercar tradition, the 296 GTB is equipped with an array of sophisticated electronic chassis control systems designed to enhance stability, agility, and driver control. The most innovative of these systems is the 6w-CDS (six-axis sensor), a highly advanced unit that measures acceleration and rotational speed across all three axes (X, Y, and Z). This innovative sensor replaces the conventional yaw sensor and works in conjunction with a steering rack sensor to provide the car with real-time data on the driver’s inputs and the grip levels at the tire contact patches.
By analyzing this data, the 6w-CDS optimizes the performance of the Side Slip Control (SSC) and the E-Diff active differential, ensuring that the car maintains maximum cornering speed without compromising stability. The system is a marvel of engineering, providing the driver with a sense of confidence and security even at the limit of adhesion. Furthermore, the 296 GTB features a new braking system called ABS-evo. This system, integrated with the car’s brake-by-wire technology, is active in RACE mode and above, significantly reducing braking distances and improving braking performance during trail braking—a technique where the driver applies partial brake pressure while turning the steering wheel to maintain control through corners.
Aerodynamic performance is another critical aspect of the 296 GTB’s design. For the first time, Ferrari has employed active aerodynamics not to reduce drag, but to generate downforce. The car produces a claimed 360kg of downforce at 155mph, with the rear wing contributing up to 100kg of this force. This active aerodynamic technology allows the car to adapt to different driving conditions, optimizing stability at high speeds while maximizing grip in corners.
The engine and gearbox cooling system is equally sophisticated. Two radiators in the front bumper provide cooling for the engine and gearbox, while two additional condensers are used to cool the battery pack. Hot air is expelled from the underside of the car to prevent it from interfering with the cooling air directed into the intercoolers located along the sides of the vehicle. The small apertures below the headlights are designed to draw in air for brake cooling, while the integrated wing at the rear of the roofline creates a ‘virtual’ rear screen that channels air toward the rear of the car, simulating the effect of a physical window.
The majority of the Ferrari 296 GTB’s downforce is generated beneath the car. Particular attention has been paid to the underbody, not just to the airflow channelling and the rear diffuser, but also to the height of the underbody off the ground. This optimization increases the effectiveness of the downforce-generating surfaces, providing a massive boost to stability and grip.
Assetto Fiorano: Racing Pedigree for the Road
The launch of the 296 GTB saw the introduction of the Assetto Fiorano package, a series of track-focused enhancements designed to extract maximum performance from the V6 hybrid powertrain. This package replaces the standard dampers with Multimatic units inspired by those used in GT racing, providing a significant improvement in handling and agility. The Assetto Fiorano package also adds further carbon aerodynamic devices to the nose, increasing front downforce by 20kg.
Inside the cabin, the package incorporates more carbon fiber components, such as the door panels, and additional carbon fiber on the exterior, resulting in an overall weight saving of 12kg. If the optional Lexan rear engine cover is specified, this weight saving increases to 15kg. For drivers seeking the ultimate track experience, the Assetto Fiorano package also includes Michelin Pilot Sport Cup 2 R tires, replacing the standard Pilot Sport 4S tires. Additionally, cars equipped with the Assetto Fiorano package can be ordered with an exterior graphics package inspired by the iconic 250LM raced in the 1960s, further enhancing the car’s racing pedigree.
Having spent considerable time with the 296 GTB, we can attest to its visual appeal. It is a truly beautiful car, unlike anything else on the road, with a design that pays homage to the legendary 250LM of the 1960s, even without the divisive graphics package. The aesthetics are striking, conveying a sense of precision and aerodynamic efficiency that perfectly complement the car’s performance capabilities.
Performance and Driving Dynamics: A Surprising Level of Usability
Getting the 296 GTB moving is a straightforward affair. A double press on the bottom of the steering wheel boss engages the clutch, and then the driver can select first gear. The Ferrari 296 GTB always starts in Hybrid mode, meaning it will move away on electric power alone unless explicitly instructed otherwise via the haptic driver mode ‘buttons’ on the left side of the steering wheel. As long as the driver maintains light throttle inputs
