Ferrari 296 GTB: 819 HP Hybrid Supercar Review 2025

Introducing a New Era of Performance

Ferrari has long held the reputation for crafting vehicles that ignite passion and deliver extraordinary performance. The 296 GTB represents a significant milestone in the company’s storied history, marking a departure from traditional powerplants in favor of innovative hybrid technology. This berlinetta stands as both a testament to Ferrari’s engineering prowess and a bold statement about the future of high-performance automotive design.

The transition from displacement-focused engines to electrified powertrains might seem counterintuitive for a brand synonymous with naturally aspirated V12s. Yet the 296 GTB proves that downsizing and hybridization, when executed with precision, can amplify rather than diminish the driving experience.

Powertrain Innovation and Technical Architecture

At the heart of the 296 GTB lies a compact 2992cc twin-turbocharged V6 engine paired with an electric motor, creating a plug-in hybrid electric vehicle (PHEV) system. This dual-power approach generates an impressive combined output of 819 horsepower and 546 pound-feet of torque, figures that rival or exceed those of significantly larger engines.

The V6’s redline sits at 8,000 rpm, providing visceral acceleration and an engaging auditory experience that belies its reduced displacement. Engineers achieved maximum system torque of 546 lb-ft at 6,250 rpm, ensuring strong mid-range performance essential for both street driving and track work.

The hybrid system incorporates a 5.0-kWh battery pack positioned beneath the floor, enabling short-distance electric-only driving for low-speed urban navigation. This configuration reduces weight distribution concerns while maintaining the vehicle’s low center of gravity—a critical factor in supercar handling dynamics.

Transmission and Power Delivery

Power transmission to the rear wheels occurs through an eight-speed dual-clutch automatic gearbox, which manages the seamless integration between combustion engine and electric motor. This sophisticated transmission ensures rapid gear changes and maintains optimal power delivery across the RPM spectrum. The integration of active electronic differentials further enhances traction control and cornering stability.

Performance Capabilities and Acceleration

The 296 GTB accelerates from rest to 62 mph in approximately 2.9 seconds, with some independent testing revealing even quicker times of 2.4 seconds under controlled conditions. The quarter-mile sprint completes in 9.7 seconds at speeds exceeding 150 mph, demonstrating the hybrid system’s immediate electrical boost combined with turbocharged engine response.

Maximum velocity reaches 205 mph, an astonishing figure for a car that achieves remarkable fuel efficiency by supercar standards. The top speed capability reveals Ferrari’s commitment to maintaining traditional high-performance metrics despite the engine displacement reduction.

The electric motor’s instantaneous torque delivery during acceleration contributes significantly to the vehicle’s impressive launch characteristics. Unlike turbocharged engines that require boost buildup time, the electric component provides immediate response, creating an acceleration curve that rivals even dedicated electric vehicles in the 0-60 mph window.

Efficiency and Consumption Metrics

Combined fuel consumption registers at 21.7 miles per gallon under the WLTP testing cycle, representing a substantial efficiency gain over comparable traditionally powered supercars. This efficiency improvement stems from the electric motor’s ability to handle low-speed driving and provide power supplementation during acceleration, reducing strain on the internal combustion engine.

The vehicle’s weight management plays a crucial role in achieving these figures. The 296 GTB tips the scales at approximately 1,560 kilograms (3,440 pounds) in production trim, yielding a power-to-weight ratio of 542 horsepower per tonne—one of the most favorable in the supercar category.

Aerodynamic Design and Visual Identity

Ferrari’s design team approached the 296 GTB with the mission of creating a contemporary berlinetta that acknowledges the brand’s heritage while establishing visual boundaries for the modern era. The exterior exhibits nostalgic design cues drawn from legendary predecessors, particularly the 328 lineage, yet incorporates thoroughly modern aerodynamic elements.

The front and rear sections employ experimental styling that, while divisive, serve functional aerodynamic purposes. The sculpted body panels manage airflow efficiently, reducing drag and generating necessary downforce for high-speed stability. Active aerodynamic solutions further optimize performance depending on driving mode selection.

Compact volume design principles inform the overall proportions, creating a vehicle that appears purposeful and concentrated. The visual aggression communicates performance intent, with the design language suggesting speed even when stationary.

Interior Environment and Driver Interface

The cabin presents a complex technological environment while maintaining the intimate atmosphere Ferrari associates with its driving experiences. The steering wheel incorporates numerous control functions, integrating mode selection, traction control adjustment, and hybrid system management directly into driver-accessible interfaces.

Premium Italian leather adorns seats and various interior surfaces, reflecting the vehicle’s luxury positioning. The driving position feels planted and connected, with ergonomic considerations ensuring that extensive control complexity never overwhelms the driving experience.

Ferrari engineers have implemented a “hot pipe” acoustic system that channels engine sound directly into the cabin, amplifying the V6 note and creating an auditory experience that conveys the engine’s performance character despite its displacement reduction.

Dynamic Handling and Road Behavior

On conventional roads, the 296 GTB demonstrates exceptional smoothness and connection. The steering response proves instantaneous, with Ferrari’s modern steering calibration providing confidence-inspiring front-end behavior without excessive feedback that might prove fatiguing during extended drives.

Body control reaches exemplary levels across smooth surfaces, with the suspension maintaining balance and composure even under aggressive cornering inputs. The vehicle never exhibits heaviness or instability; instead, it conveys an almost playful demeanor that encourages spirited driving while remaining thoroughly manageable.

Traction management operates effortlessly, with the electronic differentials and stability control working seamlessly to maximize grip utilization. The 296 GTB feels highly agile without becoming nervous, a difficult balance that Ferrari has achieved through meticulous software calibration and mechanical tuning.

Track Performance and Advanced Dynamics

The transformation from road-going supercar to track instrument proves dramatic and profound. The optional Assetto Fiorano performance package, priced at £25,920, enhances track-focused capabilities through suspension refinement, aerodynamic tuning, and software optimization.

Ferrari’s 6w-CDS central dynamic control system functions as an electronic master controller, marshaling individual wheel ABS operation, predicting available grip, and monitoring vehicle movement across all three axes. This sophisticated system protects drivers through electronic mediation while enabling lap speeds that would otherwise require exceptional talent.

On circuit, the 296 GTB transforms into an instrument of remarkable agility and responsiveness. The chassis dynamics inspire confidence at the limit, making the car feel controllable even as speeds approach triple digits. Drivers consistently report experiencing hero moments—displaying exceptional lap times despite the vehicle’s protective electronic systems doing the actual work.

Cornering Capability

The vehicle’s cornering ability derives from multiple contributing factors: the low center of gravity provided by under-floor battery placement, the aerodynamic downforce generated by modern bodywork, and the sophisticated electronic limited-slip differential. Combined, these elements allow the 296 GTB to carry surprising cornering speeds while maintaining predictable, linear behavior at the adhesion limit.

Driving Modes and Adaptability

The 296 GTB offers multiple driving modes that adjust powertrain behavior, suspension compliance, and traction control intervention levels. Sport mode activates heightened responsiveness, with reduced stability control intervention and more aggressive throttle mapping. This mode suits spirited road driving and track work where driver input remains the primary performance determinant.

Lower modes provide appropriately subdued performance delivery suitable for urban driving and congested traffic situations. The hybrid system’s ability to operate in electric-only mode during low-speed scenarios enhances urban livability while reducing emissions in metropolitan environments.

Pricing and Availability

The base 296 GTB commands a starting price of £241,550, positioning it competitively within the contemporary supercar market. The Assetto Fiorano package adds £25,920 for track-specific enhancements, while certain markets reference pricing from £250,000 with potential regional variations.

Ferrari also offers the 296 GTS convertible variant, which maintains the identical powertrain and performance specifications while removing the coupe’s fixed roof. The convertible experience presents unique sensory elements, with the wind exposure at triple-digit speeds adding distinct engagement layers unavailable in the hardtop configuration.

A more extreme variant, the 296 Speciale, increases output to 868 horsepower through engine tuning and electric motor enhancements, targeting customers seeking absolute maximum performance.

Comparative Performance Analysis

Engineering Philosophy and Future Direction

The 296 GTB embodies Ferrari’s conviction that electrification and downsizing represent evolutionary advantages rather than compromises. The vehicle serves as a warning shot across competitors’ bows, demonstrating that hybrid technology need not diminish the supercar experience.

This philosophy extends beyond mere performance metrics. Ferrari has utilized the 296 GTB as a development platform for hybrid integration strategies, establishing competency in electric motor calibration, battery management, and powertrain harmonization that will inform future model development.

Frequently Asked Questions

Can the 296 GTB operate in electric-only mode for extended distances?

The vehicle features a 5.0-kWh battery pack enabling short-distance electric driving, suitable for low-speed urban navigation but insufficient for sustained highway driving. The electric motor primarily functions as a performance augmentation device rather than serving as the primary propulsion source.

How does the twin-turbo V6 compare sonically to Ferrari’s traditional V12 engines?

The V6’s 120-degree configuration generates a distinctive character that, while different from V12 acoustics, captures the essence of Ferrari’s engine heritage through the “hot pipe” acoustic system channeling engine sound directly into the cabin. Turbocharged delivery creates a dramatic audio signature complementing the performance delivery.

What advantages does the Assetto Fiorano package provide?

This £25,920 package includes suspension refinement, aerodynamic enhancements, and software optimization specifically calibrated for track driving. The modifications enhance cornering ability and brake performance while maintaining road-driving usability.

How does weight distribution affect the 296 GTB’s handling dynamics?

The under-floor battery placement maintains the car’s low center of gravity while preserving optimal fore-aft weight distribution. This positioning contributes to the vehicle’s class-leading power-to-weight ratio and predictable handling characteristics.