The 2024 Ferrari 296 GTB is a plug-in hybrid sports car with RWD and seating for 2. It belongs to the F171 generation. The Assetto Fiorano is the version described here, and the figures below refer to that configuration unless noted otherwise.
Performance
The featured Assetto Fiorano version develops 830 hp and 740 Nm (546 lb-ft) of torque. Its listed 0-100 km/h time is 2.9 seconds, which is exceptionally rapid even by modern performance-car standards. Top speed is listed at 330 km/h (205 mph). Its power output is about 6% below the peer average. Its 0-100 km/h time is about 6% slower than the peer average. The figures establish its straight-line performance on paper, but they do not substitute for measured braking, handling or ride-quality tests.
Battery, range and charging
Battery capacity is listed at 7.5 kWh. The recorded electric range is 25 km (16 miles). Listed energy or fuel consumption is 6.4 L/100km. Its listed range is about 8% above the peer average. Real-world range and charging speed still depend on temperature, speed, wheel choice, battery state and the conditions of the test cycle.
Dimensions and practicality
Its exterior dimensions are 4,565 mm (179.7 in) in length, 1,958 mm (77.1 in) in width, and 1,187 mm (46.7 in) in height, while the wheelbase measures 2,600 mm (102.4 in). Cargo capacity is listed at 210 litres (7.4 cu ft). The cabin is configured for 2 occupants. Listed curb weight is 1,470 kg (3,241 lb). That cargo volume is about 41% above the peer average. The measurements are useful for comparison, although seat comfort, access and the shape of the load area still need to be judged in person.
In perspective
Compared with nearby plug-in hybrid sports car models from the same period, the 2024 Ferrari 296 GTB is strongest on cargo capacity and price. That conclusion is drawn from the recorded specifications rather than a road test. A final choice should also account for local pricing, equipment, comfort and a test drive.
Prepared by CarsbySpec. Peer context: 2023-2025 plug-in hybrid sports cars in the CarsbySpec database. This page is built from the structured specifications displayed here; missing values are not estimated. Read the methodology.
