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Scan for outdated or missing drivers - takes under a minuteDriver Scan →Repair Windows errors before they cause bigger problemsFix Now →Fix the driver behind crashes, sound loss and screen glitchesFind Drivers →The Ferrari 296 GTB combines a rear-mounted 120-degree twin-turbo V6 with an electric motor positioned between the engine and its eight-speed dual-clutch transmission. A clutch and Ferrari’s Transition Manager Actuator (TMA) manage the connection between the power units: the engine can be decoupled for electric-only eDrive, or the V6 and motor can work together. Ferrari lists a 7.45 kWh high-voltage battery and up to 610 kW (830 cv) of combined output in Qualify mode; its stated eDrive range is up to 25 km, not a guaranteed real-world distance.
That layout makes the 296 GTB different from a hybrid that uses one motor on each axle. Here, the engine and motor share a compact rear-wheel-drive power path. Understanding where the clutch sits and what the TMA controls explains how the Ferrari can switch between silent electric running and full hybrid performance.
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What the 296 GTB’s hybrid system consists of
The 296 GTB is a plug-in hybrid electric vehicle (PHEV) with a rear-wheel-drive powertrain. Its main components are a 120-degree twin-turbo V6, an electric motor Ferrari calls the MGU-K, a clutch controlled through the Transition Manager Actuator (TMA), an eight-speed F1 dual-clutch transmission, and a high-voltage battery. The V6 and electric motor are arranged along the same rear drivetrain rather than driving separate axles.
The motor’s position is central to how the system works: it sits between the engine and the gearbox. The clutch arrangement allows the V6 to be disconnected while the electric motor remains able to propel the car. When the engine is connected, the electric motor can contribute to the combined powertrain. Ferrari also says the motor can start the V6 and recharge the high-voltage battery.
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This is a series of mechanical and electrical functions rather than a simple “engine plus battery” arrangement. The battery supplies electrical energy to the motor, the motor sends torque through the rear transmission, and the clutch determines whether the V6 is mechanically part of that torque path. Because both power units feed the rear wheels, the car remains rear-wheel drive in either operating state.
Why the motor is called the MGU-K
Ferrari’s name for the motor is MGU-K, or Motor Generator Unit, Kinetic. That name reflects its two-way role in the system: it can provide propulsion, and Ferrari identifies it as a means of recharging the battery. YASA, the motor supplier, describes the unit as an axial-flux motor. That is the supplier’s description; Ferrari’s launch material is the source for the system’s operating functions.
Calling it a motor-generator is important. It is not only an auxiliary boost device that operates when the V6 is running. It can be the sole source of drive in eDrive, help bring the combustion engine to life, and operate in its generator role to restore energy to the high-voltage battery. The available specifications do not state how much of the battery’s nominal capacity is usable in each situation.
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How the car moves in eDrive
In eDrive, the TMA-controlled clutch arrangement decouples the V6, so the electric motor can drive the car on its own. The car is still using its rear drivetrain and gearbox, but the V6 is not supplying propulsion while it is disconnected. This is the defining difference between electric-only operation and hybrid operation: in the former, the motor moves the car without the engine; in the latter, the engine and motor can contribute together.
In practical terms, the engine does not have to be dragged through the drivetrain while the car is using electric power. The actuator manages the transition between the disconnected and connected states, while the motor provides the torque needed to move the car. Ferrari’s published material does not provide a step-by-step driver procedure or a speed threshold for eDrive, so those details should not be inferred from the architecture alone.
Ferrari’s launch release, dated 24 June 2021, gives an eDrive range of up to 25 km. Treat that as a Ferrari-stated maximum, not as a range test result. The cited release does not specify a test cycle or conditions that would let a reader translate that figure into a dependable distance for a particular journey. Actual electric-only distance is therefore not established by that published maximum alone.
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The launch release also says the PHEV system “delivers a 25km range in all-electric eDrive mode.” Ferrari’s wording presents the figure as part of the car’s usability claim. It should not be read as a promise that every driver, route, or set of conditions will produce that distance. Battery state, ambient conditions, driving style and other variables could affect an individual result, but the cited Ferrari material does not quantify their effects.
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How hybrid operation combines the V6 and electric motor
When the system operates with the V6 connected, the engine and electric motor can work together through the rear drivetrain. The motor’s assistance supplements the combustion engine rather than replacing it. Ferrari says the electric unit can contribute torque and power, and the system’s clutch and actuator arrangement enables the engine and motor to be used together or the motor to propel the car alone.
The electric unit’s functions also explain why the transition can be quick. Ferrari says the motor can start the V6, so the engine does not need a separate starter motor for that task in the description of this system. Once connected, the motor can add its own drive contribution. Ferrari’s launch release characterizes the result as cutting pedal response times to zero; that is a manufacturer description, not an independently measured response-time test.
Ferrari’s 2021 launch material lists 122 kW (167 cv) for the electric motor. The current Ferrari specification sheet lists 663 cv as the V6’s maximum output and 610 kW (830 cv) as the maximum hybrid-system output when the eManettino is in Qualify mode. These figures describe different things: a motor’s listed output, the engine’s listed maximum, and the system’s stated combined maximum under a specified mode. Do not add the engine and motor figures and assume their individual peaks occur at the same time. Ferrari’s combined-system figure is the relevant published maximum for the complete powertrain.
The Qualify qualification matters because 830 cv is not presented as an unconditional output in every setting. Ferrari ties that maximum to the eManettino’s Qualify mode. The specification sheet does not, in the material cited here, provide a separate combined-output number for every other mode, so it would be misleading to apply 830 cv universally.
Battery capacity, output and range: what the figures mean
| Figure | What it describes | Qualification |
|---|---|---|
| 7.45 kWh | High-voltage battery capacity | Listed on Ferrari’s specification sheet accessed in 2026. This is a published nominal capacity; usable capacity is not stated. |
| Up to 25 km | eDrive electric range | Ferrari’s maximum stated in its 2021 launch release. The cited source does not identify a test cycle or conditions. |
| 122 kW (167 cv) | Electric-motor output | Listed in Ferrari’s 2021 launch material. |
| 663 cv | Maximum V6 output | Listed on Ferrari’s specification sheet accessed in 2026. |
| 610 kW (830 cv) | Maximum hybrid-system output | Ferrari’s specification sheet accessed in 2026 specifies this figure with eManettino in Qualify mode. |
The battery’s 7.45 kWh rating describes capacity, not a complete charging specification. It does not establish how much energy is usable, how long charging takes, or what connector and equipment apply in a particular market. The cited material does not provide those details, so neither charging time nor a region-specific charging procedure can be derived from the capacity figure.
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A capacity number and a power number answer different questions. Kilowatt-hours describe stored energy; kilowatts describe the rate at which the motor or system can deliver power. The 7.45 kWh figure therefore cannot be converted directly into a charging time or a guaranteed distance without additional information about usable energy, charging rate and operating conditions.
Likewise, a manufacturer-stated electric range is not interchangeable with an independently measured result. The 25 km figure is useful for understanding Ferrari’s description of eDrive capability, but the source does not state conditions that would support a precise real-world prediction. No independent test statistic or named study is included in the cited material.
What the TMA and clutch arrangement actually explain
The TMA is the control element Ferrari identifies for managing the connection between the combustion engine and electric motor. Its practical significance is that the 296 GTB can change between two basic powertrain states: engine disconnected for electric-only propulsion, and the power units working together. The clutch makes that separation possible; the actuator controls the transition.
This is a more useful way to understand the system than viewing it as simply a V6 with an electric boost. The electric motor is integrated into the drivetrain and has distinct operating functions: it can move the car alone, support the V6, start the engine, and recharge the high-voltage battery. The system’s published combined maximum reflects the complete hybrid powertrain, not a simple arithmetic sum of separate peak ratings.
The arrangement also explains the most important comparison: eDrive versus hybrid drive. In eDrive, the V6 is mechanically isolated and the motor supplies propulsion. In hybrid drive, the clutch reconnects the engine so both units can deliver power through the same rear-wheel-drive transmission. Neither description implies an electric motor driving the front wheels; the cited architecture is rear drive.
A typical power-flow sequence
- Electric launch: With the V6 decoupled, energy from the high-voltage battery reaches the MGU-K, which sends torque through the rear drivetrain.
- Engine connection: The TMA controls the clutch transition when the V6 is brought into the power path.
- Combined acceleration: Once connected, the V6 and motor can contribute together. Ferrari’s published 830 cv maximum applies with eManettino in Qualify mode.
- Engine start: Ferrari says the motor can start the V6, giving the MGU-K a role beyond propulsion assistance.
- Energy recovery or charging function: Ferrari also identifies the motor as able to recharge the high-voltage battery, although the cited sources do not specify charging rates or a detailed control strategy.
This sequence describes the functions Ferrari publishes, not a promise that every transition occurs in exactly this order during every drive. The company’s public specifications do not disclose all software decisions, operating thresholds or driver-selectable procedures.
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What the published information does not establish
Ferrari’s cited material confirms that the 296 GTB is a plug-in hybrid and provides the battery capacity, output figures, and a maximum eDrive range claim. It does not, in the material cited here, establish the charging connector standard, a precise charging procedure, charge time, or equipment compatibility for a particular region. Those details should be checked against the applicable owner’s manual or market-specific Ferrari information rather than inferred from the battery capacity.
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- Not a guaranteed electric distance: Ferrari’s up-to-25-km eDrive claim is not accompanied in the cited launch release by a stated test cycle or operating conditions.
- Not a charging-time estimate: The nominal 7.45 kWh capacity alone does not disclose usable capacity or charging rate.
- Not a component-output sum: The engine and motor maximums should not be added together as though both peaks necessarily occur simultaneously.
- Not a separate-axle hybrid layout: Ferrari and YASA describe a rear-drive arrangement in which the engine and motor share the rear drivetrain.
- Not a complete service specification: The cited material does not state connector standards, regional equipment requirements or maintenance procedures.
How to read the system as a whole
The 296 GTB’s PHEV system has two central operating possibilities. With the V6 decoupled, the electric motor drives the car in eDrive; with the V6 connected, electric assistance supplements the engine. The TMA and clutch enable that change, while the motor’s generator function also gives it a role in starting the engine and recharging the battery. Ferrari’s specifications quantify the system, but the conditions attached to each number matter: 830 cv is the stated maximum hybrid output in Qualify mode, while up to 25 km is Ferrari’s 2021 eDrive claim rather than a universal real-world range.
For readers who want a physical representation of the car, Ferrari’s store lists a hand-assembled 1:43-scale 296 GTB replica with a display case and base. It is a collectible model, not a working hybrid demonstration or technical cutaway, and its listing does not establish availability through other retailers.
Frequently Asked Questions
Can the Ferrari 296 GTB drive using electric power alone?
Yes. Ferrari says the TMA-controlled clutch can decouple the V6, allowing the electric motor to propel the rear-wheel-drive car in eDrive. Ferrari states an electric range of up to 25 km, but the release does not give a test cycle or conditions, so that is not a guaranteed real-world distance.
Where is the 296 GTB’s electric motor located?
The MGU-K sits between the 120-degree V6 and the eight-speed F1 dual-clutch transmission. Both power units therefore feed the shared rear drivetrain rather than separate front and rear axles.
What does the Transition Manager Actuator do?
The TMA controls the clutch connection between the engine and motor. It enables the V6 to be disconnected for eDrive or connected so the V6 and electric motor can work together.
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How large is the Ferrari 296 GTB hybrid battery?
Ferrari’s current specification sheet lists a 7.45 kWh high-voltage battery. That is a published nominal capacity; it does not reveal usable capacity, charge time or the connector and equipment required in a specific market.
Is the 296 GTB’s 830 cv figure the engine’s output?
No. Ferrari lists 663 cv for the V6 and 610 kW (830 cv) for maximum hybrid-system output with eManettino in Qualify mode. The engine and motor figures should not be added as if their separate peaks necessarily occur simultaneously.
Does the electric motor only provide acceleration assistance?
No. Ferrari says the MGU-K can propel the car alone, supplement the V6, start the engine and recharge the high-voltage battery. The cited material does not provide detailed charging rates or software thresholds for those functions.
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The cited Ferrari material does not state a charging time, connector standard or region-specific procedure. The 7.45 kWh capacity alone is insufficient to calculate one, so an applicable owner’s manual or market-specific Ferrari information is required.
The Bottom Line
Ferrari’s 296 GTB uses a rear-mounted MGU-K between its twin-turbo V6 and eight-speed dual-clutch transmission. The TMA and clutch can isolate the engine for electric-only eDrive or connect both power units for hybrid propulsion. Ferrari lists a 7.45 kWh battery, 122 kW (167 cv) motor output, 663 cv from the V6 and up to 610 kW (830 cv) in Qualify mode; its up-to-25-km eDrive figure remains a manufacturer claim rather than an independent real-world test.
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