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Lamborghini

TERZO MILLENNIO

Automobili Lamborghini looks to the future with a visionary approach, carrying our core values to extremes. Dictating the requirements of the third millennium, the Terzo Millennio combines energy efficiency and innovative materials to forge a path in the electric super sports car segment, guaranteeing the purest driving experience.

Automobili Lamborghini looks to the future with a visionary approach, carrying our core values to extremes. Dictating the requirements of the third millennium, the Terzo Millennio combines energy efficiency and innovative materials to forge a path in the electric super sports car segment, guaranteeing the purest driving experience.

The power source is electricity instead of gasoline. Electrical systems are extremely efficient, allowing kinetic energy to be recovered to generate power. In order to exploit the opportunities offered by electric drivetrains, the battery system must be symmetrical and oriented toward power in order to ensure high levels of performance and the greatest possible level of energy regeneration.

The power source is electricity instead of gasoline. Electrical systems are extremely efficient, allowing kinetic energy to be recovered to generate power. In order to exploit the opportunities offered by electric drivetrains, the battery system must be symmetrical and oriented toward power in order to ensure high levels of performance and the greatest possible level of energy regeneration.

The design objectives include a reduction in weight and an increase in the availability of electrical energy through the use of composite structural materials for storing electricity, such as a rechargeable battery. The goal is to perfect nanomaterial technology, distributing nano charger into the CFK panels that comprise the vehicle’s body and components, which will therefore act as electrical storage devices.

The design objectives include a reduction in weight and an increase in the availability of electrical energy through the use of composite structural materials for storing electricity, such as a rechargeable battery. The goal is to perfect nanomaterial technology, distributing nano charger into the CFK panels that comprise the vehicle’s body and components, which will therefore act as electrical storage devices.

Among the advantages of an electric propulsion system is the possibility to power a system of electrical components through the use of cables. Lamborghini intends to exploit this opportunity to generate torque directly at the wheels. The challenge consists of creating a technology that allows the power density positioned inside the wheels to be increased to the level required by an all-wheel-drive super sports car, while simultaneously keeping unsprung mass under control.

Among the advantages of an electric propulsion system is the possibility to power a system of electrical components through the use of cables. Lamborghini intends to exploit this opportunity to generate torque directly at the wheels. The challenge consists of creating a technology that allows the power density positioned inside the wheels to be increased to the level required by an all-wheel-drive super sports car, while simultaneously keeping unsprung mass under control.

The adoption of an electric drivetrain demands the creation of a new sonic signature to replace that of the current V12 engine. A thorough investigation is required to assess the advantages deriving from the new powertrain while leaving behind no opportunity to generate a voice unique to the Terzo Millennio.

The adoption of an electric drivetrain demands the creation of a new sonic signature to replace that of the current V12 engine. A thorough investigation is required to assess the advantages deriving from the new powertrain while leaving behind no opportunity to generate a voice unique to the Terzo Millennio.

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