It Takes 320 Hours Of Painting, Lamborghini Themerario Ad Personnel Shows Off In Miami

JAKARTA After last year stealing attention at the Miami Basel Art through the special edition of the PHEV SE which was painted for 230 hours, Automobile Lamborghini again presents another unique work. This year, the Italian supercar manufacturer launched the Temerario Ad Personam one-off with exclusive crystal paint livery.

The project was also carried out for 320 hours by the Ad Personnel customization division before it was finally introduced at Art Basel Miami, today, Thursday, December 4.

Crystal paint on this Themerario combines three contrasting contrasting but harmonious colors starting from Verde Shock (Hijau), Grigio Maat (Abu-abu Matte), and Neger Nemesis (Hitam Matte) wrapped in advanced painting techniques, combining Italian engineering expertise with unbounded personalization art. The presence of this supercar in Art Basel strengthens the position of the Temerario not only as a high-tech machine, but also as a work of moving art. The presence of a one-off unit at Art Basel Miami highlights Lamborghini's Ad Personam program, which allows customers to create fully personal cars.

Temerario Specifications: Transition To Hybrid Era

Themerario, which means "Be brave" or "Nekad," is the successor to the Huracmen line and marks a new era for Lamborghini as the second High Performance Electrified Vehicle (HPEV) after Revuelto. Introduced globally in August 2024, the Temerario replaced the legendary V10 naturally aspirationed machine with a more powerful hybrid powertrain

The Temerario's mechanical heart consists of a twin-turbo V8 engine capable of producing 800 CV (789 HP) at a 9,000 9,750 rpm engine rotation. To achieve a high spin (10,000 rpm), the machine uses a flat-plane crane and a titanium connecting rod. Two electric motors on the front axis and one electric motor installed between the engine and transmission produce a total combined 920 CV output. This innovation not only increases power, but also allows precision torque vectoring to increase the thinness while maneuvering and stability at high speed.