The name comes from a legendary fighting bull — Veneno was one of the strongest and most aggressive bulls in the history of bullfighting, renowned for exceptional speed. He became famous in 1914 when he fatally wounded the torero José Sánchez Rodríguez during a bullfight at the arena in Sanlúcar de Barrameda, Andalusia, Spain. Following Lamborghini's established tradition of naming its cars after celebrated fighting bulls, the name suited a machine conceived explicitly around motorsport engineering.
The Veneno's bodywork was developed with aerodynamic function as its primary brief. Every surface serves a defined role: the front end acts as a large aerodynamic wing, with channels directing air to outlets in the hood and in front of the windshield. The characteristic Y-shaped headlamps, inherited from Lamborghini's design language, extend deep into the fenders. Scissor doors and separated rear fenders reference the visual vocabulary of sports prototypes.
At the rear, the underbody transitions into a substantial diffuser framing four exhaust pipes divided by a splitter. A central shark fin on the engine cover provides additional downforce at high yaw angles and improves braking stability. The adjustable rear wing was developed using motorsport experience and aerodynamic simulation. Wheels measure 20 inches at the front and 21 at the rear, each fitted with a carbon-fibre ring around the rim that functions as a turbine, channelling cooling air to the carbon-ceramic brake discs.
The show car retained at Geneva wore the factory's colours — an all-new grey metallic finish with Italian flag accents in red, white, and green. The three customer cars each carried a single colour from the Italian tricolore, forming a complementary trilogy.
The Veneno is built on a carbon-fibre-reinforced polymer monocoque, substantially derived from the Aventador's structure but adapted to the new design. Aluminium subframes front and rear carry the suspension loads. All exterior body panels are CFRP. Interior surfaces use Lamborghini's patented Forged Composite for the bucket seats and the CarbonSkin material — a woven carbon-fibre fabric soaked in a stabilising resin that remains pliable while reducing weight — throughout the cockpit, seat bolsters, and headliner. A revised instrument panel introduced G-force metering.
The twelve-cylinder engine displaces 6.5 litres, producing 552 kW / 750 hp at 8,400 rpm and 690 Nm at 5,500 rpm — an increase over the Aventador achieved through enlarged intake paths, optimised thermodynamics, a slightly raised rev ceiling, and a revised exhaust system with reduced back pressure. Drive goes to a permanent all-wheel-drive system through a 7-speed ISR transmission offering five selectable driving modes. Suspension follows the pushrod layout with horizontal spring and damper units, the same system used in racing prototypes.
Dry weight stands at 1,450 kilograms, making the Veneno 125 kg lighter than the Aventador despite its race-car-level aerodynamic package. The resulting power-to-weight ratio is 1.93 kg/hp. Claimed acceleration from 0 to 100 km/h is 2.8 seconds; top speed is 355 km/h.
A Veneno Roadster was announced in October 2013, with its public debut held aboard the Italian naval aircraft carrier Cavour docked at Abu Dhabi's Mina Zayed port. Nine units were produced during 2014 at a price of €3,300,000 excluding tax, each open to individualised colour choices — a dedicated shade called Rosso Veneno was developed for the series, though each buyer could specify their own finish. Without a roof, the Roadster employed a sturdy rollover bar in place of any fixed structure. Its engine and drivetrain matched the coupé's specification. Dry weight of 1,490 kilograms resulted in a power-to-weight ratio of 1.99 kg/hp, and the 0–100 km/h figure was 2.9 seconds against the same 355 km/h top speed.
At the time of its unveiling, all three customer coupés had already been sold. The Veneno served Lamborghini as both a 50th-anniversary statement and a showcase of the company's expertise in CFRP engineering. The car was fully homologated for road use worldwide, meeting all applicable safety requirements including airbags and an adapted ESP system, despite its racing-prototype construction. The factory retained its show car, designated unit zero, for ongoing testing and development use.
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