Lamborghini Huracan Performante Spyder Spotted Testing

Stephen Elmer
by Stephen Elmer

Lamborghini’s latest record-setting supercar is losing its roof.

The Huracan Performante, which recently lapped the Nurburgring faster than any other production car, will soon be available as a convertible and spy photographers have caught the new drop-top model running around on the streets outside the German racetrack.

Powering the Huracan Performante Spyder will be a V10 that makes 640 horsepower and 443 lb-ft of torque, but what truly makes this car special are the aerodynamic elements. The “Aerodinamica Lamborghini Attiva” (ALA) system is a patented active aerodynamic system that adjusts multiple spoilers and ducts to provide active variation of aero load for high downforce or low drag.

Thanks to the lack of a hard top, aerodynamics will be affected on the car, so Lamborghini is no doubt working towards making sure that the ALA system still works optimally.

SEE ALSO: 2018 Lamborghini Huracan Performante Video, First Look

Besides the special aero setup, weight loss compared to the standard car is also included with this Performante version, though how much remains to be seen as convertible models can often pack on extra pounds.

The Lamborgini Huracan Performante was recently revealed at the Geneva Motor Show, so don’t expect the Spyder to be revealed too soon, likely debuting close to the end of 2017.

Discuss this story at our Luxury Lifestyle Forum

Stephen Elmer
Stephen Elmer

Stephen covers all of the day-to-day events of the industry as the News Editor at AutoGuide, along with being the AG truck expert. His truck knowledge comes from working long days on the woodlot with pickups and driving straight trucks professionally. When not at his desk, Steve can be found playing his bass or riding his snowmobile or Sea-Doo. Find Stephen on <A title="@Selmer07 on Twitter" href="http://www.twitter.com/selmer07">Twitter</A> and <A title="Stephen on Google+" href="http://plus.google.com/117833131531784822251?rel=author">Google+</A>

More by Stephen Elmer

Comments
Join the conversation
Next