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Our date with the Lamborghini Veneno in the desert

Shooting The World's Most Expensive Production Car
One can only consider the Veneno an extremely fascinating machine.
Twelve humans have walked on the moon, yet only three humans will own a Lamborghini Veneno coupe.

Lamborghini's path to the future is paved with forged composites

As far back as 1983, Lamborghini has been researching carbon fiber for automotive use. The automaker felt confident enough in its ability to work with the high-tech material in 1985 that a team led by Maurizio Reggiani, now the Lamborghini Board Member in charge of Research and Development, crafted a revolutionary Countach with a chassis made almost entirely of hand-laid carbon fiber. The result was spectacular in that the car's chassis weighed about half of its all-metal counterpart. It turned out that first foray into carbon fiber was just as spectacular when it was finally tested for crashworthiness, but in a completely different way. Catastrophic would be an appropriate word, according to Paolo Feraboli, who now leads Lambo's brand-new Advanced Composite Structures Laboratory in Seattle, Washington. Proving how far Lamborghini has come since that ill-fated carbon-fiber Countach Evoluzione, Feraboli told us during the ACSL's grand opening that today's Aventador, which boasts a high-tech carbon chassis, aced its very first crash test in 2009. Chalk that success up to high-tech computer modeling and the practical application of lessons learned over several decades of trial and error. The dull red monocoque of that crashed Aventador now hangs on the wall at the ACSL like a functional piece of art, a reminder of Lamborghini's cutting-edge milestones of the past. Lamborghini's future will be hewn from what the company calls forged composites. First seen on the stunning Sesto Elemento Concept from the 2010 Paris Motor Show, the patented carbon-forging process forgoes hand-laid sheets, injected resins, and high-heat autoclaves. Instead, wads of randomly oriented carbon fibers that sort of resemble the kind of dough you'd use to make pasta undergo a three-minute press inside a mold. The resulting parts are just as strong as other carbon-fiber bits, but can be mass-produced at a fraction of the cost. While it's true that cost is often a secondary consideration for high-end supercars, it's still relevant. By reducing the cost and increasing the scale of composite pieces, Lamborghini can then afford to spend more money on other parts of the car. It's not just body panels and chassis components that Lamborghini thinks it can build using forged composite technology. The Sesto Elemento featured forged-composite suspension control arms that haven't yet made it into production, but probably will soon.

2016 Lamborghini Huracan LP 610-4 Spyder First Drive

Convertibles get a bad rap when it comes to performance cars. Once, a lack of a roof meant extra performance. Now it means added weight and loss of structural rigidity. This stigma even applies to supercars, maybe more so. In the case of Lamborghini, the Huracan LP 610-4 Spyder is the "lifestyle" version. Which is silly, but doesn't diminish the appeal. Essentially, the Spyder is a Huracan with a fabric roof. Same 602-horsepower V10 inches behind the cabin, same hybrid aluminum-and-carbon-fiber construction, and same all-wheel-drive (though updated across the line for 2016). The performance compromise is a mere one mile per hour drop in top speed, and two-tenths of a second slower claimed 0-62 mph time of 3.4 seconds. (We suspect this is generously slow, to protect the egos of coupe owners). All told, the Spyder adds about 220 pounds in curb weight versus the coupe (Italian "dry" weight numbers are notoriously optimistic, so take the 3,650-pound Spyder claim with a grain of salt). The aerodynamic management on the Spyder is so good that the 201-mph top speed is valid with both the top up and retracted. In detail, the conversion in making the Huracan convertible is extensive. The roof itself is three layers of fabric, with a middle rubberized ply to cut down on interior noise. The design brief was to maintain the Huracan's hexagons-gone-wild theme with the top up and down. Spend 17 seconds waiting for the fully automatic top to lower, and the shape retains the coupe's motif. Part of the top's electronic ballet is a pair of flaps that extend out to preserve the shape of the B-pillar. Those flaps also feature narrow slits that smooth the wind along the side of the car, reducing turbulence near the driver's and passenger's ears. Additional side deflectors keep more wind away from your head. And with the top down the rear window's maximum height is restricted to prevent it from catching air. The aerodynamic management on the Spyder is so good that the 201-mph top speed is valid with both the top up and retracted. Suck on that, coupe aficionados. The Huracan's performance is so ridiculous that few can explore the margin between the two bodystyles. In any case, we didn't get much chance to stretch the Huracan's legs on our press drive in Miami, due a torrential downpour and the fact that South Florida is a terrible place for driving. Maybe that's where the "lifestyle" portion comes in, because Miami is a fantastic town for flaunting wealth.