Beyond the Edge
Paolo Nespoli and the Lamborghini Miura SV
When Paolo Nespoli watched Neil Armstrong step onto the Moon in July 1969, he was twelve years old. For the young Italian, the moment did more than capture his imagination. It set the direction of his life.
Decades later, Nespoli would spend more than 300 days in space across three missions, travelling at over 27,000 km/h and experiencing forces beyond four times the pull of gravity. His career became one built around machines operating at the limits of what engineering could achieve.
That fascination with engineering also explains why Lamborghini chose Nespoli to revisit one of the defining cars of its own history: the Miura SV.
The parallels are easy to understand. Lamborghini was founded in Sant'Agata Bolognese in 1963 and had barely established itself when development began on the Miura. The prototype chassis appeared in 1965, followed by the production car in 1966. Its transverse mid-mounted V12 layout was radical for a road car, while Marcello Gandini's bodywork for Bertone gave the mechanical package a shape that would become one of the most recognisable of its era.
The Miura helped establish the template for the modern mid-engined supercar.
By 1971, Lamborghini had pushed the idea further. Introduced at the Geneva Motor Show, the Miura SV became the final major development of the model and, for many, its most complete expression.
SV stood for Super Veloce. The 3.9-litre V12 was developed to produce around 385 hp, while revisions to the suspension, rear track and bodywork gave the car a noticeably different character from earlier Miuras. The famous eyelashes around the headlights disappeared and the rear arches became wider to accommodate larger tyres.
It was still unmistakably a Miura, although five years of continuous development had transformed the way it behaved.
For Nespoli, that mechanical evolution is part of the attraction.
The Miura SV went beyond the edge, beyond belief. Even 55 years on you can feel the engine power, the way the clutch moves with the gearshift, putting power to the wheels.”Paolo Nespoli
Driving an analogue supercar from the early 1970s is far removed from travelling aboard a spacecraft, yet Nespoli sees a common philosophy behind the two worlds.
“We went to the Moon because it was difficult, not easy.”
“I had total belief in myself, and that nothing is impossible,” he says of his career as an astronaut. “You need that belief to achieve. That is what the aerospace industry is built on.”
He points particularly to the period that produced some of the greatest leaps in aviation and space exploration.
“When the Wright brothers flew a few hundred metres in 1903, who imagined flying to the Moon 66 years later? We went to the Moon because it was difficult, not easy. NASA redefined the boundaries as they went.”
Revolutions
Automotive engineering was undergoing its own period of rapid change at the same time. Lamborghini entered the 1960s as a new manufacturer challenging established Italian marques and finished the decade with a car that had changed expectations of what a high-performance road machine could look like.
The Miura was created during an era when engineers were prepared to explore solutions without decades of established convention standing behind them. Its layout, proportions and performance reflected that willingness to experiment.
The SV became the conclusion of that process.
“You feel the wheel and tame the power.”
For Nespoli, however, the experience is also strikingly physical. There are no layers of electronic intervention separating the driver from what the car is doing.
“You feel the wheel and tame the power,” he says. “I am obsessed with engineering, technology. I always look to the future, but driving the Miura SV I feel young again.”
Perhaps that is where the connection between astronaut and automobile becomes most convincing.
Both Nespoli's career and the Miura belong to an era fascinated by the possibility of going further. One looked beyond the atmosphere. The other helped redefine the limits of the road car.
More than half a century later, the Miura SV remains evidence of what can happen when engineers are given room to explore the edge.
