From Desert Dunes to the Digital Age: The Remarkable Evolution of Lamborghini's Super SUV

There is a photograph of the LM002 that tells you everything you need to know about Lamborghini’s ambition.

A powder-blue behemoth, all muscle and menace, blasting through forest tracks at speed. It looks like nothing else on earth – because in 1986, it wasn’t.

That vehicle, the world’s first Super SUV, was the unlikely starting point for one of motoring’s great dynasties.

Nearly 40 years later, its spiritual successor, the Urus SE, will hit 312km/h and travel more than 60 kilometres on electric power alone.

The distance between those two facts is the story of Lamborghini’s most improbable, most spectacular achievement.

The journey began not with glamour but with grit. In 1977, Lamborghini unveiled the Cheetah at the Geneva Motor Show, an all-wheel-drive prototype built for military applications, featuring a rear-mounted Chrysler V8, a tubular steel chassis and a fibreglass body.

The US government contract it was designed to win never materialised. Neither did its follow-up, the LM001, which retained the V12 from the Countach but struggled with weight distribution in desert conditions.

It took engineer Giulio Alfieri to crack the problem. By relocating the engine to the front, a move that sounds obvious only in retrospect, he produced the LM002, debuted at the 1986 Brussels Motor Show.

Powered by a 5.2-litre V12 producing 450CV, it could propel its 2.7-tonne body beyond 200km/h. Pirelli developed bespoke Scorpion BK tyres just to handle it. Inside, leather upholstery, wood trim and air conditioning made it as sybaritic as it was savage. Just 301 were built before production ended in 1992.

Twenty-five years passed before Lamborghini returned to the segment.

The Urus, unveiled in production form in 2017, was not merely a new car — it was a reinvention of the brand.

To build it, Lamborghini doubled its Sant’Agata Bolognese facility from 80,000 to 160,000 square metres. Its 4.0-litre twin-turbo V8, the company’s first turbocharged engine in its modern era, produced 650CV and 850Nm of torque, reaching 100km/h in 3.6 seconds. Its carbon-ceramic front discs, at 440mm, were the largest fitted to any production vehicle at launch.

The range has evolved rapidly since. The Urus Performante lifted output to 666CV, swapped air suspension for steel springs for sharper dynamics, and in 2022 set the production SUV record at Pikes Peak — 10:32.064. The Urus S, launched the same year, matched that power figure while prioritising luxury and adaptability over lap times.

Now comes the Urus SE, and with it, a genuine inflection point. Unveiled in 2024, it pairs the twin-turbo V8 with a 141kW electric motor for a combined 800CV and 950Nm, making it the most powerful Urus ever produced. A 25.9kWh battery enables over 60km of fully electric driving.

Top speed is 312km/h. The aerodynamics have been entirely redesigned, the infotainment system gains dedicated hybrid management displays, and buyers can choose from more than 100 exterior colours.

None of which would have seemed remotely plausible in 1977, when Lamborghini was trying, and failing, to sell a fibreglass truck to the US military. Sometimes the greatest stories begin in failure.

For all the attention Porsche’s move to electric power has generated, perhaps the most surprising number attached to its latest EV isn’t its range or charging speed.

It’s 1,156.

That is the maximum horsepower available from the new Cayenne Turbo Electric, making a large, five-seat family SUV the most powerful production Porsche ever built.

Not a 911. Not a Taycan. Not one of Stuttgart’s limited-production track specials. A Cayenne.

The new flagship produces up to 850kW, or 1,156PS, and 1,500Nm of torque with Launch Control activated, enough to send it from 0–100km/h in just 2.5 seconds.

Keep the accelerator pinned and 200km/h arrives in 7.4 seconds, before the Cayenne eventually reaches its 260km/h top speed. Those numbers put a vehicle capable of carrying five people and their luggage firmly into supercar territory.

It also represents something of a full-circle moment for the Cayenne.

When Porsche first revealed the original Cayenne more than two decades ago, the idea that the sports car specialist would build an SUV was controversial. It went on to become one of the company’s most important models and helped expand Porsche well beyond the traditional two-door sports car market.

Now the Cayenne is again being used to push Porsche into new territory.

The Cayenne Turbo Electric sits at the top of a growing three-model electric range in Australia, above the Cayenne Electric and Cayenne S Electric. Crucially, Porsche isn’t abandoning combustion power in the process. Petrol and plug-in hybrid versions of the Cayenne continue alongside the new electric generation, giving buyers a choice of powertrains rather than forcing an immediate wholesale transition.

But if the electric Cayenne is supposed to demonstrate what Porsche believes the next generation of its luxury SUV can do, the Turbo is the exclamation point.

In normal driving it produces up to 630kW, or 857PS. A Push-to-Pass function can temporarily add another 130kW for 10 seconds, while the full 850kW is unleashed with Launch Control.

Managing that much performance repeatedly is considerably more complicated than simply fitting powerful electric motors.

Porsche has equipped the rear motor with direct oil cooling, technology derived from motorsport, designed to maintain high continuous power output and efficiency rather than deliver one spectacular acceleration run before heat begins limiting performance.

It is part of the broader engineering challenge facing the new Cayenne.

Porsche hasn’t simply had to make a very fast electric SUV. It has had to make a 1,156PS electric SUV behave like a Porsche.

Adaptive air suspension with Porsche Active Suspension Management is standard, while the Turbo adds Porsche Torque Vectoring Plus. Rear-axle steering, capable of turning the rear wheels by up to five degrees, is optional.

Buyers can also specify Porsche Active Ride, the active suspension technology already seen elsewhere in the Porsche range. The system is designed to almost completely compensate for pitch and roll movements, helping keep the body level under acceleration, braking and cornering. That becomes particularly relevant in a large SUV carrying a substantial battery beneath its floor.

Even braking has been approached differently.

The Cayenne Electric can recover energy at up to 600kW under deceleration, a figure Porsche compares with the recuperation capabilities of its Formula E racing cars. The company says around 97 per cent of everyday braking can consequently be handled by the electric motors without requiring the conventional friction brakes.

For those intending to explore the outer edges of its performance envelope, Porsche Ceramic Composite Brakes remain available on the Turbo.

Then there is the battery.

A 113kWh high-voltage battery sits at the centre of the Cayenne’s new 800-volt electrical architecture. For the Turbo, Porsche quotes a European WLTP range of up to 623 kilometres, although Australian-specific range figures can vary depending on specification and testing.

More impressive is how quickly that battery can theoretically be replenished.

The Cayenne can accept DC charging at up to 390kW under optimal conditions, briefly reaching as much as 400kW under specific circumstances. Porsche says a 10 to 80 per cent charge can take less than 16 minutes when connected to sufficiently powerful infrastructure and with the battery at the appropriate temperature.

That potentially addresses one of the compromises that has traditionally separated a long-distance electric luxury SUV from its petrol equivalent.

Finding a charger capable of delivering anywhere near 400kW is another matter, particularly in Australia, but the car itself has been engineered with considerably more charging capacity than much of today’s infrastructure can provide.

Porsche is going further at home.

The Cayenne Electric is the first Porsche designed to support optional wireless charging. Rather than plugging the car into a wallbox, owners will eventually be able to park above a floor plate capable of inductively charging the battery at up to 11kW.

The system automatically recognises the vehicle and allows it to lower itself into the appropriate position above the plate. Porsche expects the wireless charging system to become available to order in Australia in the fourth quarter of 2026, with Australian Cayenne Electric models pre-wired to allow it to be retrofitted, unless buyers opt out.

For all those numbers, however, the Cayenne still has to fulfil the role that has made it such an important Porsche for more than 20 years. It needs to be useful.

The electric model is 4,985mm long and rides on a 3,023mm wheelbase, almost 13 centimetres longer between the axles than the combustion-engined Cayenne.

Most of that extra space has been used to improve rear passenger accommodation.

The electrically adjustable rear seats can move between comfort and cargo-oriented positions, while luggage capacity ranges from 781 litres to 1,588 litres. Removing an engine from the front also creates a further 90-litre luggage compartment under the bonnet.

Depending on specification, the Cayenne Electric can tow as much as 3.5 tonnes. It is that collision of figures that perhaps best explains the new Turbo.

This is a vehicle capable of reaching 100km/h in 2.5 seconds and producing 1,500Nm of torque, yet it can also carry a family, swallow more than 1,500 litres of luggage with the rear seats configured for cargo and tow a substantial boat or caravan.

Inside, Porsche has similarly moved the Cayenne further into its digital era.

The new Porsche Driver Experience combines a fully digital instrument display with the curved central Flow Display, while a separate passenger display and augmented-reality head-up display are available.

Despite the expansion of screen real estate, Porsche has retained a mixture of digital and physical controls rather than moving every function behind a touchscreen.

Australian Turbo models also receive a generous standard specification, including a panoramic roof, ventilated front seats, four-zone climate control, privacy glass and Porsche’s Parking Entry Package with Surround View and Self-Steering ParkAssist.

And we now know what all of it will cost.

The Cayenne Turbo Electric is priced from $259,900 before on-road costs in Australia, compared with $167,800 for the Cayenne Electric and $193,100 for the Cayenne S Electric.

Orders are already open, with the first Australian deliveries expected from the third quarter of 2026.

There is also a Cayenne Turbo Coupé Electric for buyers wanting the same extraordinary drivetrain beneath a more sporting roofline. It is priced from $272,100 before on-road costs.

Ultimately, however, the significance of the Turbo isn’t simply that Porsche has electrified another model. The company has used electrification to move the performance ceiling of the Cayenne somewhere it has never been before.

From Desert Dunes to the Digital Age: The Remarkable Evolution of Lamborghini’s Super SUV

Nearly half a century after a military prototype first rolled out of Sant’Agata Bolognese, Lamborghini’s Super SUV lineage culminates in a 800CV plug-in hybrid that does 0–100km/h in 3.4 seconds

Porsche’s Cayenne Turbo Electric produces up to 1,156PS and reaches 100km/h in a claimed 2.5 seconds.