Aviation

McLaren W1 First Drive: Ferocious Hypercar Transcends the Track

You know things are getting serious when McLaren rolls-out the ‘1’ suffix. The origin story is, of course, the very first road car McLaren ever built, the F1. Designed by visionary Formula 1 aerodynamicist and engineer Gordon Murray, it arrived in 1992 and rendered all other supercars obsolete. The tiny, lightweight F1 embraced carbon-fibre material technology, adopted a radical centre seat driving position with two passengers set back and either side and was powered by a 6.1-litre V12 engine from BMW that might as well have been passed down directly from the Gods. Game-changer? That doesn’t even come close to describing its impact, even if at the time sales didn’t come easy… The P1 was very different. Rather than a unique side project from the Formula 1 team, it was instead a statement piece for McLaren Automotive, a new road car division still in its infancy. It arrived in 2013 and was a wild-eyed showstopper. It traded the long-legged gait and supple suspension of the F1 for a weaponized hybrid system capable of delivering 903bhp and huge blue flames from its drainpipe exhaust. In Race mode, it lowered by 2-inches and its massive concave rear wing extended into the sky. The P1 was all about aerodynamic downforce, crazed acceleration and a snorting, angry soundtrack that mixed venomous twin-turbocharged V8 with the manic whirr of electric motors. Not so much a car as a force of nature. And now there’s this: The W1. It’s a true successor to the P1 with a similar brief and, on the face of it, it evolves rather than radically reinvents McLaren’s vision for the ultimate hypercar. This is not a criticism. How could it be when the result is this dramatic and has such staggering, other-worldly potential? The W1 has 1258bhp delivered to the rear wheels. It’s capable of 0-124 mph in 5.8-seconds, the quarter mile in 9.6-seconds at 167 mph and produces 2205lbs of downforce at 174 mph. The active aerodynamics – particularly a rear wing that extends way out beyond the rear of the car – are pure performance art and deliver massive aerodynamic efficiency. The result, aside from looking extremely cool, is that the W1 is McLaren’s fastest road car around a racetrack. Ever. Their benchmark circuit is the breath-taking Handling Track at the Nardo proving ground in southern Italy, where the W1 beats their previous benchmark, the flyweight McLaren Senna, by three seconds per lap. Or “a lifetime” as they call it in racing. Maybe two lifetimes! Core to the W1’s performance is the new ‘Aerocell’ carbon fibre tub. With integrated seats and a raised footwell to allow for inboard pushrod-operated front suspension – which in turn gives air a clean path to the huge underbody diffuser – it’s light, stiff, space efficient and has been instrumental in McLaren realising a full ground-effect concept. Just like last year’s F1 cars, which were the fastest ever made. There is also an active front wing and the aforementioned complex rear wing dubbed ‘Active Long Tail’. All of which is very admirable. But the ‘anhedral’ or gullwing doors and the fantastically shirnked-wrapped feel to the minimalist, highly-focussed interior are a pretty good side effect. The W1 feels special. Those fixed seats are perhaps a shade more upright than expected, and the driving position is less obviously racecar than, for example, the Aston Martin Valhalla or Ferrari F80. However, once you’ve adjusted the pedals (they move on a slider) and the delicate, slim-rimmed and alcantara-trimmed steering wheel, there’s an overwhelming sense of purpose. The cabin is so tightly tailored and imparts a sense of lightness and agility before you so much as start the all-new 4.0-litre twin-turbocharged V8 engine, which makes 916bhp all on its own and revs to 9200rpm. Reach up to a roof-mounted control panel to find the starter button. Maybe this fighter plane trope is a little corny, but somehow you feel thrilled rather than manipulated. The W1 has a sense of humour as well as all that motorsport-derived sophistication. There’s a short delay, but when the engine does fire it’s instant – as the high-powered hybrid system negates the need for an old-school starter motor. A sharp flare of revs tells you that this engine is hyper-responsive and angry. On some deep level your brain and body have been sent all the signals required to prepare for something new and intense. Ahead of us, an empty Mugello racetrack, so press and hold the blue button next to the red starter to select Race mode. The centre display graphic shows the W1’s transformation in real time as it lowers by 37mm at the front and 17mm at the rear whilst simultaneously undocking all that active aero goodness. Race mode is not road legal and is geo-locked. You can show your friends and neighbours the aero dance, but it won’t allow you to select a gear to actually drive unless you’re at a circuit. Incidentally, the rocker switches either side of the display binnacle allow further options now: Toggle up the Handling control on the left for Race+ (for F1-spec super smooth tracks) or stick to Race for gnarlier ones. On the right toggle select ‘GP’ for sustained performance over a stint or ‘Sprint’ to unleash all 1258bhp for a time attack. There’s also a DRS and Boost function on the steering wheel. But I guarantee you won’t have the mental capacity to use them… Exit the pitlane, pin the throttle and W1 takes maybe a millisecond or two to gather its might (the gearing stretches to around 60mph in first, nearly 100mph in second, primarily to aid traction), but then lunges at the first turn with incredible ferocity. It instantly feels light, almost like inertia is no longer a thing. McLaren really does prize lightweight engineering, and at 3084lbs (dry) the W1 has a 278lbs advantage over the Ferrari F80. Plus, Ferrari uses figures for cars fitted with every single carbon fibre option. In reality, the gap is probably wider still. The impression of agility and stunning control continues as the track is unravelled at startling pace. The electric motor mounted to the side of the new 8-speed dual-clutch transmission is good for 342bhp and 324lb ft and it boosts any low rev lethargy the new flat-plane crank V8 might have (spoiler alert: It doesn’t appear to have any), so the W1 just feels massively, almost impossibly powerful at any revs. Even so, there’s real reward for wringing it out to 9200rpm and the power curve feels superheated but organic, too. In Race mode the steering – still hydraulically powered – has less assistance and it is noticeably heavier than other McLarens. However, that resistance is welcome as it gives you something to push against and imparts so much information about the front grip level. New Pirelli Trofeo RS tyres with a bigger front footprint than P1 or Senna really help. The front-end feels incredibly secure and the rear-axle follows with perfectly-aligned precision. The whole car feels super-stiff, completely locked into the surface and inspires confidence, but there’s an inherent agility and adjustability that means you’re quickly confident to push at its limits and really impose yourself on the chassis. It’s such a complex car but the driving experience is intuitive, and the driver feels a key contributor rather than just amazed (or terrified) observer, holding on for dear life. Every dynamic ingredient really is shockingly effective and yet has a subtlety and lightness of touch. From that delicious steering to the incredible brakes, the W1 just feels so mission-focussed, so hooked-up. Only the new 8-speed gearbox is a slightly disappointment. It’s fast and punchy, but after the scintillating energy of the Ferrari F80 ’box it feels competent rather than inspired. Other quibbles – it’s okay to quibble when the starting price is $2.1-million before tax and destination charge. Well, that new twin-turbocharged V8 sounds tightly wound and aggressive but if you have a P1 tucked in the garage you’ll miss the snorting, Darth Vader-style soundscape and all the drama that goes with it. Ferrari does this better, too. The F80 sounds deathly dull from the outside but is a riot of turbochargers, electric motors and all sorts of mechanical fury within the cockpit. Even so, the W1 is wildly entertaining on track, and the rear-drive configuration makes it more of a challenge and more satisfying than the F80 when chasing lap times or just sliding around for fun. In the Ferrari, you must second-guess what the front e-axle might do, whereas in the W1 it’s all on you. There are plenty of tools to help, including the ingenious Variable Drift Control, but somehow the W1 is more heroic. Or at least fools you into feeling more heroic – which is surely the point! On the road? Nimble, loaded with feel and sublime response. The ride is noticeably tougher than, say, a 750S but the control is ramped-up too, and with a bit more speed the whole car finds a delicious rhythm. Sport mode for the drivetrain brings some nice turbo whooshes and chirps, but the noise remains high-quality rather than extreme excitement. It is perhaps the one area the W1 feels just a little too tame. Of course, there’s nothing tame about the raw performance… which is genuinely shocking and literally hurts your neck muscles after a few hours. How McLaren has given the W1 such immense traction through just two driven wheels is beyond me. So, is it worthy of that ‘1’? I think so. Perhaps we won’t be talking about $25-million auction results for the W1 in 30 years from now, as we are for the F1. Perhaps it doesn’t quite have the amazing presence and jaw-dropping star quality of the simply gorgeous P1. But it is such an intense experience and the way it marries stunning track performance with delicate poise and entertainment on normal roads is something akin to magic. Maybe not ‘the one’ but definitely a searing, outrageous addition to McLaren’s fiercest family line. Just 399 W1’s will be built and they’re all sold. I’m not surprised at all. View All McLarens For Sale Images: McLaren Automotive

A futuristic jet aircraft with orange accents flies above the clouds at high speed, leaving bright exhaust trails behind—could this be the 4600 mph hypersonic jet that makes Miami to Dubai in 2 hours a reality?.

By Khris Bharath – June 01, 2025

Miami To Dubai In 2 Hours? This Hypersonic Passenger Jet ...

Venus Aerospace Stargazer M4 Could Make 12-Hour Flights A Thing Of The Past If you were one of the lucky few who had the privilege of flying on the Concorde, you probably reminisce about the glamorous world of supersonic travel. Jetsetting across the pond in just over three hours. This sadly came to an end in 2003, owing to the Concorde’s rising operating costs and environmental concerns. Fret not, because supersonic travel is making a comeback with Boom and its sleek Overtrue supersonic passenger jet. NASA is also in this game, with its X-59 experimental plane. But what if you could fly from Miami to Dubai (~7,800 miles) in just two and a half hours? That’s not science fiction, but the vision of Venus Aerospace, a startup based out of Houston, Texas, that’s developing the Stargazer M4, the world's first reusable hypersonic aircraft, that aims to redefine global air travel. The Venus Aerospace Stargazer M4 This rocket-powered plane will be able to accommodate 12 passengers, cruising at a speed of Mach 6, which is six times the speed of sound, or 4,602 mph. This makes it nearly three times faster than even the fastest modern-day military jet aircraft. For some context, the Concorde had a top speed of 1,354 mph, while the U.S. Air Force SR-71 Blackbird reconnaissance aircraft, made by Lockheed Martin, could hit 2,220 mph. The Stargazer M4 is capable of a top speed of Mach 9 or 6,900 mph. Sarah Duggleby, the co-founder and CEO of Venus Aerospace, believes that this breakthrough changes everything. Both she and her husband, and the company’s CTO, Andrew Duggleby, worked on Virgin Orbit as engineers and came up with this idea while living in Japan in 2018. What if they could fly home to the United States in about an hour? They decided to bet on a new kind of rocket engine that was in the pipeline, which they felt would make sense on a plane. RDRE: The Engine-Tech That'll Make Hypersonic Flight Possible Despite the frankly biblical performance numbers, the Stargazer M4 won’t need a launchpad or a spaceport, but is being designed to take off and land at conventional airports. Here’s the basic theory behind how it works. The core technology that will make this possible is a radical new propulsion system called a rotating detonation rocket engine (RDRE), paired with a ramjet. The aircraft will use RDRE to climb safely out of populated areas. Once it hits a cruising altitude of 270,000 feet, it will switch over to its rocket-powered mode and glide, almost at the edge of space. Dubbed the Venus Detonation Ramjet Engine (VDR2), this radical design features no moving parts and, unlike a traditional combustion engine that burns slowly, this setup, as the name suggests, detonates fuel at supersonic speeds. Venus also isn’t ignoring environmental concerns. Their engine employs jet fuel and liquid hydrogen peroxide, potentially in carbon-negative forms and cleaner than today’s long-haul commercial airliners. The " title="YouTube video" frameborder="0" allow="accelerometer; autoplay; clipboard-write; encrypted-media; gyroscope; picture-in-picture; web-share" allowfullscreen> and the first ever flight of an American-developed engine of its kind. The test was carried out at Spaceport America in New Mexico. While Venus hasn’t released any specifics like flight duration or top speed, the engine worked, confirming its functioning in real-world conditions. When will the Stargazer M4 Launch? " width="680"> Now the question remains, when? The company says that test flights could happen as early as 2030, which is very optimistic. That timeline may be ambitious, but the market potential is worth an estimated $200 billion annually. While such undertakings are extremely capital-intensive, often running out of steam even before lifting off the ground, Airbus is an investor, and both NASA and the U.S. Air Force are also watching closely. Given that this technology has both military and commercial application potential, the company’s focus will be on shifting to full-scale propulsion testing and vehicle integration. So while Venus might not be a household name just yet, they’re definitely on the right path and with promising recent developments, the world of commercial and private aviation could undergo a transformational shift over the coming decade. Images Source: Venus Aerospace/YouTube

A futuristic flying car, the production prototype of Klein Vision AirCar, is shown in flight above grass, driving on a road with wings folded, and parked with its wings extended upward.

By Khris Bharath – May 12, 2025

No Jet Fuel Needed: Klein Vision's AirCar Moves One Step ...

Slovak-based startup Klein Vision, which stunned the world with a certified flying car back in 2020, has now revealed its next leap: a production-ready AirCar. Showcased at the recent 22nd Living Legends of Aviation Gala in Beverly Hills, California, the two-seater flying craft isn’t a prototype in the usual sense. With the event hosted by John Travolta and Morgan Freeman, with Buzz Aldrin and Prince Harry in attendance, Štefan Klein was among fellow industry veterans and royalty who watched nearly three decades of his work across five generations of prototypes come to life in a short documentary film. The likes of Emmy-award-winning filmmaker and former TopGear and The Grand Tour presenter, James May, have also praised the AirCar for its innovative approach. For his achievements, Klein received the Gala’s Special Recognition Award for Engineering Excellence. With the wings deploying out from the fuselage and the tail section extending, the AirCar switches from road mode to flight mode in under two minutes. With a 280 horsepower engine and lightweight composite construction keeping it under 1,800 pounds, the AirCar can hit 124 mph on the ground and tops out at 155 mph in the sky, and has a 621-mile range. The certificate of airworthiness is backed up by 170 hours in the air and over 500 take-offs and landings. What also sets the AirCar apart from other light aircraft is that you don't need specialised aviation fuel, making it accessible to a wider demographic. Klein plans to launch sales in 2026, with prices expected somewhere between $800,000 to $1,000,000. A steep figure indeed, but for co-founder Anton Zajac, this represents the start of something bigger, with the global air mobility market projected to soar to $162 billion by 2034, and the AirCar is positioned to lead this space. If production can happen in the United States, it would allow Klein Vision to tap into the single largest market for light aircraft, globally. However, if you have something a bit more compact in mind, we recently reported on the single-seat Volonaut Airbike, which doesn’t use wings or rotors for propulsion. " width="680"> Source: Klein Vision

By Jordan Aquistapace – June 14, 2023

Honda Aircraft Company Will Commercialize The HondaJet 26...

Honda Aircraft Company is finalizing engineering designs for the new light jet, with fabrication activities underway.

By Jordan Aquistapace – May 26, 2023

The HondaJet Elite II Makes Its Public Debut In Geneva, S...

The HondaJet Elite II continues to live up to the company's reputation for superior performance, efficiency, quality, and value.

By Edward Jones – May 23, 2023

Gulfstream Takes New G800 Out For Continental Debut

First unveiled in 2021, the G800 is now ready for the skies.

By Tyler Rampersaud – March 11, 2022

Rolls-Royce Makes The World's Fastest All-Electric Aircraft

Rolls-Royce’s aviation efforts are far from just history. It’s quite a far cry from the ultra-luxury cars we are used to seeing from the brand, but aviation occupies much of what Rolls-Royce does as a brand. From building aircraft to supplying engines, Rolls-Royce has been a leading brand in aviation for over 100 years, and with their most recent achievement, breaking the 3-kilometer speed record for all-electric aircraft with the Spirit of Innovation airplane, the Rolls Royce Team hasn’t planned on resting on their laurels any time soon. MUST READ: ONEflight Announces Partnership With Mondavi Family Estate Wineries Even more than electric cars, building electric aircraft is difficult. That’s because while the considerable weight of batteries isn’t as much of a problem for cars, which stay on the ground, aircraft flies, and has to be light enough to get into the air and stay there comfortably, smoothly, and safely. That’s why Rolls-Royce needed 550 horsepower in the plane to compensate for the weight of the batteries. Rolls-Royce estimates that the energy onboard the craft could power “about 250 homes.” Working with Electroflight, a small startup in the electric aviation field, Rolls Royce created the Spirit of Innovation, a single-seat propeller plane, flown by a two-pilot team, consisting of a former Royal Air Force pilot and an airline pilot/aerobat. Beating the previous 213 mph 3-kilometer record, the Spirit of Innovation was able to reach an incredible 345 mph, making it officially the world’s fastest all-electric airplane, and proving the viability of electric aviation for the future. Source: Rolls-Royce

By Edward Jones – November 05, 2015

Jetpack Daredevils Escort Emirates A380 Plane

It's not surprising that many people dream of having a jetpack, because... well, they're jetpacks. Now, in the year 2015, jetpacks are becoming more feasible thanks to new propulsion and fuel technology.How far along is jetpack technology? Far enough to have two daredevils fly beside an Emirates A380 passenger plane above the skies in Dubai.In a video released by XDubai yesterday, Nov. 4, we see Jetman Dubai pilots Yves Rossy and Vince Reffet soaring alongside a massive passenger plane for a stunt that needs to be seen.If passenger planes aren't your gig and you prefer to travel privately, be sure to check out the upcoming January issue of duPont REGISTRY for our annual Buyer's Gallery of Fine Aircraft. Different private air travel solutions from some of the world's most prestigious brands can be found in these pages. (via YouTube) More Aircraft News

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