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The time Elon Musk paid $1 million for James Bond submarine car that cost a couple $100

Tesla CEO Elon Musk landed himself in court after insulting a diver who criticized his plan to rescue a Thai soccer trapped in a cave using a purpose-built mini submarine. Which reminded us that Musk's interest in submarines started years ago. The story begins in 1989, when a couple from Long Island put every barn-find hunter to shame by paying $100 for a locked storage unit, and cracking it open to find a 1976 Lotus Esprit buried under a pile of blankets. That's a cool find, the S1 Esprit is sought-after among enthusiasts, but CNBC reported they quickly learned their car was modified to star in the 1977 James Bond film "The Spy Who Loved Me." Ignoring Colin Chapman's "light is right" motto, the producers alchemized the Lotus into a fully functional submarine by welding in the wheel arches and the underbody, and adding winglets for more stability. Four propellers powered by a battery pack housed in the cabin moved the Esprit under water, and the coupe gained front-mounted missile launchers. The modifications reportedly cost $100,000. The couple had never seen a James Bond movie; they likely assumed it was a mad scientist's kit car, or a science fair project gone wrong. The $100 purchase price represents about $207 in 2019 dollars, so the unsuspecting buyers could have easily sold it as a parts car, made a small amount of money on it, and ended up with a free storage unit. However, they became aware of the Esprit's significance in Hollywood history when truckers identified it over CB radio while they were hauling it home. lotus-esprit-submarine-in-action-1 View 3 Photos They weren't collectors, and storing a submarine is terribly impractical, so they commissioned a cosmetic restoration and asked auction house RM Sotheby's to sell it in 2013. An enigmatic buyer paid $997,000 for the non-running movie prop. Musk later revealed himself as its new owner. "I was disappointed to learn that it can't actually transform. What I'm going to do is upgrade it with a Tesla electric powertrain, and try to make it transform for real," he announced. Even billionaire-owned project cars sit for longer than planned, and there's little evidence the Esprit is in swimming condition, let alone capable of morphing into a submarine at the simple push of a button. If it could, we're certain Musk would have hyped it up on Twitter. But while stalled projects normally draw the ire of loved ones as they take up garage space, Musk's turned into a well of inspiration.

Lotus supposedly working up a new Elan, again

Geely's investment in Volvo, and giving Volvo the freedom to do what Volvo knows how to do, propelled the Swedish automaker to another level. This could be the year English automaker Lotus begins the same climb. Late last year, Bloomberg said Geely committed an initial $2 billion to the Lotus renaissance. That number was low, the Financial Times reporting Geely planned to invest billions over the next five years. In May this year, Lotus announced it was hiring 200 new engineers and opening a new engineering center to develop a new range of SUVs, GTs, and sedans that would expand consumer appeal to triple its current annual volume. Sports cars are a vital part of the new mix as well, Autocar citing Lotus insiders for a report that a new Elan convertible sports car has "a strong possibility of being revived in the next few years" as a nameplate.    Lotus made a splash about bringing back the Elan — along with a new Esprit, Eterne, Elise, Elite, and city car — at the 2010 Paris Motor Show. That was a very different Lotus, when Malaysian automaker Proton owned the English outfit and ex-Ferrari marketing honcho Dany Bahar manned the helm. In spite of promises of funding, the team at Hethel lurched through years of corporate drama and dire finances until Geely took over in 2017. The latest Elan whispers sketch a convertible targeting the Porsche 718 Boxster - Lotus in general has Porsche in its sights. The car pictured above is from the first re-animation of the Elan badge, from 1989 to 1995. A coming Elan would sit above the Elise in the lineup, with more space, amenities, and luxury, at the same time as it would focus on being the lightest and most agile in the segment. Before that arrives, however, Lotus needs to finish developing the sports car platform that will help carry the brand's new range for the next decade; The Lotus SUV uses Volvo's SPA architecture that carries the XC90 and XC60. CEO Phil Popham's Vision-80 program — which now seeks to grow annual volume not merely triple but six-fold to 10,000 cars by 2029 — will be centered around the multi-material architecture that replaces the Elise and Evora architectures presently employed. Due in two years, the rivet-bonded "alloy-core" chassis will likely include carbon fiber and other advanced materials.

Lotus unveils new racing bike for British Olympics team

Lotus Engineering, the automotive consultancy and industrial design arm of the British performance car brand, has marked its return to competitive cycling with a sleek and lightweight new track bike that features novel fork, seat stays and handlebars. Developed in concert with Hope Technology, a British bike-components manufacturer, the bike is aimed at helping the Great Britain Cycling Team notch medals at the 2020 Tokyo Olympics. For Lotus, the bike represents a return to cycling after a 25-year absence. It’s also a nod to the Lotus Type 108 bike Chris Boardman rode to a gold medal at the 1992 Barcelona Olympics and in the 1994 Tour de France, where he won the prologue time trial to take the yellow jersey. Hope/Lotus British Cycling View 10 Photos WeÂ’re not given any details about the bikeÂ’s technology or specs, except that the Hope-designed frame is made of high-modulus composites with fabric woven in the U.K. Lotus was responsible for the unique fork and seat stays, with each characterized by slim polished metal tubing and a wide-flaring hooping design when viewed straight on. The handlebars similarly feature a flattened profile across the crossbar. Not surprisingly, the bike underwent lots of wind-tunnel testing, both with and without riders, plus testing to maximize strength with minimal weight. Lotus also said it worked to improve stiffness and front end feel. Much of the design and development was done after the 2016 Olympics, when the UCI governing body made changes to the rules governing bike development. Lotus and Hope were supported by British engineering firm Renishaw. The bikeÂ’s design must be approved by the UCI and be ridden by the Great Britain Cycling Team during the 2019–2020 Tissot UCI Track Cycling World Cup series by the end of this year in order to qualify to be ridden in the 2020 Olympics in Tokyo. TheyÂ’ll start riding it this weekend at the Minsk-Arena velodrome in Belarus, and November 8–10 in Glasgow, Scotland. ItÂ’ll also be displayed at the Rouler Classic event in London starting Friday and running through Sunday. Lotus Bicycle lotus engineering

2019 Quail Motorsports Gathering Mega Photo Gallery | Automotive Excellence

For the past 17 years, enthusiasts have flocked to The Quail Motorsports Gathering to see some of the hottest vehicles that automakers the world over have to offer. As you'll see below, 2019 is no different. We've collected image galleries of some of the best and most interesting vehicles that were on display at the event this year, and we've organized them in no particular order below. You'll see older vehicles rubbing fenders with brand-new models, from classic McLaren F1s to the very latest from Bugatti. Enjoy! McLaren F1s at the Quail 01-mclaren-f1-quail View 25 Photos 2020 Rezvani Beast at the Quail 01-2020-rezvani-tank-quail View 11 Photos 2020 Lexus LC Inspiration at the Quail 01-2020-lexus-lc-inspiration-quail View 9 Photos 2020 Acura NSX at the Quail 01-2020-acura-nsx-quail View 8 Photos De Tomaso P72 at the Quail 01-de-tomaso-p72-quail View 13 Photos Ferrari P80/C at the Quail 01-ferrari-p80-c-quail View 12 Photos SSC Tuatara at the Quail 01-ssc-tuatara-quail View 13 Photos Scuderia Cameron Glickenhaus Baja Boot at the Quail 01-scg-baja-boot-quail View 12 Photos 2020 Drako GTE at the Quail 01-2020-drako-gte-quail View 9 Photos Acura Type S Concept at the Quail 01-acura-type-s-concept-quail View 12 Photos Pagani Huayra BC Roadster at the Quail 01-pagani-huayra-bc-roadster-quail View 15 Photos Lotus Evija at the Quail 01-lotus-evija-quail View 14 Photos Lamborghini Huracan Evo GT Celebration at the Quail 01-lamborghini-huracan-evo-gt-celebration-quail View 11 Photos Lamborghini Aventador SVJ 63 Roadster at the Quail 01-lamborghini-aventador-svj-63-roadster-quail View 16 Photos Aston Martin Valhalla at the Quail 01-aston-martin-valhalla-quail View 16 Photos Bugatti Centodieci Unveiling 01-bugatti-centodieci-quail View 17 Photos Featured Gallery Quail, A Motorsports Gathering 2019 View 38 Photos Misc. Auto Shows Acura Aston Martin Bugatti Ferrari Lamborghini Lexus Lotus Convertible Coupe Special and Limited Editions Performance Classics Sedan The Quail

Lotus Evija whirs onto Quail lawn to tempt 130 prospective customers

At last, we've met the Lotus Evija in its compact, electric-charged glory. The carbon-fiber-bodied electric supercar looks like liquid metal poured over some skeletal biologic form. The coupe represents the first all-new Lotus since the ten-year-old Evora went on sale, the first Lotus developed wholly under Geely ownership, the first in-house all-electric vehicle from Hethel, the first Lotus with a one-piece carbon fiber monocoque tub, and the first one Hethel HQ will send to the Nurburgring to break a lap record. Lotus announced that lap record tilt saying it should be "comfortably quicker" than the all-electric NIO EP9 road-legal EV that ran a 6:45. That has since been broken by the 6:05 figure Volkswagen achieved with its ID.R, a purpose-built electric race car. The 'Ring doesn't yet divide EV times into classes, so we'd still like to see Lotus go for outright honors. That is indeed unfair, but the Evija has the numbers to at least make a go of it. The four electric motors in the ID.R produce a combined 680 horsepower and 479 pound-feet of torque to move a car weighing 2,500 pounds. The Evija's 50 percent heavier at 3,700 pounds, but has almost triple the horses and more than double the torque, its two motors making a combined 2,000 horsepower and 1,254 pound-feet of torque. It does have active aerodynamics, including a moving rear wing, but it's still short a bunch of race aero, a giant front splitter, and a DRS button. No matter how the German caper turns out, we expect Lotus will be able to find homes for all the Evijas it offers for sale. Only 130 will be made, each one starting at around $2.1 million.

2020 Lotus Evora GT First Drive | Exquisitely analog

OJAI, Calif. — WeÂ’ve glimpsed LotusÂ’s EV-powered, 2,000-horsepower, $2 million future, and itÂ’s a glorious vision, for sure. But the boutique brand has also updated its more attainable gas-powered offerings back here on Earth, in the form of the 2020 Lotus Evora GT. Our first drive offered a revealing (and thrilling) taste of what might be among HethelÂ’s last traditionally-powered sports cars. For those unfamiliar with the Evora, the diminutive 2+2 was launched in 2009 as a grand touring-capable alternative to the laser-focused, ultra-featherweight Elise. Power hails from a Toyota-sourced 3.5-liter V6 with Lotus-modified induction and exhaust hardware, with everything from the throttle calibration to the spark plugs tweaked, and oil sump baffles added to reduce sloshing during high g-force maneuvers. While supercharger oomph was added to the Evora 400Â’s powerplant in 2015 (breaking the, you guessed it, 400 horsepower barrier), the latest GT spinoff incorporates mods from the non-U.S.-spec Evora 430, which brings total output to 416 hp and 317 lb-ft of torque. As before, a six-speed manual comes standard (and accounts for approximately 70% of sales), while an automatic adds $2,700 to the $96,950 starting price. Thanks to an infusion of carbon fiber and composite bits, the Evora GT tips the scales at only 3,175 pounds – for context, thatÂ’s only 33 lbs more than a Porsche 911T – aided by a bonded aluminum tub that manages both light weight and excellent torsional rigidity. Opt for the carbon pack ($10,000), and youÂ’ll shave an additional 71 pounds from the equation. Further mass reduction is available via forged wheels ($3,250) and titanium exhaust ($8,000). Revised aerodynamics in the form of tucked-in wheel arch vents, a slight drop in ride height, and a larger rear spoiler conspire to double downforce, producing 160 lbs of force at the 188-mph top speed. If youÂ’ve ever endured the awkward ingress and egress of a Lotus Elise, the Evora feels refreshingly conventional: simply slide in, click in, and adjust your mirrors diligently because, at least if youÂ’ve ordered the carbon package, visibility through the rear windows is almost entirely obscured by thick louvers. Like that other British performance brand (looking at you, McLaren), Lotus stuck to its guns by retaining a hydraulic steering rack that conveys road surface nuances and feedback with refreshing accuracy.

Lotus proves it's alive and well by releasing its most powerful road-going car

The future hasn't always looked bright for Lotus, but the British company is skating on much thicker ice under Geely ownership now than it was in the middle of the 2010s. It continues to claw back from the brink by releasing a GT-badged evolution of the Evora that delivers a meaner punch than its predecessors, and comes with a list of options that nearly rivals Porsche's. The GT replaces the Sport 410 and the 400 variants of the Evora. Presented as the most powerful road-going Lotus ever sold in the United States, it's powered by a 3.5-liter V6 engine supercharged to 416 horsepower at 7,000 rpm and 317 pound-feet of torque at 3,500 rpm. Those figures allow it to hit 60 mph from a stop in a brisk 3.8 seconds, and reach a 188-mph top speed. It's still a little bit slower than the Evora GT430 released in 2017, but Lotus kept that model away from American roads. The Evora GT comes standard with a six-speed manual transmission. Enthusiasts not interested in using a clutch can select an automatic gearbox that they can leave in drive or shift manually with aluminum paddles mounted on the steering wheel. Torque goes up to 332 pound-feet when the six shifts through the optional automatic, but the Evora GT posts the same performance figures regardless of how many pedals are in its footwell. Lotus makes the Evora GT using carbon fiber to keep weight in check. Buyers can honor company founder Colin Chapman by adding lightness if they're willing to add dollars, too. Priced at $10,000, the Carbon Pack includes a roof panel, a tailgate, a front access panel, and a diffuser all made with carbon fiber. Ticking that box shaves 50 pounds; put another way, Lotus charges $200 per pound.  Selecting the $8,000 titanium exhaust removes another 22 pounds. The Evora GT tips the scale at 3,104 pounds in its lightest configuration, but getting there requires paying for a Volkswagen Golf's worth of options. At least downforce comes standard, and the GT has more of it than its predecessors. The new GT designation doesn't bring significant exterior styling changes. It's the same story inside, where Lotus continues to offer the model as a strict two-seater, or with a pair of rear seats big enough for very, very small occupants. Every GT comes standard with a 7-inch touchscreen compatible with both Android Auto and Apple CarPlay. On sale now, the 2020 Lotus Evora GT starts at $96,950. Deliveries will begin by the end of 2019.

See the Lotus Evija in detail in this 23-minute video

Henry Catchpole splits his time as a contributor to Evo magazine with on-camera work for Carfection. The ever-gracious Englishmen took to the studio again recently to pore over the brand new Lotus Evija — and his first gift to us is the electric coupe's proper pronunciation: ee-VYE-yah. For a full 23 minutes, Catchpole tours the coming Lotus hypercar with Lotus' head designer Russell Carr. The two men sweep over the car from front to rear, Carr explaining the origins and details of the many shiny bits that attract Catchpole's eye. The spec sheet alone is attention-getting. A 70-kWh battery fuels a powertrain rated at 2,000 horsepower and 1,254 pound-feet of torque. All-wheel drive and torque vectoring are made possible by electric motors motors front and rear, but the setup is novel. A single drive unit on each axle combines a motor and inverter, but we're told each wheel gets its own gearbox. The package is a little shorter and wider than a Porsche 911, but sits seven inches lower than the roof of the German. Scales bend to the weight of 3,700 pounds in spite of magnesium center-lock wheels, that grandeur managed in part by six Multimatic spool-valve dampers, three on each axle. Just 130 Evijas will be produced, starting next year, each one starting at around $2.1 million. Lotus has filled the coupe with visual flourishes. The Lotus badge on the front is metal inlaid into the carbon fiber bodywork. Carr said he wasn't sure the engineers would be able to finalize that for production, but the designers are hoping. Fans inside the headlights keep the lumens cool, while movable DRLs and turn signals angled like the winglets on an airliner make the lumens look cool. Another neat lighting trick: The "T" in the word "Lotus" on the rear fascia acts as the reversing light. Two features we haven't yet seen on the latest batch of hypercars are adjustable seats, and a strip of metal in the headrests that can be etched the slogan of a customer's choice. And in spite of all the firsts for Lotus in this car, there's one holdover from the Hethel carmaker's other compact sports cars: A dearth of luggage space. The only cubbies are polygonal-shaped holes in the rear of the door sills. It doesn't sound so bad when Catchpole explains it, though, so check out the video.

Lotus Evija to go for Nurburgring EV record

No matter how many times Nurburgring records are made or broken, they still stand as an important automotive measuring stick – at least in a marketing sense. Granted, there are different Nurburgring lengths even on the Nordschleife, and then it all comes down to whether the vehicle is a production car, or completely experimental, or electric, or. Â… Anyway, numbers are numbers, and some numbers are smaller than others, and the Nurburgring is a legendary place to go fast. One of the future plans for Lotus is to bring its upcoming Evija electric hypercar to the ‘Schleife and see if it can go faster than the NIO EP9. PistonHeadsÂ’ article on the Evija featured some interesting tidbits from Louis Kerr, principal platform engineer at Lotus. Kerr said the Evija should be “comfortably quicker” than the NIO EP9 at the Nordschleife, meaning they are gunning for a production EV lap time of way under 6:45. The EvijaÂ’s 70kWh battery pack has reportedly been optimized to provide 2MW peak flow for a sustained seven-minute period, which is practically tailored for a record Ring lap. After that, the batteries would heat up too much to provide peak power. The swappable battery pack can also take “ultra-fast” charging of up to 80kW thanks to active cooling of its li-ion cells manufactured by Samsung. The relatively handy swap-ability of the battery pack is done for the sake of future-proofing, as it means the 70kWh capacity can be upgraded by owners when technology progresses further. Kerr also said that the Evija should be able to hit 62mph from zero in less than the 3 seconds advertised so far, and the targeted 3-second figure should be treated as a “worst case scenario”. The Evija could thus also be able to reach 300 km/h (186 mph) even faster than 9 seconds, as stated. Lotus CEO Phil Popham also said Lotus would be able to build up to 130 units of the Evija, and that several contracts have already been signed with future buyers. News Source: PistonHeads Green Lotus Electric Supercars

The Lotus Evija is the company’s first all-electric hypercar

Internally known as the Type 130, the new Lotus Evija combines several firsts for the British company into one wild shape. First of all, it’s the companyÂ’s first in-house all-electric car – the Lotus chassis provided to the likes of Tesla for the first Roadster doesnÂ’t count. ItÂ’s also the companyÂ’s first hypercar, claiming an astonishing (and provisional) 1,973 horsepower. Perhaps more importantly, itÂ’s the first all-new car from the company since the Evora, and the first to be conceived entirely under the ownership of ChinaÂ’s Geely. Yup, thatÂ’s a lot of firsts. ItÂ’s not the first EV hypercar – itÂ’ll have competition from the likes of Rimac and the upcoming Pininfarina Battista, plus the next-gen Tesla Roadster assuming that does eventually hit the market – but itÂ’s definitely early on the scene. And just look at it – the styling is wild, incorporating some continuing Lotus themes – particularly around the greenhouse – but with an overall direction thatÂ’s much brasher than the companyÂ’s other products. The deep side sculpting resembles is complex and stylized, as are the rounded, narrow quadrangle taillights supported by a massive rear diffuser. The front is arguably the least distinctive and biggest departure for the company. The verticality of the headlamps seems like a blend of the Ferrari F8 Tributo and the old Lamborghini Gallardo, without really aping either. Look closely and it appears to be an evolution of the shape of the EvoraÂ’s lamps, but without that context fresh in your mind itÂ’ll appear more generic supercar than something uniquely Lotus. The bodywork has some neat party tricks. Active aerodynamics allow for an F1-style Drag Reduction System, and thereÂ’s a deployable rear spoiler. There are no fixed side-mirrors; little cameras deploy from the front fenders and another camera embedded in the rear of the roof provides a rear view. ItÂ’s also different. The extruded, bonded aluminum architecture weÂ’re familiar with from the Elise/Exige line and the similar but unique Evora are gone, replaced by a company-first one-piece carbon fiber monocoque tub. Lotus is targeting a curb weight of approximately 3,700 lbs, and the lightweight tub (just 284 lbs) contributes to that.  The battery is housed behind the seats, and feeds power to four individual motors, providing all-wheel drive and infinitely variable torque vectoring.