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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

A Lotus worthy of the legend | 2017 Lotus Evora 400 First Drive

Lotus is back, both literally and figuratively. After the British brand's two-year absence, the Evora 400 marks its return to the American market. It also shows what's in store as Lotus moves forward after a rough few years. We'll cut straight to the point: The Evora 400 is the best car Lotus has ever made. The heritage of the brand founded by Colin Chapman is centered around the holistic benefits of light weight and simplicity. But historically, light was a synonym for fragile. Heap on the old British build-quality stereotypes like leaking windows and intermittent electrics, and you have the Lotus reputation for brilliant but fickle cars. Owning a Lotus is a badge of honor, the car-culture equivalent of riding a fixed-gear bicycle. And while quality has improved, even modern Lotus models like the Elise, Exige, and previous Evora have a decidedly minimalist approach to comfort. That lack of modern amenities kept sales to a minimum before crash-test standards forced Lotus's hiatus from our shores. And by modern amenities we mean basics like functional air conditioning, a cabin you can climb into without pulling a muscle, and trim pieces that don't fall off from normal use. So when we say the Evora 400 is the best Lotus ever, we mean that in more than one way. It's of a material and build quality befitting the $93,785 starting price, and it retains the almost telepathic connection to the driver while increasing performance on all fronts. The 400 in the name stands for 400 horsepower. Power still comes from a Toyota-sourced 3.5-liter V6, but a new supercharger is now intercooled and delivers about 9 pounds per square inch of boost, up from 5.5 psi. It's a 55-hp jump, with a modest torque increase of 7 pound-feet, to 302. The numerical suffix, though, might suggest this is just a variant, like the Evora S was to the original Evora. Not so. Lotus says over two thirds of the parts are new, including front and rear body panels. The new Evora has a cleaner look, less like an inflated Elise and more like the mid-engine exotic that it is. View 29 Photos But the biggest change to the Evora is the interior. The door sill, perhaps the biggest hindrance to practicality, is now 2.2 inches lower and 1.7 inches narrower. The footwell is also 3.3 inches wider. Getting in and sitting now just feels like it does in most other cars, which, for Lotus, is a revelation. Hey, there's room for a dead pedal to the left of the clutch!

Fighter jet-inspired Lotus EV was developed for endurance racing in 2030

Lotus is about to start writing a new chapter in its long history, and the plot could include a renewed focus on racing. It unveiled a futuristic concept called E-R9 that explores what an endurance race car might look like in 2030. Developed by Lotus Engineering, the E-R9 is a digital design study that exists only in computer-generated renderings (shown above). It's finished in black and gold, a color scheme chosen as a tribute to the British company's past race cars, and it's equipped with a stunningly advanced suite of active aerodynamic add-ons. Its morphing body panels can be controlled automatically or manually, depending on the situation. On long straights, they flatten out to reduce drag. When a corner approaches, they generate more downforce. The vertical control surfaces on the back end of the triangle-shaped body adjust themselves as-needed to allow the car to pivot around a turn. "The result is a racer that’s partly driven like a car and partly flown like a fighter jet," Lotus promised. Fittingly, the driver sits in a fighter jet-like cockpit with a wrap-around windshield that provides excellent visibility. Photos of the cockpit haven't been released, however, but it's likely as science fiction-esque as the exterior design. Power for the E-R9 comes from a fully electric drivetrain that assigns each wheel its own motor. It's an evolution of the system fitted to the Evija, the first production-bound electric Lotus. Details like range, horsepower, torque and acceleration aren't available, but the firm hinted that its racer uses a battery pack built with a mixed-cell chemistry. Interestingly, it also pointed out the battery can theoretically be swapped out during pit stops, which solves the issue of pausing the race — or losing precious seconds — while the driver waits for the pack to take a charge. Many of the features showcased by the E-R9 are not in production, but Lotus says that could soon change. "The Lotus E-R9 incorporates technologies which we fully expect to develop and be practical. Lotus has an amazing history of developing unique solutions, and weÂ’ve done it many times in motorsport and with our road cars," said Lotus chief aerodynamicist Richard Hill in a statement. While that's not a confirmation that Lotus will send the E-R9 to the track in 2030, it's a strong signal that the company wants to continue racing for decades to come. Related video: