2011 Lotus Evora on 2040-cars

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In hindsight, Musk wouldn't use Lotus for Tesla Roadster

The world will be a different place after Elon Musk builds a time traveling device (don't ask us how we know that will happen). For one thing, the Tesla Roadster of the rewritten future will not have been built using the chassis of the Lotus Elise. Also, verb tenses will be becoming even more confusing and, possibly, awkward. "We ended up changing most of the damn car" – Elon Musk We know about the not-using-the-Lotus thing because the Tesla Motors CEO said as much yesterday at the World Energy Innovation Forum at the Tesla Factory in Fremont. The two-day event, which also offers Model S test rides and a factory tour for attendees, featured a fireside chat with the electric automaker's CEO and Ira Ehrenpreis. During the discussion, Musk revealed that if he had to do it over again, he would have built the Roadster from the ground up instead of using the Lotus Elise chassis. "We ended up changing most of the damn car, so we thought later, why did we do that," he said. Another problem with the original idea for the car was the drivetrain. At first, Tesla had meant to use the motor and other propulsive bits from AC Propulsion, only to find that powertrain didn't work well in a commercial application. Instead Tesla only licensed the reductive charging patent, which allowed some integration of the inverter and charger. Besides knocking Tesla's own early efforts, the outspoken entrepreneur took a couple swings at other technologies with quotable quotes such as: "The internal combustion engine is a ridiculous thing!" and "Current lithium ion technology is better than theoretical fuel cell limits. So, game over. Why bother with fuel cells?" Looks like there are some things Musk is not interested in going back in time and changing.

Lotus Motorcycles C-01 now 'ready for the road'

When we first laid eyes on leaked images of the Lotus Motorcycles C-01, we wondered if its laid-back, sport cruiser shape was really appropriate for a motorcycle bearing any connection with Colin Chapman and the company's famous "add lightness" mantra. We've now seen official pictures of the bike in multiple color schemes, including classic black and gold, British racing green and even a variant that resembles Martini livery, and while we think it looks pretty cool, our opinion hasn't really changed.
Perhaps we shouldn't be surprised that the C-01 isn't an embodiment of the Lotus ethos, as the company that intends to build it isn't really Lotus at all, its builders - German racing firm Kodewa and tuner Holzer Group - merely having licensed the name of the British sportscar maker. It was designed by Daniel Simon, who once worked for Volkswagen and consulted for Bugatti and is the man credited with creating the reborn Tron Light Cycles. Still, looking past its questionable heritage, the C-01 looks pretty darn awesome, and there are some interesting bits that have us looking forward to the production version that's reportedly due within the next two months.
As expected, power comes in at 200 horsepower, courtesy of a modified version of KTM's 1,195-cc V-twin engine. The chassis is made up of steel, titanium and carbon fiber, with a seat height of about 28 inches. Its wheelbase, at about 65 inches, is a full 10 inches longer than a real street-legal superbike, and its front end is raked way out in front with a 19-inch wheel. Those dimensions mean we shouldn't expect much racetrack prowess, unless its rider is only planning on going in a straight line. Indeed, with a claimed dry weight of under 400 pounds, the Lotus Motorcycles C-01 ought to be mighty quick down the quarter mile.

Lotus says the electric Evija is a trailblazer that will influence future cars

Lotus, a company known for making nimble sports cars, is stepping outside of its comfort zone to develop a 2,000-horsepower electric hypercar named Evija. Battery technology is heavy, so the limited-edition coupe won't be a featherweight like the Elise, but the firm's chief engineer told Autoblog it will be imbued with Lotus-ness. Keeping weight in check is easier said than done when you're dealing with four individual electric motors and a 70-kilowatt-hour lithium-ion battery pack. Matt Windle, the man in charge of the company's research and development department, explained the widespread use of composite materials like carbon fiber helps offset the mass. He cited clever packaging as another weight-saving measure. The part the steering column is mounted to is also used as a ducting for the HVAC system, for example. "We try to combine many requirements into one part to keep the weight down," Windle said. All told, the Evija (pictured) tips the scale at about 3,700 pounds. That's remarkably light for an electric hypercar, but it's heavier than any Lotus model in recent memory. And yet, Windle assured us it will still feel like a Lotus behind the wheel. That's partly because the battery pack is where the four- or six-cylinder would be in a mid-engined car rather than directly under the passenger compartment. This configuration gives the two passengers the impression of being wrapped in the cockpit while lowering the center of gravity. "We have the ability to deliver the driving dynamics and the performance that customers expect from a Lotus. It's the same dynamic setup, but with a different propulsion system," Windle pointed out. Lotus will initially cap Evija production at 130 examples, so there likely won't be enough units to fill demand, but that's par for the course when it comes to halo models. The numerous lessons learned from the project will trickle down into other models in the coming years, however, and the company has several products in the pipeline. "People do not understand that Lotus is still going. We want them to know we're still here, that we can still innovate," Windle said. "[The Evija] is not just a standalone product. The design language and the content that's in the car will give us direction as we shape future products that are coming. You'll see it as a trailblazer."