2011 Lotus Evora 2+2 6 Speed Manual 2-door Coupe on 2040-cars

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Banned Lotus 88 F1 car explained by Colin Chapman's son

Racing teams are always looking for ways to gain speed through creative interpretations of the rule book, but speed-obsessed engineers were a little too clever with the twin-chassis design for the Lotus 88 Formula One car. Colin Chapman's son, Clive, gave Goodwood the racer's fascinating story and why the organizers banned it. Lotus' innovation with the 88 was a novel twin-chassis layout. The outer chassis supported the aerodynamic elements and the body, and the inner one held the driver, engine, and transmission. The separate pieces allowed the car to meet the rules in the pits, but the outer chassis would create a seal with the track at speed to preserve the ground effect downforce. The organizers decided this ingenious solution went contrary to the rules against side skirts, and they banned the 88. However, this Lotus was important for a second reason. The inner chassis was F1's first carbon fiber monocoque. The lightweight material is common in racing and performance cars today, but it was a cutting-edge innovation for 1981. Get the full story from Clive Chapman in this clip. Related Video: This content is hosted by a third party. To view it, please update your privacy preferences. Manage Settings.

Lotus Type 132 crossover EV teased five ways in video

Lotus has combined its series of video teasers of the Type 132 crossover into one reel. The result provides peeks at five of the features we can expect on the electric CUV when it launches next year. Under the "Breathe" section, there's the active lower grille, divvied-up hexagonal openings that twirl open or closed to provide the right combination of powertrain cooling and vehicle aerodynamics. Titled with "See," there's what looks like a sensor detection unit rising from the roof; it looks like a LIDAR unit pointed toward the rear, but it's impossible to know from the clip. In the "Stretch" section, we see an active rear spoiler moving into a higher drag configuration, connected to a fender with lines that evoke the Evija and Emira. Finally, in "Awaken," there's what looks like a giant screen canted toward the driver and towering over the instrument panel. The Type 132 will commence Lotus' EV-only series production future, the first of four models due in the next few years, and the largest. After it will come a sedan marketed as a four-door coupe known as Type 133, expected on sale in 2023, a smaller crossover called the Type 134 that will debut in 2025, and a sports car currently dubbed Type 135 that's planned for 2026 and could get an Alpine-branded sibling. The four-door models are expected to ride on Lotus' Evolution architecture for "premium" vehicles, with available dual-motor powertrains that might get up to 750 horsepower powered by batteries up to 120-kWh. The sports car will get the E-Sports platform Lotus will share with Alpine and sell to other manufacturers, the junior relative of the Extreme platform that supports the 1,973-hp Evija.  Related video: This content is hosted by a third party. To view it, please update your privacy preferences. Manage Settings.

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."