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Lotus Exige V6 Cup takes extreme to the extreme

What separates a road car from a race car? You're looking at it. It's the Lotus Exige V6 Cup, a model based on what is already one of the most hardcore performance machines on the road, albeit upgraded to an even harder-core spec. It's a good 130 pounds lighter than the Exige S (a vehicle which didn't have much flab to trim in the first place) and can hit 60 in under four seconds. With the notably exception of certain versions of the Porsche 911, there aren't a lot of six-cylinder cars that can claim that kind of performance.
In fact, the Exige V6 Cup is so close to race spec that it's already eligible for a number of racing series. Just bolt in the removable FIA-certified roll cage, maybe swap on some slick tires and you're good to go. Then you can drive it home again when you're done, just like in sports car racing's heyday. But don't take our word for it: the team over at XCar took the V6 Cup to the UK's Goodwood circuit to see how it compared to the Exige S it recently drove, and you can view the stirring results in the video below.

Lotus shows how drivers will be able to change the Evija's behavior

Lotus published footage of the Evija, its first series-produced electric car, undergoing shakedown testing on its Hethel, England, track. It also detailed the model's different driving modes, and the effect they'll have on the powertrain. Electric technology is heavy, and Lotus is known for making ultra-light cars, so engineers walked a fine line as they developed the Evija. Gavan Kershwa, the brand's director of vehicle attributes, explained his team managed to give the 2,000-horsepower coupe the handling enthusiasts expect from a mid-engined model by placing the lithium-ion battery pack, which is the heaviest part of the car, directly behind the passenger compartment. Matt Windle, the company's research and development boss, told Autoblog composite materials and clever packaging help offset the battery's weight. The part the steering column is mounted to is also used as a ducting for the climate control system, for example. All told, the Evija tips the scale at approximately 3,700 pounds. Enthusiasts will have five driving modes, named Range, City, Tour, Sport and Track, at their fingertips. Range mode caps the car's output at 1,000 horsepower and 590 pound-feet of torque and makes the Evija rear-wheel drive to maximize driving range. City makes the Evija easier to drive around town, while Tour lets the driver choose between rear- and all-wheel drive while raising the powertrain's output to 1,400 horsepower. Sport puts 1,700 horsepower and 1,254 pound-feet of torque under the driver's right foot, and it tweaks the various stability control systems to improve traction. Finally, Track unleashes the car's full potential while dialing in the highest level of torque vectoring. It also changes the chassis settings, according to the company. Lotus will continue fine-tuning the Evija in the coming months, and production is scheduled to start in 2021. Though it was delayed by the ongoing coronavirus pandemic. 130 units are planned, and Autoblog can confirm the first year of production is sold out — but there are still build slots available, contrary to what some sources are reporting. Looking ahead, Windle told us the Evija is a trailblazer whose design language and technology will permeate future models.  Related Video: Green Lotus Coupe Electric Performance

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.