Nice Color And Fully Loaded 2011 Evora 2+2 on 2040-cars

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Lotus rolls out new and improved Evora 400

Having canceled its overly ambitious plans, Lotus is going to have to get by on its existing lineup for a while longer. But if this is what "getting by" looks like, count us in. What you see here is the Lotus Evora 400, the latest evolution of Hethel's 2+2 sports car and the fastest, most powerful production model the legendary British automaker has ever offered. Lighter and more potent than previous versions of the Evora, the new 400 packs a revised 3.5-liter supercharged V6 with – you guessed it – 400 horsepower, or 55 more than the Evora S, and backed up by 302 pound-feet of torque. In pursuit of its founder Colin Chapman's enduring ethos of "adding lightness," Lotus has found nearly 50 pounds of excess weight to trim from an already lean machine. While they were at it, the engineers also tweaked the electronics, re-adjusted the suspension, fitted a revised aero kit for increased downforce, bolted in a new limited slip differential, retuned the gearbox and mounted new brakes. The styling has also been revised inside and out, with new doors allowing for easier ingress and egress as well as more interior space. The result of all these improvements – aside from making the Evora look cooler – is a 0-60 time now quoted at 4.1 seconds, a top speed quoted at 186 miles per hour and a lap time of the Lotus test track a full (and very impressive) six seconds faster than its predecessor. Lotus is increasing its workforce by 50 percent in order to increase output at its UK factory from 45 cars per week to 70 in the coming months, and will distribute the new Evora 400 through an expanding dealer network that's set to grow from 168 locations worldwide at present to around 200 by year's end. THE ALL NEW LOTUS EVORA 400 - All new supercar from Lotus - Fastest and most powerful production Lotus ever - Lighter and more efficient than before The new Lotus Evora 400 is the latest pure and focused supercar from Lotus, combining high performance with the legendary Lotus benchmark handling. It is faster and dynamically more capable than the previous Lotus Evora leading to greater agility and a more involving drive. Maximum speed is 186 mph (300 km/h) and acceleration 0-60 mph is just 4.1 seconds (0-100 km/h in 4.2 seconds). This enables the new Lotus Evora 400 to lap the challenging test track at the Lotus Headquarters in Hethel, Norfolk, a scintillating SIX seconds faster than the previous model.

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:

Lotus could build production versions of Renault Alpine, Infiniti Emerg-E

As with one of those blockbuster three-team NBA trades that actually improves the fortunes of every team involved, a report in Autocar indicates that Renault, Infiniti and Lotus are in talks that could benefit both manufacturers and enthusiasts. Renault is considering a production version of the devil-in-blue Alpine A110-50 concept but has said that it "probably needs more than the Renault-Nissan Alliance on its own." Enter Lotus, whose Evora platform could supply the running bits for the mid-engined Alpine revival.
That same Evora platform, in range-extended 414E concept form, is the basis for the Infiniti Emerg-E concept. Even though a decision hasn't been made on the Emerg-E's production, it is still being developed and the company has admitted that it "could be built in Britain." For its part, Lotus has said that it's ahead of schedule on the Evora 414E, with its 408 horsepower, 738 pound-feet of torque and 30-mile electric range. Development funds from both Renault and Infiniti could help make all three cars a closer possibility.