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Lotus F1 Team reveals new E23 Hybrid

Lotus is keen to leave a lackluster 2014 Formula One World Championship campaign behind it and race forward towards a new era, and this is the car with which it hopes to do so. The new E23 Hybrid is the twenty-third chassis to come from the Enstone-based team. As with the new Williams that was the first new chassis revealed for this year, the principal difference you can see is the more conventional nose to replace the twin-tusk setup of the E22, but there's more to it than that. For starters, it's the first new Lotus to pack Mercedes power after the team parted ways with Renault – the manufacturer that used to own the team and which has powered every car the team has built since Benetton signed with the French automaker way back in 1995. It also packs a completely new suspension setup after the original FRIC design in the preceding E22 was banned mid-season, forcing Enstone engineers to go back to the drawing board halfway through the championship. Word has it that, after earlier rumors suggested the team might not even make it back onto the grid, new sponsors will be added before the season gets under way in Melbourne on March 15 with the Australian Grand Prix. To pilot the new car, Lotus has retained the same two drivers as last year in Romain Grosjean and Pastor Maldonado. The team is hoping to perform better this season than it did the last, when it finished the constructors' championship way down in eighth place – the same result it achieved in 2009 under Renault ownership and the worst it had performed since the Toleman days in 1983.

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

Lotus Type 135 electric sports car mixes the Emira with some Esprit

Over the next four years, English sports car maker will make its oft-attempted transformations real by unveiling three "lifestyle vehicles" on its new Premium Architecture. The first is the Type 132 electric crossover, expected to debut in the next few months. After that will come the Type 133 four-door coupe, then the Type 134 crossover that's smaller than the Type 132. In that fourth year, we'll get the Type 135, an electric sports car that will recall the Lotus of old. This electric coupe, sitting on the firm's E-Sports architecture, is being called "a spiritual successor of the Elise," which would be a good thing. The teaser sketch Lotus released to hype up the car also makes us think Esprit, which, as far as we're concerned, is an even better thing. True, there's Elise and Exige and Emira in those exaggerated fenders, but the pointy ends are vintage early Esprit. But the looks aren't the point right now. The reason for the hubbub is Lotus signing a Memorandum of Understanding with British battery firm Britishvolt "to collaborate on research and development of advanced EV technology." The cooperation would put Lotus in charge of "electric propulsion technologies" like motors and control systems, while Britishvolt oversees a "new battery cell package." Goals for the pack are energy density, fast charging and weight reduction. Novel placement is on the menu, too, the E-Sports architecture laid out so that it can also accept batteries in the traditional style under the floor, or behind the cockpit a la a mid-engined sports car. The MOU could give the battery company two clients in one, as the Type 135 will be shared with Alpine across the Channel as well. By the time the Type 135 shows, Britishvolt's $5.1 billion battery factory in Northumberland should have been up and running for two years, ready to supply cells to the Type 135 that will be built at Lotus' historic Hethel, England headquarters (the other Types will be built in Wuhan, China at a manufacturing facility being developed by Lotus parent company Geely). The sports car will come in single- and dual-motor versions powering RWD and AWD trims, those motors expected produce anywhere between 469 and 872 horsepower providing a range of up to 450 miles on the WLTP cycle. The electronics will run on 800-volt architectures, the batteries ranging from 66.4-kWh to 99.6-kWh capacities.  Related Video: This content is hosted by a third party. To view it, please update your privacy preferences.