2005 Lotus Elise Base Convertible 2-door 1.8l on 2040-cars

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The Lotus Evija is the company’s first all-electric hypercar

Internally known as the Type 130, the new Lotus Evija combines several firsts for the British company into one wild shape. First of all, it’s the companyÂ’s first in-house all-electric car – the Lotus chassis provided to the likes of Tesla for the first Roadster doesnÂ’t count. ItÂ’s also the companyÂ’s first hypercar, claiming an astonishing (and provisional) 1,973 horsepower. Perhaps more importantly, itÂ’s the first all-new car from the company since the Evora, and the first to be conceived entirely under the ownership of ChinaÂ’s Geely. Yup, thatÂ’s a lot of firsts. ItÂ’s not the first EV hypercar – itÂ’ll have competition from the likes of Rimac and the upcoming Pininfarina Battista, plus the next-gen Tesla Roadster assuming that does eventually hit the market – but itÂ’s definitely early on the scene. And just look at it – the styling is wild, incorporating some continuing Lotus themes – particularly around the greenhouse – but with an overall direction thatÂ’s much brasher than the companyÂ’s other products. The deep side sculpting resembles is complex and stylized, as are the rounded, narrow quadrangle taillights supported by a massive rear diffuser. The front is arguably the least distinctive and biggest departure for the company. The verticality of the headlamps seems like a blend of the Ferrari F8 Tributo and the old Lamborghini Gallardo, without really aping either. Look closely and it appears to be an evolution of the shape of the EvoraÂ’s lamps, but without that context fresh in your mind itÂ’ll appear more generic supercar than something uniquely Lotus. The bodywork has some neat party tricks. Active aerodynamics allow for an F1-style Drag Reduction System, and thereÂ’s a deployable rear spoiler. There are no fixed side-mirrors; little cameras deploy from the front fenders and another camera embedded in the rear of the roof provides a rear view. ItÂ’s also different. The extruded, bonded aluminum architecture weÂ’re familiar with from the Elise/Exige line and the similar but unique Evora are gone, replaced by a company-first one-piece carbon fiber monocoque tub. Lotus is targeting a curb weight of approximately 3,700 lbs, and the lightweight tub (just 284 lbs) contributes to that.  The battery is housed behind the seats, and feeds power to four individual motors, providing all-wheel drive and infinitely variable torque vectoring.

Lotus confirms new Elise S Cup

Head on over to the Lotus website, and though the Elise isn't offered in the United States anymore, buyers in other markets can choose between numerous models: there's the base Elise, the Elise Club Racer, the Elise S and the Elise S Club Racer, and that's before even getting into the even more extreme Exige that's also based on the Elise. Track-day enthusiasts can also go for the full-on Elise S Cup R, but now the British sportscar manufacturer has confirmed a new variant.
Called the Elise S Cup, it slots in between the CR and the Cup R as an extreme performance model that can actually be driven to the track and back home on public roads. The S designation tells us it packs the 1.8-liter supercharged four that already produces 217 horsepower and 184 pound-feet of torque in the existing Elise S, Elise S CR and Elise S Cup R, but as we saw when Lotus was testing the new variant around the Nürburgring, the Elise S Cup packs some key upgrades.
It's got an aero kit - including front splitter, winglets, side skirts, rear diffuser and rear wing - that's more aggressive than other road-going models (though apparently less extreme than the track-focused S Cup R), helping to generate 145 lbs of downforce at 100 mph and 275 lbs at top speed and besting the Elise S around the Lotus test track by an impressive three seconds.

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.