Lotus Evora Base Coupe 2-door on 2040-cars

Auto blog

New Lotus SUV could be based on Volvo architecture

Last year, Chinese carmaker Geely upped its stake in Lotus to a majority, recently investing more money into the British brand. Now, talking with Automotive News, CEO Jean-Marc Gales says Geely has approved three new models: two sports cars and the third an SUV. The sports cars will be announced later this year, and they will reach production in 2020. The last time a properly new Lotus debuted was in 2009 with the Evora, so a decade later new products are certainly due. But what about that SUV? Autocar says that since Geely also owns Volvo, that makes it possible for Lotus to base the SUV onto the Volvo SPA platform, which is also used in the XC60 and XC90. The choice of platform would mean the SUV would have to be a four-cylinder model, but that's nothing new to Lotus. It could even use Volvo's "Twin Engine" hybrid setup, which would mean a power output of over 400 horsepower as stock, and that with Lotus' eagerness for lightness could be a potent combination. Autocar quotes Gales as saying, "It will go round bends like nothing else in its segment." The target weight for the approximately Porsche Macan-sized SUV is under 2,000 kilos (4,400 pounds), and the Macan weighs 4244 pounds in 400-hp Turbo guise. The Lotus SUV is projected to hit the market in "about four years," and it's very likely to be built in China instead of Britain, as the Chinese market is very enticing — especially for this class of vehicle. The vehicles will still be designed at Lotus' Hethel HQ. Related Video:

Lotus Elise Sprint adds lightness to lightness

Lotus announced the introduction of a new Elise trim level that exemplifies founder Colin Chapman's famous phrase of "simplify and add lightness." The new Elise Sprint combines the weight savings of the current standard Elise, along with a number of Sprint-exclusive parts for what Lotus claims is the model's most significant weight loss yet of about 90 pounds over the old model, bringing the car's dry weight (not curb weight) to 1,759 pounds. The exclusive Sprint parts account for about 57 pounds of that loss. They include a lithium-ion battery, forged wheels, polycarbonate rear window, and carbon fiber for the seats, roll bar cover, engine cover, and access panel. Interestingly, the biggest savings come from the lithium-ion battery, which is roughly 20 pounds lighter than the normal battery. Lotus also includes the optional two-piece brake rotors and carbon fiber door sills to reach the 90 pound total. This all translates to slightly quicker 0-60 mph times for Elise Sprint models over their Sport counterparts. Both the 1.6-liter 134-horsepower Sprint and 1.8-liter 217-horsepower Sprint 220 models complete the run to 60 mph a tenth of a second quicker than the equivalent Sport versions, with times of 5.9 and 4.1 seconds respectively. The weight loss also results in a price gain. For either Sprint model, you'll end up paying an extra GBP5,000, which is a bit over $6,100 at current exchange rates. Of course, the Elise isn't available in the US anyway, so it's a moot point. Related Video:

Lotus teases its sleek Type 130 electric hypercar

Lotus has shown a teaser image of a new concept, which will usher in the automaker's electric era. The Type 130 hypercar concept will be shown later this year in London, but this aerodynamic teaser is the first glimpse at its shapely flanks. The Type 130 is said to be in "advanced stages of development." According to Lotus, the Type 130 will spawn a production version, which will be the brand's first all-new vehicle in 11 years. It will be partially bankrolled by Lotus' parent company, the Chinese carmaker Geely, which also owns Volvo. Despite that, the hypercar will not be built in China, but in England. An earlier Autocar article estimated the eventual price at around $2.6 million. Last month, news broke that Lotus is also bringing another new car to market, but that one is likely to retain internal combustion technology along with engineering ties to older Lotus architecture, as it forms a sort of "bridge" between current Lotus products and its future cars. Hence, it can't be called "all-new" in the same sense as a fully electric halo model can. Lotus also noted some of its "firsts" when informing the media of the upcoming concept, which it calls "the world's first full-electric British hypercar." The 1995 Elise was the world's first aluminum and bonded extrusion construction production car, while the 1957 Elite was a production first in the sense that it first brought the composite monocoque within the reach of customers. Between those, there was a lot of groundbreaking F1 knowhow: ground effects for the '77 Type 78 F1 car, carbon fiber for the '81 Type 88, and active suspension in 1983.