2011 Evora 2+2 Coupe on 2040-cars

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Lotus will kill Elise, Exige and Evora to make room for the new Type 131

Lotus ended years of speculation by announcing it will begin rejuvenating its range when it releases a new model in 2021. Known as the Type 131 internally, its arrival will mark the end of the Elise, the Exige and the Evora. Although the three aforementioned models are showing their age, putting them out to pasture at about the same time is a surprising move because they're currently the only cars in the company's lineup. Saying that the Type 131 will have big shoes to fill is an understatement; it will blaze the path that a full family of new cars will follow. Official details about the 131 are few and far between, but an earlier report sketches the outline of a driver-friendly sports car powered by a mid-mounted engine. While it won't stray far from the lightness and the nimbleness that Lotus is famous for, it will be equipped with more tech than even the Evora, which offers a more comprehensive list of features than the track-inspired Exige and the back-to-the-basics Elise. Insiders have claimed that the 131 will be built on a new modular platform, and that it will not use any kind of electrification. Lotus released an image that shows the Evija (an electric, 2,000-horsepower halo car strictly limited to 130 units globally) next to three enigmatic cars hidden by a cover; one is presumably the 131. Another might be the battery-powered model that it's developing jointly with Renault-owned Alpine. As for the third, your guess is as good as ours. We know that the British firm is developing a Volvo-based SUV, but it's not pictured in the lineup. News of a new Lotus model will bring joy to enthusiasts and economists alike. The company is investing over 100 million British pounds (about $136 million) into its Hethel, England, facility, and it will hire about 250 employees to bring the 131 to the market. Most of the recruits will work in engineering and manufacturing. Lotus noted that it hopes to start building prototypes of the Type 131 — an internal designation that will likely not appear on the production model — in 2021. We don't know if deliveries will also begin this year, or if they are scheduled to start a little later. Regardless, it will be worth the wait. Lotus told Autoblog that all of its future cars will be engineered for global markets, and that its intention is to sell the Type 131 in North America. Related video:

Why all of this year's F1 noses are so ugly [w/video]

If you're a serious fan of Formula One, you already know all about The Great Nosecone Conundrum of 2014. Those given to parsing each year's F1 regulations predicted the strong possibility of the so-called "anteater" noses as far back as early December 2013. Highly suggestive visual evidence first came after Caterham's crash test in early January, with further proof coming as soon as Williams showed a rendering of the FW36 challenger for this year's championship. That car earned a name that wasn't nearly so kind as "anteater."
Casual followers of the sport - or anyone who gets the feed from this site - probably don't know what's happening, except to wonder why the current year's F1 cars are led by appendages that would make Cyrano de Bergerac feel a whole lot better about himself.
The short answer to the question of ugsome F1 noses is "FIA regulations and safety." The reason there are various kinds of ugsome noses is simpler: engineers. The same boffins who have given us advances including carbon fiber monocoques, six-wheeled cars, double diffusers and Drag Reduction Systems are bred to do everything in their power to exploit every possible freedom in the regulations to make the cars they're building go faster - the caveat being that those advances have to work within the overall philosophy of the whole car.

Lotus Evija's wild aero setup is detailed by chief aerodynamicist

The Lotus Evija is a car of firsts for Lotus. To that end, the company has spent a lot of time talking over the details. Today, we get to learn about the wild shape’s aerodynamics and what Lotus engineers were trying to accomplish. Richard Hill, chief aerodynamicist for Lotus takes a dive into all the details, and the video at the top of this post offers a great visual. “Most cars have to punch a hole in the air, to get through using brute force, but the Evija is unique because of its porosity,” Hill says. “The car literally ‘breathesÂ’ the air. The front acts like a mouth; it ingests the air, sucks every kilogram of value from it – in this case, the downforce – then exhales it through that dramatic rear end.” We can see what Hill means as we look at the Evija in photos. Instead of a regular front bumper, this one has pass-throughs that direct the air back into the side of the car. Lotus hasnÂ’t released the all-important coefficient of drag figure yet, but we have to imagine itÂ’s very low. The front splitter (below, left) is responsible for a few different things. The opening in the center takes in air to cool the battery pack that is mounted behind the seats. Then, the outer section of the splitter channels the air to the “e-axle” for cooling of the electrical components. And finally, it also produces downforce.  There are a couple more tunnels for air to pass through in the rear. These “holes” are likely the most distinctive design feature, especially when accentuated with the LED taillights. Hill says that these are also fully functional and help to reduce drag. “They feed the wake rearward to help cut drag,” Hill says. “Think of it this way; without them the Evija would be like a parachute but with them itÂ’s a butterfly net, and they make the car unique in the hypercar world.” On top of all these porous body structures, there are pieces that move. The rear wing can elevate upward from its flush body position and deploy into clean air above, creating more downforce. And then thereÂ’s an F1-style drag reduction system. This uses a horizontal plane that deploys from the car to make it slipperier through air. The final big piece of this puzzle is the underbody sculpting that directs air into the massive rear diffuser. This causes an upwash of air, in turn creating a massive amount of downforce. Hill sums it up quite nicely.