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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:

Turns out the 2020 Lotus Evora GT is one of the best sounding cars on sale

Toyota has built plenty of engines that sound the business. We know the company has it in them, but what comes out isn’t always enthusiast-focused. Yet, hereÂ’s a fairly normal Toyota 3.5-liter V6, sitting in the middle of a Lotus. YouÂ’ll find it under the hood of a Toyota Camry, but here it is sitting under the engine cover of this 2020 Lotus Evora GT. Of course, Lotus hasnÂ’t dropped the engine in there without Lotus-fying it. This one has an Edelbrock supercharger with an integrated water-to-air charge cooler, plus a special calibration and tune from Lotus. In the Toyota, the base engine makes 301 horsepower. This Evora GT is putting out 416 horsepower and 317 pound-feet of torque. It also breathes through a set of pipes that the Brits would call ace. Check out the video at the top to get a taste of what we heard for a week straight. Our Evora GT was equipped with the standard exhaust. ThereÂ’s an optional titanium exhaust that drops 22 pounds from the curb weight, but Lotus says that it doesnÂ’t actually sound all that different. What does make a difference in the sound is changing the drive mode. ThereÂ’s a valve that opens in the exhaust when you select Sport mode or press the exhaust button. This drastically changes the sound heard from the cabin. In normal Drive mode, the exhaust is muted and just hanging out in the background. ItÂ’s shockingly quiet, but perfect for highway cruising because the drone goes away. Sport mode completely changes the tone and unlocks a sweet wail we didnÂ’t know the Toyota V6 had within it. ThereÂ’s no computer-enhanced or synthesized noises to be heard here. ItÂ’s all real. Taking it one step further in Race mode unlocks the tiniest bit more noise, Lotus says, but itÂ’s hardly noticeable in practice. We found the best experience was in Sport mode, since that reigns in traction control, retains stability control, and boosts throttle response by a bit. 2020 Lotus Evora GT View 6 Photos Under tunnels and overpasses — and this does feel weird to say, knowing the engineÂ’s origins — thereÂ’s a hint of Formula one car sound in there. WeÂ’re talking F1 from a few years ago, not the boring turbo engines of today. The way it shrieks and screams off walls, completely immersing you in the echoing sound, is intoxicating. Very few cars can match the Evora in sound quality, and thatÂ’s impressive considering some of the noisemakers car companies put out these days.

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.