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Bentley Continental GT 'Ultratank' makes tracks in Russia. Literally

When the automotive news cycle last turned its attention to Russia, it was to celebrate the maniacs who'd linked three cheap four-cylinder engines to create a 12-cylinder Lada. Our newest visit to the motherland is for the diametric opposite: a first-generation Bentley Continental GT placed on a custom set of heavy duty tracks. Created by Russian YouTube channel AcademeG, the navy blue mutant is called the Ultratank, and its waiting for its close-up in the Akira sequel. Chronicling the build began last August, sometime after AcademeG's presenter bought the cheapest Continental GT he could find. Seems that kind of purchase is a cautionary tale in Russia as much as it is here, because the Bentley's 6.0-liter, twin-turbo W12 needed a list of expensive repairs, starting with new turbos. It appears that was the cue to throw out the whole engine, drivetrain, and frame. AcademeG took the coupe to Swap-Point, who replaced the stock motor with Toyota's Japanese-market 4.3-liter V8 used in the Toyota Crown Majesta, Celsior, and Soarer and Lexus GS, LS, and SC 430. The engine sends power to a solid rear axle only through a torque converter automatic. From there, the twist is transferred to a set of heavy vehicle tracks measuring 98.4 inches long. The Bentley's passenger tub and upper portions mostly survived the transformation, but tube-frame construction replaced the stock architecture front and rear. Nine months later, the Ultratank has taken its first steps. The Russians took their baby into the woods to play, and - watched by some goats and shepherds - proved they got it mostly right in spite of a few issues. Running on treads is often done best in low revs, but the engine doesn't like low revs. There wasn't enough tension on the tracks, and the rubber nubs aligning the tracks with the wheels aren't substantial enough, so the tracks rolled off the wheels during hard cornering. And there are no brakes. Slowing down requires sawing at the wheel, which brakes the inside tread as the Ultratank starts to turn. Even so, the vehicle and the test were declared a success. The team will tune the engine, add doors and tweak the tracks, but according to YouTube's Russian translation, "everything is simply ideal." You can check out the entire build while awaiting updates on the next big changes, including a higher top speed: The Ultratank tops out at 31 miles per hour now, and AcademeG wants to double that.

Top London design students imagine Bentley in 2050

Imagination is the birthplace of good design. Shapes, curves, and edges are formulated inside an artist's mind before spilling onto a sketchbook page and taking shape as an automobile. The Royal College of Art in London aims to nurture this within its mobility students. In a recent project, vehicle design students of the MA Intelligent Mobility program brainstormed how the future of Bentley Motors would transpire in physical form. The challenge asked, "What will British luxury mean in 2050?" In total, 24 designer hopefuls turned in designs to a judging panel of RCA teachers and members of the Bentley design team. These same teachers also helped the students throughout the process. Of the 24, only four designs were plucked and highlighted, seen in the concept sketches above. Eunji Choi's "Elegant Autonomy," which looks like a mesh between a luxury yacht and a grand piano, took a high-class approach to what driverless cars might look like. Jack Watson's "Stratospheric Grand Touring," the teardrop pod on legs, makes note that without the worry of travel difficulties, home could be literally anywhere. Irene Chiu's "Luxury Soundscapes," seen from the overhead and cockpit views, reimagines a car's cabin as a tranquil safe space. Kate NamGoong's "Material Humanity," which most resembles a current-age car while invoking historic Bentley design, offers a future where the way to stand out from the crowd will be to occasionally drive a combustion engine like "the old days." The rarity of such an engine will form a niche for craft exposed engines, much like is true of high-end watches. We think we like that one best *wink*. The intent for the Intelligent Mobility program is to lead the proclaimed third age of automotive design. It is meant to work toward a future of interconnected megacities, flying cars, driverless vehicles, and sustainable energy and materials. The biggest problem with the future? It'll have new innovations and worse problems even the human mind not be able to imagine. Related Video: Featured Gallery Future of Bentley, Royal College of Art View 16 Photos News Source: Royal College of Art Design/Style Green Bentley Autonomous Vehicles Luxury

Bentley planning to rejuvenate and modernize its design language

The sold-out Bacalar moves Bentley's design language in a sharper, bolder direction. It's limited to 12 units, so the odds of seeing one in the wild are low, but its head-turning lines will influence the company's future models. "It was appreciated very well by its target audience, but also by our traditional customers. I was surprised and happy to get positive remarks. I feel encouraged to really push the subject of rejuvenating and modernizing Bentley's design language," Stefan Sielaff, Bentley's lead designer, told Autoblog. He added his team will accelerate this process in the coming years. "We will take steps forward," he affirmed. Bentley remains a relatively small company, and it recently overhauled a large chunk of its range by releasing the new Continental variants, so don't expect to discover its next design language in the coming months. It's more of a long-term goal for the firm. Luckily, it has plenty of projects in the pipeline. Company boss Adrian Hallmark strongly hinted at "an even more luxurious and even bigger" version of the Bentayga, likely to succeed the Mulsanne (pictured) at the top of the line-up, and he suggested Bentley is tentatively planning to release its first electric model -- possibly with a cutting-edge solid-state battery pack -- about halfway through the 2020s. Speaking of, electrification technology will give stylists the opportunity to explore new design avenues. "I think that, when we talk about an electric car, and only from the design point of view, we have to work on efficiency first of all. This has a certain impact on our design language. It means we need to focus more on aerodynamics and on lightweight design, and this has a direct impact on the styling. I personally think it is a big chance for us; it will help us push the design language forward," he concluded.