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Enhance this football field-sized photo to find the Bentley

"Enhance! Enhance! Enhance!" Zooming in on this photo of the Golden Gate Bridge feels like taking part in a 2000s crime lab cop show, with their seemingly endless capabilities to zoom in a photo to catch a suspect. But it's not a grainy safety camera shot we are looking here, but a composite image stitched together using the same space age technology NASA uses to create panorama shots from Curiosity Rover images. Keep zooming, and a Bentley Mulsanne will appear. Keep zooming, and you can get close enough to see the stitching on the Bentley logo on the tan leather headrest. According to Bentley, the image was created by combining 700 separate photographs, and the image consists of 53 billion pixels, or 53 gigapixels. The starting point is nearly half a mile away, and if you decided to play a prank on whoever runs the nearest inkjet printer, you would produce enough material to fill a football field. Bentley says that the point of the zoomable image is to show just how much they pay attention to detail when crafting these $330,000 luxury cars. The particular car is a Mulsanne Extended Wheelbase finished in Rose Gold over Magnetic duo-tone. The image is viewable in its entirety over at Bentley's Look Closer website created for the occasion. Marketing/Advertising Bentley Luxury bentley mulsanne

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

2022 Bentley Flying Spur Hybrid has pure electric range, near-V8 performance

Bentley is adding the new 2022 Flying Spur Hybrid as a third powertrain option in the Flying Spur family that already includes a W12 and V8 model. It’s BentleyÂ’s second hybrid vehicle, joining the Bentayga Hybrid in the companyÂ’s rollout of slightly greener vehicles. This Flying Spur PHEV is the result of borrowing powertrain components from Porsche for its powertrain components. A 2.9-liter twin-turbo V6 and electric motor combine for a total system output of 536 horsepower and 553 pound-feet of torque. The horsepower is slightly down from the Panamera 4S E-Hybrid, but its 553 pound-feet of torque is identical to the Porsche from which its powertrain is derived from. This motivates the Flying Spur Hybrid from 0-60 mph in just 4.1 seconds, which is just 0.1 second slower than the V8. Top speed is an impressive 177 mph. ThereÂ’s nothing slow about it. As for the electrics, Bentley is using a 14.1 kWh battery pack. Tested on the optimistic WLTP test cycle, Bentley predicts itÂ’ll have a range rating greater than 25 miles. The Porsche Panamera 4 E-Hybrid with the same size battery pack (2020 model, because the 2021 Panamera got a bigger battery pack) is EPA-rated for 14 miles on a full charge, so we suspect the Flying Spur will be closer to this total when it receives its EPA rating. YouÂ’ll be able to choose between pure EV mode, Hybrid Mode or Hold Mode (retains current battery charge) depending on how you wish to utilize the battery charge on your drive. A new dedicated button on the interior facilitates these mode changes, and besides the necessary hybrid-specific infotainment software and cluster layout, is the only physical change to the interior. Hybrid models will be recognizable via their small “Hybrid” badge on the front fender. TheyÂ’ll also have new quad oval tailpipes and a charging port on the left rear fender. Fuel economy figures are not yet available from Bentley, but if the Panamera it shares powertrains with is any indication, we may not see massive gains by going from the V8 to the V6 hybrid. Porsche gains only 1 mpg going from the Turbo to a 4S E-Hybrid, so a similar 1- or 2-mpg bump from the V8Â’s 17 mpg combined figure seems likely. A total driving range of 435 miles is expected with this Hybrid model, which Bentley claims is the best in its lineup. Pricing isnÂ’t out yet, but Bentley says youÂ’ll be able to place an order for a Flying Spur Hybrid this summer. The first customer deliveries are scheduled for the end of 2021.