Porsche Boxster on 2040-cars

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Will the Mission E be the world's first must-have EV?

The Porsche Mission E concept was recently green-lit for production and has a tentative production date just before the end of the decade. With the recent onslaught of all-electric technology, the question remains: Which automaker will release the first must have all-electric EV? Tesla has clearly gained experience in testing the worldwide appetite for luxury, six-figure EVs, having sold its 100,000th vehicle in just three years and six months. But it remains to be seen if automakers can truly manufacture the ultimate green driving machine. Audi has shown its R8 e-tron but acknowledged that it will be produced in only limited quantities. On the other end of the spectrum, vehicles like the Chevy Bolt and BMW i8 are being produced for mass consumption, but will they satisfy the enthusiast who is looking for more than a commuter car? Tesla's Model S has certainly raised eyebrows and collected accolades with "ludicrous" level straight-line performance, but how well will the vehicle stand up to long-term ownership for enthusiasts? Porsche has dismissed any notions of autonomous driving in its vehicles, suggesting that it will try to stay close to its high-performance roots. This would seem to suggest that despite all the forecasted performance cred of the Mission E – 582 horsepower, 0–60 in 3.5 seconds, and a 310-mile range – potential buyers may not be getting the latest and greatest in gee-whiz-bang autonomous technology. And while Porsche has offered that future iterations of its 911 and 718 may in fact use hybrid-assisted drivetrains, the execution of a true, mass-produced, all-electric sports sedan remains to be seen. One thing is for certain, unlike start-ups like Tesla, the larger, more established manufacturers have larger budgets and more time to invest in R&D. Consumers have raised expectations from the more mature automakers in terms of reliability and the overall finish of their products. The arrival of the Mission E production car may introduce us to electric sports sedans that emphasize performance over efficiency while still eliminating its carbon footprint. Related Video: Porsche Electric porsche mission e porsche mission e concept open road

Meet the new Porsche 718 Boxster and Boxster S

The rumors were mostly true. Porsche had already confirmed that the Boxster and Caymans would receive a "718" appended to their badges, in honor of their famous mid-engined racecar of the 1950s and '60s, but the mechanical details were left up in the air. We were almost certain both would be powered by turbocharged flat-fours of a couple of displacements and outputs, and now we can confirm that this is the case. Porsche has revealed the official specs for the 718 Boxster, which will go on sale in Europe this April. The biggest news concerns the flat-fours. The regular 718 Boxster will get a 2.0-liter, turbocharged flat-four producing 300 hp. The 718 Boxster S will get an extra half-liter of displacement and a variable-geometry turbocharger to produce a total of 350 hp. This represents a 35 hp gain over the current Boxster and Boxster S, respectively. Porsche also claims the turbo fours improve fuel economy by around 13 percent. By the NEDC European test cycle, the 2.0-liter gets roughly 34 mpg and the 2.5 gets 32 mpg, although rest assured that EPA test results will yield different numbers than the optimistic European test. Torque gains with the new boxer fours are significant. The 2.0-liter gains 74 lb-ft of torque for a total of 280 lb-ft from 1,950 to 4,500 RPM. The 2.5 gains less, 43 lb-ft, for a total of 309 lb-ft over the same rev range. The extra torque and wide torque band make the 718 Boxster quicker to 60 mph, at least when equipped with the PDK gearbox and the Sport Chrono Package. The 2.0-liter car does the deed in 4.5 seconds, a 0.7-second improvement, and the 2.5-liter car is claimed to hit 60 mph in 4.0 seconds, a 0.5-second improvement. 2016 Porsche 718 Boxster View 11 Photos Inside, a new dash houses the latest Porsche Communication Management infotainment system with a touchscreen, included on all 718 Boxsters as standard – although nav is an optional extra. The buttonless, capacitive-touch center stack we just spied on the next Panamera does not make it inside the 718 Boxster, which makes do with a very similar button layout to the current car. Both cars will come with a six-speed manual as standard, which is great news, and a PDK will be optional for both. Porsche also claims to have made the electrically-assisted steering more direct, and retuned the suspension. An optional PASM package lowers the car by 0.4 inches while providing the benefits of active dampers. From a styling standpoint, this is an evolution of the current theme.

2016 Porsche 911 R First Drive

Competition has forced the 911 GT3 RS to prioritize lap times over driving enjoyment. The 911 Carrera line has softened, now full of GT cars rather than the wild children of yore. Turbocharging is hitting the rear-engine Porsche en masse. All of this gave Porsche Motorsport a vacuum of emotion and purity to fill with just 991 examples of its glorious 911 R, a machine focused on putting unadulterated feel and enjoyment back into driving. Even amongst the diehard Porsche fraternity, just going faster doesn't work for everybody. They don't all want the thrill that comes from a high-downforce car running out of grip inches from a concrete wall. Not everybody loves suspensions so tied down that the slightest bump threatens the front splitter's continued existence. And many don't love turbochargers or want a computer to shift gears for them. Fortunately, just such people live, breathe, and work at Porsche Motorsport. This part of the company makes its living building Porsche's fastest machines, like the Cayman GT4 and the 911 GT3 and GT3 RS. But in an era when the bulk of Porsche's profits come from SUVs, Porsche Motorsport also sees itself as the guardian of the parent company's soul. Motorsport has enough pull that when it tells Porsche's board it needs a car like the 911 R the board listens. The quickest way to turn the 911 into a driver-connected car was to pull the weight out, and the easiest way to do that was to use the 911 GT3 RS as the basis. So it gets that car's magnesium roof, polycarbonate side and rear glass, carbon-fiber bonnet and front fenders, and lots of aluminum. The air conditioning got thrown out (you can pay to put it back in), as did the multimedia screen (ditto), the audio and navigation systems (ditto, ditto), the rear seats, and even the interior door handles. Cloth straps replace the latter so you can still get out of the car. At 3,020 pounds, the R is 110 lighter than the race-bred GT3 RS. Eschewing turbocharging in the interest of car-lover must-haves like induction noise, butterfly chirps, intuitive throttle response, and purity of sound, the 911 R simply borrowed the GT3 RS's 4.0-liter flat-six. So there's 500 horsepower of engine playing for keeps, the car ripping to 60 mph in 3.7 seconds from a standing start, hitting 124 mph in 11.6 seconds, and continuing on to 201 mph thanks to the lack of a monster, drag-inducing rear wing. The dry-sump engine revs and revs and feels like it wants to keep revving forever.