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Weekly Recap For 7.8.16 | Autoblog Minute

Senior Editor Greg Migliore recaps the week in automotive news, including a look at the new V12 hypercar coming from Aston Martin and Red Bull Racing. Aston Martin Jeep Autoblog Minute Videos Original Video autos Red Bull Racing hypercar am-rb 001

Looking for a deal? Check out your nearest Acura dealer

For the fourth time in the last year, an Aston Martin out-discounts all other automakers by offering the largest monetary savings off the retail price of an automobile in America. This time, though, the discount isn't on the aging (though still beautiful) Rapide sedan or range-topping DBS Superleggera, it's for the DB11 sports car. For those keeping track, the DB11 also led this discount list back in May of 2020. This time, though, the price is even lower than before. Right now, buyers of the Aston Martin DB11 are seeing discounts of $24,330. That's a 12.1% cut off the car's average retail price of $201,820 and it means buyers are paying an average transaction price of $177,490. Still expensive, but really not bad for a drop-dead gorgeous machine with as much as 630 horsepower. Next in line is a familiar face, the Acura NSX. As impressive as the Japanese hybrid supercar may be, Acura has been running big rebates on the NSX for as long as we've been running these lists. This month, the NSX buyers are seeing discounts of nearly 14% for an average transaction price of $138,648. The third biggest discount this month shows up on the most expensive vehicle on the list. The Rolls-Royce Phantom carries an average sticker price of $537,500. But buyers are getting about 4% off that for an average transaction price of $516,333. It may not be a massive discount when measured by percentage, but when the asking price is so high, even a small discount equals big bucks. Related Video:

Aston Martin Lagonda Vision Concept re-envisioned as zero-emissions luxury brand

After introducing the hand-built, limited-edition, one-million-dollar Lagonda Taraf saloon in 2015, Aston Martin is again reaching to its Lagonda heritage dating back to 1904. But while there's a new saloon concept to be presented, Lagonda has completely changed around it. The Taraf had a six-liter, 540-horsepower V12 under its hood: the new car has no engine and no hood. Instead, Aston Martin is turning Lagonda into what it calls the first zero emission luxury brand. The herald of the newly born Lagonda is the Vision Concept, and it showcases the design language Aston Martin is preparing for a 2023 launch. While Astons still embrace the internal combustion engine, the letter "O" in Lagonda's logo is re-purposed to stand for zero emissions. As per Aston's statement: "With no need to package a vast internal combustion engine, gearbox and transmission, Lagonda's designers could optimize the interior down to the smallest detail and then build up the exterior of the car around it. The Lagonda Vision Concept doesn't have a bonnet because one is not required." The production Lagonda is to be fully autonomous "on all routine circumstances and all recognizable roads." This means the steering wheel can freely move from the left side of the car to the right, or retract completely. Choosing to not do the driving isn't alien to Lagonda customers, as Aston Martin's Andy Palmer explains. "For owners of true luxury cars, autonomy has existed for over a century, in a carbon-based form called a chauffeur." He adds, "We imagine most Lagonda customers will choose to be driven, but whether by a person or a computer will be up to them. And if they want to drive themselves, the car will ensure that is a delightful and memorable experience too. Lagonda will provide that choice." The tall, airy cabin has been designed with the help of Savile Row tailors, and the armchair-like seats can be arranged to face each other. The seats aren't mounted on runners, but cantilevered arms. As for range, Lagondas will have been engineered for a real-world 400-mile range with solid-state batteries. There's "intelligent all-wheel-drive," with any wheel able to be given 100 percent of the available torque.