2017 Mclaren 570 W/ Extended Interior Carbon, Front Lift + Lux Pack on 2040-cars

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Future McLaren cars will be hybrids and autonomous

You may want to look away supercar purists, McLaren views its future as partially electrified and autonomous. Autocar reported today that McLaren's CEO Mike Flewitt wants to bring in hybrid technology for next-generation McLaren sports cars, with the electrified tech baked in from the beginning rather than adding it on after the fact. "Hybrid design is part of the next platform," Flewitt said. "It is designed-in from day one rather than having to adapt an existing chassis." The British manufacturer would even offer hybrid-only models in most product lines, rendering conventional, non-hybrid McLarens as limited editions only. The powertrain in the strongest-selling hybrid cars would feature a turbo V6, reports Autocar. The upcoming BP23 hypercar will already have an electric motor and a battery pack backing up its 4.0-liter twin-turbo V8. Flewitt also confirms that future McLaren cars will have autonomous capabilities, which is certainly an interesting move by a driver-centric specialty car manufacturer. Flewitt acknowledged this, but noted that "Autonomy in its own right isn't that appealing to our customers, but we need to have capabilities designed in for safety, legislation and emissions." The first model to be replaced with a hybrid successor would be the entry-level 570S, reportedly by next year. The electrification would then continue until the 2022 replacement of the 720S. Related Video: This content is hosted by a third party. To view it, please update your privacy preferences. Manage Settings. News Source: AutocarImage Credit: McLaren Green McLaren Future Vehicles Hybrid Luxury Supercars mclaren automotive

McLaren F1 designer Gordon Murray creates his own car company

Famed automotive designer Gordon Murray has announced he's launching a new vehicle manufacturing company that will focus on taking innovative car designs into limited-run production. Gordon Murray Automotive says its first car will be a flagship model launched under a new brand that it says will go against the trend toward more complicated, heavier-weight vehicles. Murray is the South African-born automotive engineer and designer of the McLaren F1 who more recently was working on the T.27, a tiny electric city three-seater. The new company is positioned as part of a corporate organization and a sister company to Gordon Murray Design. "The new manufacturing business significantly expands the capabilities of our group of companies," Murray said. "With our first new car, we will demonstrate a return to the design and engineering principles that have made the McLaren F1 such an icon." Murray said its cars will be built on a new version of its highly efficient iStream manufacturing process, which derives heavily from Formula One construction and materials technologies to make low-weight vehicles that require less energy and less factory space to produce. It describes the process thusly: "An iStream chassis is essentially a hybrid structure consisting of a metallic frame (iFrame) and composite sandwich panels (iPanels). The basic concept is to use the iFrame to form a basic skeleton to locate all the local attachment points such as powertrain, steering, suspension and occupant seats etc. The iFrame alone does not meet the performance demands of a modern car, so we then stabilise the iFrame by bonding the highly rigid (iPanels) onto the metallic members so they then act as very stiff shear panels." The process was used on the TVR sports car, which Murray's firm said was as much as 300 kilograms (660 pounds) lighter than others in its class: Murray designed F1 cars that won more than 50 grands prix. Like Lotus, he is obsessed with weight reduction, and has recently worked on small-car projects like the Yamaha Sports Ride Concept. Autocar says Murray aims to keep the cost of his new vehicles low through use of the iStream process, and has said his ideal supercar would weigh less than 2,000 pounds. Whether that's the flagship he speaks of remains to be seen.

2016 McLaren 675LT Review

"It's so comfortable." That's always the first or second comment made by anyone who owns or has driven a McLaren. They say the coupe or spider in question is also a singular performer, but what really blows them away is the bug-in-a-rug coziness when they're not murdering the tires. A Southern California dealer commenting on the respective driving habits of Ferrari, Lamborghini, and McLaren purchasers said, "McLaren owners drive their cars too much," adding that it wasn't unusual for him to see examples clock 20,000 miles a year or go on long road trips – kind of like the one my colleague Steven Ewing did in a 650S Spider. We spent a week with a Napier Green 675LT coupe, the limited-edition, track-focused model in the Super Series line-up. It establishes a psychic connection with the McLaren F1 GTR Long Tail developed in 1996 to battle the Mercedes-Benz CLK GTR and Porsche 911 GT1. This is what you should know about the 675LT: it's really, really comfortable. Almost excessively so. Final output is 666 hp and 516 lb-ft of torque, an increase of 25 hp and 16 lb-ft over the 650S. At heart is the twin-turbo 3.8-liter V8 found in all McLaren models, but more than half of its components are new for this application. The camshaft is new, the block gets lightweight connecting rods, the fuel pump is upgraded, the twin turbos are the same size as those on the 650S' engine yet more efficient. Final output is 666 horsepower and 516 pound-feet of torque, an increase of 25 hp and 16 lb-ft over the 650S. More important is the weight loss. At 2,712 pounds the 675LT is 220 pounds lighter than a 650S through major overtures like carbon fiber body panels, less sound deadening, Alcantara in the cabin instead of carpet and leather, and a polycarbonate engine cover. You need a special tool – made of carbon fiber – to remove the polycarbonate cover because the struts and latches have been omitted to save weight. Then there are minute gestures, like the windshield being one millimeter thinner (saving 6.6 pounds), the rear bulkhead glass being half a millimeter thinner (saving 1.1 pounds), and the carbon fiber being satin-finished instead of gloss-finished (saving 50 grams). For all that precision, the 0-60 mile-per-hour time of 2.8 seconds is only one tenth under that of the 650S, and its top speed is 205 mph, compared to the 207-mph terminal velocity of the 650S. There is nothing riveting about the 675LT at road-legal speeds on straight roads.