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McLaren wants you to drift your 720S

The next generation of McLaren's Super Series is nearly at hand, and today the British purveyor of speed released a camouflaged car shown during testing. While this is a bit anticlimactic – we saw the car last week in this Instagram leak – the image does show off the 720S (its expected name) in action with a trail of smoke. That's critical. The chassis will have a new feature called Variable Drift Control, which lets you modulate the electronic stability control by swiping your finger across the infotainment system. We can't wait to try that. The system is part of McLaren's Proactive Chassis II, which has 12 more sensors than the chassis in McLaren's current Super Series that's anchored by the 650S. The system is able to read inputs and gauge tire patch, allowing it to adjust suspension damping to adapt to driving conditions. Naturally, McLaren says this improves cornering, handling, grip, and comfort. The 720S will be able to drive in Comfort, Sport, or Track chassis settings. "Proactive Chassis Control II generates a significant amount of additional grip, but not at the expense of the balance and feel of the car," Mark Vinnels, McLaren Automotive executive director of product development, said in a statement. The 720S, which uses the codename P14, will be revealed in March at the Geneva Motor Show. Related Video:

McLaren to launch 650S replacement in 2018

McLaren only launched the 650S last year, but by 2018 it'll be four years old – and the 12C underpinnings on which it is largely based will have been around for seven. Looking at those time spans, it should come as little surprise that Woking is already gearing up to launch its replacement. According to Autocar, the successor to the McLaren 650S is due in 2018. It's anticipated to be based on the same carbon monocoque architecture and 3.8-liter twin-turbo V8 engine that's widely used by the company. Frank Stephenson and his team are also tipped to be working on a new design that will depart sharply from the theme that has characterized the P1 (Ultimate Series), 650S (Super Series), and 570S (Sports Series). Look for that appearance to point the way forward for future McLaren models. Expect output to exceed the 641 horsepower in the 650S and possibly even the 666 hp in the 675LT. By the time it arrives, Woking's latest will have to contend with even more powerful versions of the Ferrari 488 GTB and Lamborghini Huracan, which produce 661 hp and 602 hp, respectively, in their current iterations. It remains to be seen, however, whether the new Super Series model will adopt hybrid propulsion like the P1. A hard-top convertible Spider is also anticipated to follow. The new model's internal designation of P14, as Autocar asserts, may finally put to rest the mystery of what Woking was saving that slot for: P11 was used for the 12C (and P11M for the 650S), P12 for the P1, P13 for the new Sports Series, and P15 is said to be earmarked for a new model to slot in between the 650S and P1. Related Video:

McLaren wants to revolutionize engine efficiency with an all-star partnership

McLaren Automotive is reporting strong growth, as its sales volume almost doubled during the previous year; from 1,654 sold cars in 2015 to 3,286 cars in 2016. To keep that upward trajectory a reality, the company is aiming to overhaul its powertrain technology with help from BMW Group along with other strategic partners. In a statement of intent published today, McLaren is announcing a project to develop "new combustion technology that will produce a higher output per capacity than currently possible", while still achieving reduced CO2 output. A McLaren spokesperson told Autoblog that reduced emissions is also a goal of the combustion improvements. We expect to see the results of this effort sometime around 2020. The McLaren-led project is backed and partially funded by the UK Government, through the Advanced Propulsion Centre. The APC is a think tank formed in 2013, itself standing as a 10-year joint effort between the UK Government and the automotive industry. There are five other partners in addition to McLaren, including McLaren's engine-manufacturing partner Ricardo. BMW Group and casting experts Grainger & Worrall, which also produce parts for Aston Martin DB11 engines, are also in the list. Then there is Lentus Composites with their material know-how, and the University of Bath, who will be utilized for their advanced R&D capabilities. The project is sure to boost the existing credibility of the middle of England as an advanced automotive technology powerhouse, and it will be interesting to see which kind of power figures the end products will churn out – and in what kind of bodies the high-tech engines will be mounted. Related Video: This content is hosted by a third party. To view it, please update your privacy preferences. Manage Settings. Image Credit: McLaren Automotive McLaren Technology Emerging Technologies Supercars