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Jaguar Land Rover gives Lyft $25M and a fleet of cars

Lyft recently raised $600 million in a massive funding round, and now we know that $25 million of that came from Jaguar Land Rover, via its mobility services subsidiary InMotion. The car maker's investment in Lyft goes beyond just funds, however; it's providing Lyft drivers with a fleet of Jaguar and Land Rover vehicles as part of the tie-up, and it's also going to work with the ride-hailing tech company on autonomous vehicle testing. This is yet another high-profile partner for Lyft after a spate of recent new collaborators, including Waymo and, just last week, Nutonomy. Now, Jaguar Land Rover is also joining the company's Open Platform for autonomous cars: The collaboration with InMotion will see the Jaguar Land Rover-owned company "develop and test its mobility services, including autonomous vehicles" using Lyft's platform. Lyft's ability to rapidly bring on a lot of partners in the car maker space, specifically around autonomy, may have a lot to do with rival Uber's ongoing problems, which now also include mounting calls for CEO Travis Kalanick to step back, at least temporarily, from his leadership role. Lyft has also been pretty clear about seeking to partner on autonomy, rather than pursue its own tech, which is likewise different from Uber's current approach. Uber, too, has brought automakers to the table around self-driving services and making use of its ride hailing platform for mobility service offerings. Both Uber and Lyft seem interested in being the layer that connects riders and these future services, and for automakers, it means leaving a complex and challenging part of the picture to partners with experience and expertise, rather than having to spin up that part of the tech business themselves. The fleet provision in the deal is also interesting, and suggests the partnership between the two could involve more strategic cooperative service offerings ahead of the advent of commercial self-driving tech. Lyft gaining more ground among automakers beyond longtime partner GM also explains why it was reported that the ride hailing company turned down overtures regarding a potential acquisition by the Detroit-based automaker.Written by Darrell Etherington for TechCrunch.Related Video:

The Jaguar XJR-15 is a 215 mph, barely-legal road car that's for sale

The late 1980s and early 1990s were awash with supercars from automakers across the globe. Classic Driver in the UK is selling one of the rarest of all of these supercars, the road-going racecar that is the Jaguar XJR-15. The XJR-15 is the lesser known sibling of the Jaguar XJ220. Only 27 were ever built. The XJ220 may not have received the same recognition and reverence as the Ferrari F40, the Porsche 959, and the McLaren F1, but for a time it held the record for the fastest road-going automobile, 217.1 mph. All of the XJ220's engineering and prowess is owed to the development of the XJR-15, which in turn owes everything to driver Tom Walkinshaw and his experience in touring and Le Mans racecars. Unlike the twin-turbocharged XJ220, the XJR-15 features a big, naturally-aspirated V12 that turned out 450 horsepower and 420 lb-ft of torque when new. The engine has a dry sump oil system, a Cosworth forged crankshaft, connecting rods, aluminum pistons, and fuel delivery from a Zytec electronically controlled sequential fuel injection system. The engine is mated to a five-speed transaxle from Tom Walkinshaw Racing, while the suspension - fabricated wishbones and horizontal pushrod-spring dampers at the front and coil springs at the rear - is pulled straight from the XJR-9 racecar. At the time, the car was capable of hitting 60 mph in under four seconds and topped out at 215 mph, just shy of the mark later set by the Jaguar XJ220. The XJR-15 was also the first road car to make extensive use of carbon fiber. In fact, at 2,315 lbs, the car's listed weight is less than that of a new ND Mazda Miata. The body was designed by future McLaren F1 engineer Peter Stevens. While the McLaren and Porsche were more complete and well rounded machines, the XJR-15 was a bare bones, uncompromised track machine. The interior was barely more than a carbon tub fitted with a pair of one-piece seats. The car in this listing is chassis number 21 and only has 1,400 miles on the odometer. Some minor modifications to the hinges allow the hood and engine cover to be quickly and easily opened. The car is listed for GBP450,000, or about $560,000. Not cheap, but what rare, early 1990s supercar is? Related Video: News Source: Classic Driver via Car Buzz Jaguar Coupe Performance ferrari f40 jaguar xj220

2016 Jaguar XF to hit 60 mph in 5 seconds, lead with cutting-edge infotainment

Since the second-gen XF's unveiling last week in an epic publicity stunt over London's Canary Wharf, the details on the new four-door have been rather scarce. That changes now, with the Jaguar revealing just about everything we could hope to know... aside from the price and fuel economy. As we covered in our original post, Jaguar has trimmed the weight for both rear- and all-wheel-drive variants by 132 pounds and 265 lbs, respectively. That means that, regardless of engine output, the two-wheel-drive model tips the scales at just 3,770 lbs, while the AWD XF slips in at 3,880. This was mainly done by way of aluminum construction – the 13th element constitutes 75 percent of the XF's structure – although ultra-high-strength steel also plays a role. Jag claims these elements not only reduce weight – which is almost perfectly distributed, with a "near" fifty-fifty ratio – but increases torsional rigidity by 28 percent. The new XF should be just as agile as the brand's namesake, thanks not only to the reduced weight and stiffer structure, but also to a new chain-driven all-wheel-drive system that's both lighter and more efficient than a traditional version. Impressive though that may be, the brand's Intelligent Driveline Dynamics system is the standout here. IDD manages the torque split, diverting power to the rear axle until it predicts, through factors like yaw rate, steering angle and lateral acceleration, when torque should be shifted to the front wheels. Moreover, the AWD system features Adaptive Surface Response, which takes the place of the old XF's winter driving mode. It monitors road conditions, modifying the behavior of the sedan's systems as needed. The second-gen sedan comes to the US in 340-horsepower and 380-hp variants – torque remains fixed at 332 pound-feet – courtesy of Jaguar Land Rover's familiar 3.0-liter, supercharged V6. The new XF's straight-line performance should be just as entertaining as it sounds, too. The rear-drive, 340-hp XF will hit 60 in 5.2 seconds, while the rest of the range can get there in 5.0. That marks a significant reduction compared to the first-gen V6 models, which used their 340 hp to sprint to 60 in a more leisurely 5.7 to 6.1 seconds. Regardless of output, the rear-drive XF will outrun both the BMW 535i and Mercedes-Benz E350 (we're still waiting on performance figures for the 329-hp E400, so Jag's RWD dominance may not last), which take 5.5 seconds and 6.5 seconds, respectively.