Auto blog

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:

2016 Jaguar F-Type R AWD Beauty-Roll

For those of you paying attention, we've really ramped up the old Autoblog video game these days. Our new series Car Club USA joins Translogic and The List, and there are more Daily Drivers and Short Cuts than ever. But sometimes, all you care about is the car. The Autoblog Beauty-Roll video series has one goal: bring you glossy video images of cars, and nothing but. We're collecting moving pictures of all the cars we test, inside and out. Each episode comes with a hit of engine sound – start-up and with a few revs – to round out the package. Set your resolution to max, kick it into full-screen, turn up the sound, and enjoy today's subject, the 2016 Jaguar F-Type R AWD.

Jaguar designs Tour de France racing bike [w/video]

Jaguar is known for designing luxury sedans, and it's known for designing GTs. But once in a while it dabbles in a new area of transportation design. It's working on its first crossover at the moment, and even did a speedboat concept a couple of years ago. Now it's turned its attention to bicycles.
While many automakers have designed bikes in the past, Jaguar's project has a bit more of a direct correlation. It's been working with Team Sky - the outfit that has won the Tour de France two years running now - since 2010, furnishing the team with support vehicles for bicycle races around the world. But now it's stepping its collaboration up a notch by redesigning the team's bike.
Working with frame manufacturer Pinarello, Jaguar took the existing Dogma 65.1 racing bike design back to the drawing board. Jaguar's designers and engineers reshaped the frame tubes, seat post, front fork, derailleur and all the components attached to the frame, each part streamlined for aerodynamic efficiency. They ran it through Jaguar's Computational Fluid Dynamics processor 300 times then verified the results in the wind tunnel.