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Not just 'our logo on a sail': Automakers gain technology from America's Cup

HAMILTON, Bermuda - From water taxis that "fly" on hydrofoils to aircraft wings and cutting-edge car steering wheels, the America's Cup has produced technology with potential far beyond its "foiling" catamarans. With their focus on carbon fiber and aerodynamics, the teams that fought for the America's Cup attracted partners including planemaker Airbus and automotive groups BMW and Land Rover, who were keen to learn from them. One area where this is likely to have an impact is in harnessing "foiling" technology, where the America's Cup boats "fly" above the water on foils, cutting water resistance. "Foiling in small electric boats will most likely appear on rivers in major cities. We are just at the beginning of the foiling adventure," Pierre Marie Belleau, head of Airbus Business Development, who managed its partnership with Larry Ellison's Oracle Team USA, told Reuters. The space-age catamarans used in the 35th America's Cup, which ended in victory for Emirates Team New Zealand this week, can sail at maximum speeds of 50 knots (57 mph) and have more in common with flying than sailing."CARBON FIBER RELATIONSHIP" For Jaguar Land Rover, which sponsored British sailor Ben Ainslie's attempt to win the cup, the relationship is a strategic one with a focus on technology and innovation. "We don't just get our logo onto a sail," Mark Cameron, JLR's Experiential Marketing Director, said by telephone, adding that the carmaker would be providing more designers to help Land Rover BAR with technology for their next campaign. "This is a dynamic sport that is developing fast. ... It's moving quickly just like the car industry is moving quickly. It's all changing," Land Rover produced a special steering wheel for Ainslie to use in the America's Cup, with in-built gear shift paddles that allowed him to adjust the catamaran's "flight" levels. The relationship is similar between BMW and Oracle Team USA, with the German automaker focused on areas including the electronics in the wheel used by skipper Jimmy Spithill, the development of carbon fiber used to make the boat and its components, and the aerodynamic testing. "We like to think of ourselves more as a partner than a sponsor. We have a very strong carbon fiber relationship," Ian Robertson, who is the BMW management board member responsible for sales and brand, told Reuters between races. "This is a dynamic sport that is developing fast. ... It's moving quickly just like the car industry is moving quickly.

Our 2018 Jaguar F-Pace has an infuriating shifter

Let me preface this by saying that I quite enjoy our long-term 2018 Jaguar F-Pace. Its quick, handsome and pretty good on a road trip. It handles well for a crossover, too. My biggest gripe with the F-Pace is the interior, and my biggest gripe with the interior is the damned rotary shifter. I've never fought a vehicle so much just to get it to shift into reverse and neutral. I have a tendency to rant, but usually offline, in the company of friends and under the influence of a few drinks. I've spent a lot of time behind the wheel of the F-Pace, and an incident this week in an automatic car wash this week prompted this post. Simply put, it took probably 10 seconds for me to get it to shift into neutral and another 10 seconds to get it back into drive. This is annoying in any situation, but when you're holding up a line of cars trying to wash off a thick layer of salt and ice, it's infuriating. The rotary shifter simply wouldn't rotate into either drive or reverse. This might be user error and it might be exclusive to our particular F-Pace, but I don't recall have the same issue in our XE (I admittedly drove it less) and I definitely have never had such problems with other shifters. Not even the BMW-style fixed rocker type or weird handle ones in the Toyota Prius. I even consulted the owner's manual to make sure I'm doing it properly. The only thing I can think of is that I'm not putting enough pressure on the brake pedal while turning the dial. Yet, even those editors who haven't experienced this problem admit that the design has lost its way. Jaguar introduced the rotary shifter in the original XF back in 2009. At the time, its housing was compact and offset, serving the functional purpose of freeing up space for center console storage (as you can see in the photo above). The same concept was later applied to the Jaguar XJ and copied in the Ram 1500. Now, compare that design to the shifter in the F-Pace (as well as the XE and current XF). It's right in the center with a bezel that takes up as much room as the shift boot on a manual transmission. There's no added storage benefit and the surrounding piano black trim collects dust and fingerprints like a forensics squad. In other words, instead of a space efficiency solution, it's a space-robbing novelty that drives me nuts at the car wash. Related Video: Image Credit: Jeremy Korzeniewski, Jaguar Design/Style Jaguar Long-Term Garage Crossover SUV Luxury Performance jaguar f-pace jaguar f-pace s

Jaguar F-Pace V6 reminds us why we love supercharged engines

There are many things we like about our 2018 Jaguar F-Pace long-term car, as well as some things we don't care for, but easily one of the best things about it is the engine. Under the hood is the 380-horsepower supercharged V6 that Jaguar offers on other models. That amount of power would be fun in just about any car with any engine, but there are specific reasons why this particular engine is special, and it's because of that supercharger. Supercharged engines have a very different character than increasingly common turbo engines. One of the most noticeable differences being engine response. Unlike turbo engines, the F-Pace's V6 feels hardwired to your foot. Every extra millimeter of pedal travel yields a slightly greater amount of tug. And the tug is felt immediately. Even the best turbo engines have a hard time recreating this response. The power band is very linear, as well, so you know exactly what you're getting every time you hit the gas. The engine is wonderfully torquey, too. Because the Jaguar's engine uses a classic Roots-type blower, there's a major improvement in low-end torque. This means that our F-Pace has loads of grunt for punting around at low-rpm and can seriously move when tromping on the gas. And because of the near-instant throttle response and linear power band, it doesn't slam you in the back unexpectedly like some turbo engines do. Despite how great these supercharged engines are to experience, we're concerned that supercharged engines like this may disappear in all but ultra-limited production, high-performance cars such as the Chevy Corvette Z06 and Cadillac CTS-V. The reason being that car companies have to keep making cars more fuel efficient and lower emitting. Putting a supercharger on an engine is adding a handicap, since it takes engine power to spin the belt-driven supercharger. And when a turbo, which uses wasted energy from exhaust gas to spin the compressor and built boost, can effectively do the same thing, it's hard to make a case for a supercharger. We won't give up hope completely, though. Mazda is using superchargers on its spark-assisted compression ignition gasoline engines. And while we're not sure how powerful and sporty those will be, Mazda has said that it's going with superchargers for exactly the reasons we like the Jaguar engine: smooth power and fast throttle response.