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Porsche, Audi team up for tech: autonomy, EVs, hybrids and more

Porsche and Audi have been working on a number of important technologies for future vehicles. The two luxury automakers, both part of the Volkswagen Group, have mostly appeared to guard the space between their brands despite some shared engines and a platform. While their goals may not always overlap – Porsche has shied away from fully autonomous driving, for instance ­– the two brands have decided they could move more quickly into their respective futures by putting their heads together. In that spirit, Audi and Porsche are partnering up for a "shared vehicle architecture strategy of the future." This collaboration will focus on future mobility, including the development electrification, digitization, and autonomous driving technology. And the teams have knowledge and resources to share with one another. Porsche is moving fast with electrification, adding more hybrid systems to its models and preparing to launch the ultra-fast-charging Mission E electric car. Audi has been pursuing autonomous driving, connected vehicle and V2X tech, and Shared Fleet programs. Combining the best and brightest of both companies should help accelerate R&D. Even if one or the other company doesn't put all of the co-developed technologies into its vehicles, they'll both be learning the lessons, and sharing resources should help keep costs in check. "We will cooperate wherever it makes sense," says Porsche Board of Management Chairman Oliver Blume. "But we will also be very careful to maintain the differentiation between our brands. A Porsche is always a Porsche, and that will remain so in the future." Detail are still scarce, but Audi and Porsche will pin down a more a more specific sharing strategy as they develop their plan through 2025. While the cars continue to look and drive differently, expect Porsche and Audi to share more components and digital capabilities moving forward. Related Video:

What the Volkswagen I.D. concept tells us about the post-TDI future

If you've been paying attention, 2016 hasn't been a great year for Volkswagen. The TDI scandal removed VW's last crutch between our internal combustion present and the electric future, and so the company found itself scrambling to shift resources to show what's next right now. It's naive to assume that this is truly the sort of fairytale comeback story that VW's spin doctors would have us all believe, but it's notable that instead of flinching or pointing fingers, the engineers got to work. What they've produced is the I.D. concept, the third wave in VW's volume car history after the Beetle and Golf. The transaxle Golf was more than simply an updated Beetle, and likewise the I.D. is more than an electrified Golf. VW says the I.D. won't replace the Golf, but they said the same thing about that car replacing the Beetle. It's only a matter of time. VW says the I.D. won't replace the Golf, but they said the same thing about that car replacing the Beetle. It's only a matter of time. The I.D. approach is refreshingly simple: no carbon fiber chassis, no exotic battery chemistry, no outrageous concept car styling. The MEB chassis (the German acronym for modular electric platform) is made out of a traditional mix of high-strength steel grades to save costs and utilize existing factories. The battery is integral, not swappable, to reduce complexity and increase structural rigidity. It's also uses lithium-ion chemistry because of a proven track record and an existing (albeit deficient) supply chain. Contrast that with the e-Golf, which shares its chassis with the conventional internal-combustion cars. Fitting the battery and its ancillary systems became complicated and expensive. The skateboard installation in the I.D. will allow the pack to be optimized for the space available, reducing costs. As we've already reported, MEB will be shared across all VW Group brands to achieve an economy of scale, and the modular platform can be stretched to the size of roughly a Passat and down to a car slightly smaller than the I.D. It can be given all-wheel drive, although VW's e-mobility chief Christian Senger is quick to point out that the standard rear-drive configuration provides plenty of traction because of optimal weight distribution achieved with battery in the middle of the chassis. It makes all-wheel drive more of a bonus rather than a necessity in bad weather.

Audi promises production laser headlights

Audi is showing off new laser headlight technology this week at the 2014 Consumer Electronics Show on its Audi Sport Quattro Laserlight Concept, and most intriguingly, the automaker has plans to use the long-range lighting on production vehicles. Audi CEO Rupert Stadler tells Automotive News that this type of headlights will be used on a future production vehicle, although he did not specify any timeframe.
On the concept vehicle, the headlights employ LED low beams, while the high beams use the laserlight technology. Audi says that these lights are not only very small ("a few microns in diameter") they are also able to light the road for almost a third of a mile (1,640 feet), with three times the brightness of an LED highbeam, yet with pinpoint control. These lights have already been confirmed for use in motorsports on the 2014 Audi R18 e-tron Quattro LMP1 racecar, and the tech will eventually trickle down to road-going cars.
In addition to how long this trickle down will take, it's doubtful we'll see these lights in the US anytime soon. Audi is still working with the US Department of Transportation for approval of its LED Matrix Beam headlights, which are already sold in other markets, and the negotiations appear to be taking quite a bit of time. Automotive News also notes that the laser headlights earmarked as options on the 2015 BMW i8 will not be offered in the US, either.