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In case you missed it: Cayman GT4
Already testing at N-ring.
~$100K http://static.autoblog.nl/images/wp2...man-GT4-01.jpg Spy photo gallery from C&D Automobile Magazine: "Our spy photographer recently caught Porsche testing a Cayman GT4, powered by a 425-hp engine, at the Nürburgring. The powerplant is said to be either a turbocharged flat four plug-in hybrid or a conventionally hybrid-assisted version of the current 3.4-liter flat six." And unfortunately the Boxster, the best handling Porsche of all (with a conventional engine) seems like it will max out at 330 HP in the current GTS, still 20 HP down from the base 991. Too bad, on equal power the Boxster would be quicker than both Cayman and 991. video of the rear: https://www.youtube.com/watch?v=bLIPC9_jW6I arteest rendering in that Mexico Blue http://www.roadmag.co.uk/wp-content/uploads/2014/05/porsche-cayman-gt4.jpg |
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Apparently there was some pace left on the table even with that record-breaker. Hybrid Makes sense, instant torque exactly where you need it on the lap, that's going to be very tough to beat. Rear engine p-car with no-hybrid.. definitely have no chance of claiming a faster lap. |
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But in the long-term, hybrids are here to stay in track-oriented sports cars. It's just the start before they go all electric. |
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Car Review: 2010 Porsche 911 GT3 | Driving |
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Can someone provide a link to a car that is available to the public today that provides an infinite amount of regen energy?
If not, then any hybrid car available today is a one (or two or three) lap wonder because the battery will eventually run down and the car will lose significant power. This happens to the 918 and its one of the best of the best at this moment in time. Certainly this type of tech exists and is in some race cars, but I don't think that its filtered down to street cars quite yet. |
The idea is that in track conditions, the breaking is enough to allow you to always have some charge as long as you conserve it. Due to lack of better comparison, the system honestly works most like the rechargeable sort of boost in arcade racing games.
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That capability to have instant power on hand must make it hard to pass others when racing.
You basically have to wait for a poor line or some other mistake in order to pass since power management is less of an issue. Now the tires will have to get grippier to keep up with the added torque. Someone will be making biologically inspired Gecko grip tires before long. A product like that will make you a billionaire pretty quick. :D |
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I'm thinking they are including folks who have attended at least one beginner's PCA DE and counting that as a typical track driver. Porsche do not stand by their warranty once a GT3 hits the track. Are 70% of those owners saying "F*@% it... if I blow up the engine at Sebring today who cares"? I'm skeptical... If you poll owners for those who track their GT3 at least twice per year, I'm thinking that 70% figure comes down substantially and more inline with typical Porsche ownership. As for the hybrid stuff, maybe the Cayman GT4 will be a sort of high performance guinea pig. A 425 HP mid engine, shorter wheel base Porsche is bound to attract the attention of a lot of track drivers. Well ones with deep pockets. c7 with track goodies on board can be had for same money and a full warranty to boot. |
thstone - as far as battery regen goes, I imagine they'd use regenerative braking: Formula 1® - The Official F1® Website - Understanding F1 Racing - Energy Recovery Systems (ERS)
Because the high-torque power demand typically follows a braking event, the power is available on corner exit. A similar system is used on many road-going hybrids & electric cars. Full disclosure - I HATE traditional hybrids & electrics (and their pretentious owners). |
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