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1968 Porsche 912 With 911 Upgrades on 2040-cars

Year:1968 Mileage:79500
Location:

United States

United States

The car is a result of a wonderful & long lasting impression I got upon reading about the 1968 Trans Am Championship winning Porsche of Tony Adamowicz. As it turns out the Porsche 911 car was actually a 912 chassis converted to a 911 engine. At the time, close to 10 years ago, I had a 1970 911S that had to be sadly relinquished to the graveyard due to corrosion and wreck and the intention was to resurrect it in the same fashion of the Tony Adamowicz car and fit the 911S engine to the cleanest and "near concourse" 912 that could be had for under 25k. But fate would intervene and the 911S engine would end up with Magnus W. who was not yet a Porsche 911 celebrity that he is now because he gave me an offer that I could not and did not refuse. 

Eventually the engine sourced was a 2.7L fuel injected from a 74 or 75 911 which now currently displaces 2.8 liters and mated to a dogleg 5 speed. Alongside this, all remaining relevant and useable 911S parts were fitted into the 912. The car has fully adjustable front and rear suspension and S brake calipers on Brembo cross-drilled rotors. It has stiffened Bilsteins all around. It has genuine 911 instrumentation which were restored at Noho Speedometers. The odometer was reset to zero and is yet to be hooked up! The mileage given in this auction is best approximation of what was in the chassis of the 912 before instrumentation conversion.  It has a working aftermarket radio and CD. It has all brand new weatherstripping down to the window channels and so you will be surprised how airtight and quiet the cabin is at freeway speeds. Despite the roll cage, the car has a pristine black Porsche headliner in it. All decos and brightwork including bumperettes and flag side mirror are genuine Porsche and new.( the original 1968 side mirror is included but glass is broken) It has a brand new Bosch air horns.   

The car was meant to be a "pocket rocket daily driver" and therefore the go fast approach could not be 100% full blown. Although current seats are very lightweight they are not race seats but rather comfortable reclining seats. As bonus, I am including a brand new Recaro with holes for harnesses for track-day or slalom racing.(see pics) There are no fuel cells or lightweight batteries. All glass are bone stock. The only fiberglass body panel is the ducktail however I am including the original engine lid with original aluminum engine lid grille.(see pics) For a clean lightweight treatment, the interior of the 912 was gutted down to sheet metal (all rubbery rustproofing material was chemically scraped out) and then the bare 46-year old metal was "heat painted." The same treatment goes for the trunk compartment. The lightweight reclining vintage Recaros were imported straight from Germany and are not reupholstered. For safety and rigidity a permanent welded roll cage was installed. The side cage bars were purposely fitted low for easy in and out access as a daily driver. The 5.5x15 Fuchs of the 912 was sold (what a mistake I now know) since they were useless in containing the power of the car and as mentioned, rear metal flares were butt-welded to fit the staggered 7 & 8x15 Fuchs and Toyo Proxes to be able to handle the huge increase in power and torque. The car is quite torquey that it will spin the tires easily on 2nd gear and 3rd on half abrupt clutching. All heat exchangers are functional and there is a brand new blower motor so there is proper cabin heat if needed in cold climates.  It has a remote controlled ignition cut-out switch installed and this acts pretty much like a turbo timer.

The car is built right and as testimony to this, 2 years ago, the car sat for a little over 13 months in my garage unattended while I was away continuously overseas.  The moment I returned stateside I attempted to start it and it started on first try without the battery being charged. It did not puff one tiny smoke and much more did not drop 1 drop of oil the whole time it sat. What is more impressive is that 2 days after I first started it, I drove it from Cali to Vegas and back without a single issue. There is absolutely no issues with the car mechanically and absolutely no electrical gremlins that drain battery juice. The only cons that I can say is that there is one cam-lock set screw (not sure if this is the exact name) for the rear passenger side trailing arm that is stripped due to over-tightening and has to be replaced. Consequently ride height on that corner should be checked.  Cannot remember now why I never was able to source that one out. Another con is that the engine compartment could be improved a lot with dressing the engine. The engine was never dressed for show but it would be nice if the new owner will dress it up for show. It is however, very reliable, very dry and most importantly very powerful as it is. 

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Jay Leno puts carbon fiber wheels to the test on a Porsche 911 GT3 RS

Thu, 04 Sep 2014

Jay Leno's Garage usually focuses on looking at cars new and old, speaking to their owners and then Jay taking a drive to see what he thinks. However, Leno throws his usual shtick to the curb this week to do a full product test of the carbon fiber wheels from a company called Carbon Revolution. If you're not interested in hearing about wheels for 18 minutes, don't worry. They get mounted on a Porsche and are tested back-to-back with stock wheels, and Leno takes the 911 for a track test, too.
While carbon-fiber wheels aren't exactly a new idea, Carbon Revolution's goal is to create a lightweight, one-piece product that can be mass produced. The company even claims that it already has a deal with an OEM automaker to offer them on a vehicle in a few years. The key to the technology is that it doesn't need an expensive autoclave to be made.
In the meantime, the company's carbon fiber wheels are available as an aftermarket option for about $15,000 a set, according to the video. They weigh in at about 15.5 pounds each and offer OEM-levels of stiffness, so they could cut some unsprung mass off of a performance car. Watch here as Jay and his mechanic Bernard lap Willow Springs and give their feedback about what they think of this cutting-edge technology.

Porsche 918 Spyder to birth stretched 2+2 version?

Fri, 23 Aug 2013

Porsche is known for its ability to spin off a litter of variants from a single model, and according to a report in Automobile the 918 Spyder (pictured here) might not be spared the house trick. Having taken too many brains and too much money for too much time, company chiefs are said to be examining ways to get more for their development euro out of the supercar, and Plan A is apparently otherwise known as Plan 984. That would be a four-seater, rear-wheel drive supercar that uses a stretched mold of the 918's carbon fiber tub, keeping the V8 in the same mid-mounted place and costing around 350,000 euro.
That would be less than half the MSRP of its inspiration, but the details don't sketch out a car that's just half as good. Automobile speculates it would get something like 700 horsepower in order to best the coming 911 GT2, and about 440 pound-feet of torque. The 984 is quite a ways short of being confirmed; even though a full-size study is said to exist, it's like the 918 would need to become a bigger sales hit for the 984 to happen.
The 984's fortunes don't change those of the 960, the supercoupe Porsche is building to challenge Ferrari. Its potential specs haven't changed since the last report in January, power coming from a 5.0-liter, twin-turbo, eight-cylinder boxer engine with something like 650 hp pushing a curb weight of roughly 3,100 pounds. The means a suspected 0-to-60 mile-per-hour time of 2.5 seconds.

Autocar pits Porsche 911 Turbo S against Formula 4 racer

Fri, 20 Jun 2014

There is a long-running argument among performance car fans: power vs. weight. In one corner you get cars generally with small engines making modest numbers but able to corner like they are telepathic, and in the other there are big thumping mills that are rocketships in a straight line but lumber in the turns. Autocar takes an interesting look this continuum in a recent video pitting a 552-hp Porsche 911 Turbo S against a 185-hp Formula 4 racecar. It hopes to find whether the Porsche's huge power advantage is enough to defeat the better grip and aero offered by the nimble racer.
There's no doubt that the Porsche is an utterly fantastic road car. The 911 Turbo looks mean with all of those intakes to suck in cool air, and it backs up the posture with huge amounts of grip available thanks to its all-wheel drive-system. However, at 3,538 pounds, it's a bit of a porker compared to the 1,135-pound Formula 4 car. The open-wheel car boasts just a 2.0-liter naturally aspirated four-cylinder from Ford and a six-speed sequential-manual gearbox, but it has loads of downforce to make up for it.
It shouldn't be a surprise that the formula car wins in the corners. After all, that's what it's made for. So do you think the massive horsepower superiority of the Porsche is enough to even the playing field? Scroll down to watch the video and find out, and even if you're not curious of the winner the 911 does some mean powerslides.