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Porsche Boxster Race Car / Ln Engineering / Flat 6 Engine on 2040-cars

US $40,000.00
Year:1997 Mileage:44100
Location:

North Vancouver, British Columbia, Canada

North Vancouver, British Columbia, Canada
Advertising:

1997 Porsche Boxster Race / Track Day Car. Jake Raby Flat 6 / LN Engineering Engine.

Vehicle has minimal use since built 4 years ago by Scan Automotive Inc. (www.scanautomotive.com), and only used as a DE / Lapping day car, and for one hill climb race. Never raced wheel-to-wheel. Zero body / tub damage. Approximately 20 hours on all parts in build. Every single part used was new at time of build, and all regular maintenance items were replaced at the time. The car is street registered in BC / Canada and can be insured as a road car (helpful if you want to keep your car insured properly in case of the 'worst'). Can be driven on the road with the appropriate tires, but it's not really a road car any more. Built to be a fun to drive, friendly, reliable and safe track day car with no expenses spared. For a BC buyer, the car is insured as a 'modified' vehicle and as such, is cheaper to insure and has greater value coverage than as a normal '97 Boxster in the event of a loss. Since it's a registered street car, I'm sure importing to the US wouldn't be much difficulty as it's easy to establish ownership. The car is a Canadian market / registered car. Cost to replicate would be massive, Asking $40K USD.


* Car was built from an exceptionally clean and original, local Vancouver car with approximately 43000 Miles on it at the time. Originally black, but painted Lamborghini Grigio Telesto after the first couple driving events (was WAAY too hot inside with the black paint, looked really mean though).
* Cage was built by Specialty Engineering along with wing upgrights to mount 996 GT3 Cup wing
* Second stock decklid without wing included (black), with hood pin catches already fitted. Easy swap.
* Doors have been opened up and removed standard glass / window regulators, have lexan windows for transport in open trailer.
* Seat mounting modified to floor on driver's side to lower seat position (Best for taller drivers)
* Includes one set of 'gutted' light assemblies and a set of working headlamps (with somewhat burned lenses)
* 996 Front bumper with lower spoiler
* GT3 Cup retractable tow hooks front and rear
* Factory aluminum hard top. Can be driven on track with top on or off.



* Jake Raby built 3.6 M96 engine based on a 3.2 Boxster S featuring full suite of LN / Flat 6 Innovations improvements. Cost of building the engine was $35K USD. Makes over 300hp with short runner Boxster S intake manifold, would make more if 996 3.4 intake manifold was used. Barely 1000 miles on the engine total.
* Oil Accumulator with both manual and electronic valves
* New clutch and flywheel installed (stock), will include AASCO single mass flywheel with approx 2 hours of use.
* Fabspeed rear exhaust and Dansk headers
* Air Conditioning still fitted and functioning (great if you plan to drive on the street at all, or when sitting in the pits at the track on a hot day!)
* Third radiator fitted


* Several wheel / tire sets available at additional cost. Vehicle comes with one set of 18" Wheels (either Fikse FM 10 black anodized or OZ Alleggerita HLT wheels) with new Hoosier R6 tires and one set of 17" original Boxster wheels with Hoosier rain tires.


* Moton Club Sport shock absorbers with H&R Race springs / tender spring package
* Mode rear upper shock mounts
* Tarett front upper shock mounts?
* H&R sway bars front and rear
* GT3 lower control arms front and rear
* Tarett rear toe links with locking plates


* 996 Brake calipers front and rear (same as Boxster S, but black instead of red calipers).
* Goodridge brake hoses

* Transmission in great order, has Quaife ATB differential installed. Early Boxster transmission had shorter ratios than later 5 speed versions.
* Wevo SS engine and transmission mounts
* GT3 Shift console with Tarett console to raise shifter up to steering wheel


* OMP Steering wheel with quick dis-connect
* Recaro Profi SPG XL seat currently fitted, but could potentially swap to another seat better suited to new owner if required. On sliders.
* Schroth GT3 HANS harness fitted. Have tabs on cage to mount harnesses for both driver and passenger side
* Rennline track mat for driver floor.
* GT3 Euro seat in passenger side NOT included in purchase, and not available.

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Porsche 911 driven by McQueen on Le Mans set for auction

Mon, Oct 19 2015

Another piece of Porsche memorabilia from the movie Le Mans is going up for auction with Christie's at The Exceptional Sale on Nov. 4 in Paris. This is a 1971 911 T that Steve McQueen used as his personal car during filming - it is not the 1970 911 S seen in the movie's opening sequence. It is one of the Porsches provided by two-time Le Mans winner and stunt driving double Jo Siffert. McQueen's production company CBS Solar Films bought the 911 T from Siffert, one of four 911s CBS Solar bought from the Swiss driver for use in and during filming. McQueen gifted the car to co-star and leading lady Elga Andersen. When she died in 1994 she willed it to her best friend, and the friend sold it to the current owner, who put it up for sale. None of them put the car to much use, as it has only 28,637 miles on the odometer, which is fewer than 55 miles per month for the last 44 years. The pre-sale estimate for this car is $284,000 to $397,000. By comparison, the 911 S used in the movie's opening sequence sold at auction in 2011 at Monterey for $1,375,000. In addition to being a relative bargain in that case, it comes with a scan of the original contract from Siffert to Anderson giving her the car, and a picture of McQueen and his son Chad with the coupe. Related Video: News Source: Christie's [1], [2] Celebrities TV/Movies Porsche Auctions Coupe Luxury Performance Steve McQueen christies 1971 porsche 911t

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.

Watch the incredibly complicated operation of Porsche's new targa roof

Tue, 14 Jan 2014

Despite Porsche having claimed the name, targa tops are nothing new. In addition to the semi-roofless version of the 911, plenty of cars in the past have used removable roof panels - the new Corvette Stingray has one (as have prior generations), and this type of open-air experience has been available on past vehicles like the Pontiac Solstice Coupe and Honda Civic del Sol.
But when Porsche took the top off its brand new 911 Targa here at the Detroit Auto Show, it was indeed cause for pause. Simply put, this is one of the most complicated and intricate electronic roof panel removal techniques we've ever seen, save perhaps, for the setup found on the Japanese-market Civic del Sol from the 1990s.
We won't spoil the video for you, but basically, rather than just the roof panel coming off, the entire rear glass area lifts away the body in order for the small section over the passenger compartment to slide back. This has to be incredibly expensive to repair once it inevitably breaks. And we highly doubt you'll be able to operate this mechanism at any speed.