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SVT-5LITER
06-09-2004, 05:15 PM
<snip>
2005 FORD GT JOINS RANKS OF WORLD'S FASTEST CARS WITH A 205 MPH TOP SPEED

The Ford GT engineering team certifies 205mph top speed during high-speed stability and powertrain durability testing at Italy's Nardo test track.
The Ford GT is the fastest production road car ever produced to wear the Ford badge.

DEARBORN, Mich., June 7 - Just as the Ford GT40 was the first race car to break the 200mph barrier at LeMans, the new 2005 Ford GT has become the first production road car wearing the Ford badge to achieve top speed in excess of 200mph. During engineering testing for high-speed stability and powertrain durability at Italy's famed Nardo test facility, the Ford GT reached a certified top speed of 205mph. In 1966, a GT40 reached a trap speed of 201mph on the Mulsanne Straight during the 24 Hours of LeMans endurance race, and now the new Ford GT continues that legend by again breaking new ground.

"The engineering team has once again outdone themselves," said John Coletti, director of Ford SVT programs. "This is a major accomplishment and puts the Ford GT among the ranks of the greatest sports cars in history."

The Ford GT engineering team took two cars to the Nardo test facility to conduct high-speed stability evaluations and run a 500-mile powertrain durability test. Aerodynamics and high-speed stability has been a major focus of the engineering program from the very beginning, when the team first tested an original GT40 in the wind tunnel. The GT40 exhibited major lift at high speeds, and the team determined that the Ford GT would also have the same issue if care was not taken to attend to the problem. In order to not disturb the well-executed exterior design, the engineering team limited aerodynamic changes primarily to the underside of the vehicle. As a result, a subtle rear spoiler extension, front and side splitters and venturi tunnels wrapped under the rear clip are the only visible changes.

"Driving the Ford GT at speeds above 200mph was remarkably uneventful, which is a very positive outcome," said Mark McGowan, Ford GT vehicle dynamics supervisor and driver during the Nardo testing. "I was able to drive the around the 13km track with my foot to the floor with complete confidence in the stability and control of the car at 200mph plus. My only limitation was the amount of fuel in the tank!"

The 550 hp 5.4-liter DOHC supercharged V-8 engine was also put to the test during the Nardo trip. The engineering team required a 500-mile test at or near maximum velocity speeds to prove-out the strength and durability of the powertrain. Not only did the engine exhibit strong acceleration all the way to the 205mph top speed, but it passed the durability test without any significant problems.
"The Ford GT is performing at levels of super exotic sports cars that cost 3 and 4 times as much money, and it still meets all the engineering and quality requirements of any Ford vehicle program," stated Coletti. "That is no small feat, but a showcase of the passion and talent that resides within the Company."

The 2005 Ford GT will be built at Ford's Wixom (Mich.) Assembly Plant. Production will begin this summer.
</snip>

Kafn8td
06-09-2004, 05:55 PM
Awesome! Anyone know how long the straight was that it hit that speed?

SVT-5LITER
06-09-2004, 06:04 PM
I'm not sure!

John M
06-09-2004, 09:49 PM
21km with 2 9km straight sections

* According to Goggle

Kafn8td
06-10-2004, 08:08 PM
kinda funny, I lived in Europe and still can't tell you how far a km is! I'll take your lead John and go to Google.

Twitch
06-10-2004, 11:31 PM
1km is 5/8 of a mile

SSHFTY1
06-11-2004, 05:07 AM
i heard a rumor that it was done in about 6 feet.:scram:

Steelgrave
06-11-2004, 08:18 AM
Originally posted by Twitch
1km is 5/8 of a mile

1 Kilometer = 1000 meters
1meter = 39 inches
1 Kilometer = 39,000 inches
9KM = 351,000 inches
1Mile = 5,280ft = 63360 inches
9KM ~ 5.539 miles

(roughly);)

Supersonic
06-11-2004, 08:24 AM
Originally posted by Steelgrave
1 Kilometer = 1000 meters
1meter = 39 inches
1 Kilometer = 39,000 inches
9KM = 351,000 inches
1Mile = 5,280ft = 63360 inches
9KM ~ 5.539 miles

(roughly);)

Thankyou Cliff Clavin :grin:

Twitch
06-11-2004, 09:23 AM
Originally posted by Steelgrave
1 Kilometer = 1000 meters
1meter = 39 inches
1 Kilometer = 39,000 inches
9KM = 351,000 inches
1Mile = 5,280ft = 63360 inches
9KM ~ 5.539 miles

(roughly);)

so like i said, 1km is about 5/8 of a mile:owned:

John M
06-11-2004, 11:28 AM
Originally posted by Supersonic
Thankyou Cliff Clavin :grin:

LMAO

Steelgrave
06-11-2004, 12:22 PM
Originally posted by Supersonic
Thankyou Cliff Clavin :grin:

You bet Norm

Cobra-R
06-12-2004, 08:18 AM
Originally posted by Supersonic
Thankyou Cliff Clavin :grin:

Hahaha :drink:

Steelgrave
06-12-2004, 02:09 PM
(In my best Cliff Clavin Impression:)

The origins of the meter go back to the 18th century. At that time, there were two competing proposals for how to define a standard unit of measure, or meter. The astronomer Christian Huygens suggested that the meter be defined by the length of a pendulum having a period of one second; others favored a meter defined as one ten-millionth the length of the earth's meridian along a quadrant (one fourth the circumference of the earth). In 1791, soon after the French Revolution, the French Academy of Sciences endorsed the meridian definition because the force of gravity varies slightly over the surface of the earth, affecting the period of a pendulum.

Researchers measured the arc from Dunkirk, France to Barcelona, Spain; on June 22, 1799, the French Academy Archives adopted its standard meter, recorded on a platinum bar. (The French government made the meter the compulsory standard of measure in 1840.) The French, however, miscalculated the flattening of the earth due to its rotation. As a result, the meter in the Archives is 0.2 millimeters shorter than one ten-millionth of the quadrant of the earth.

"Despite its flaws, the French definition of the meter stuck. The Treaty of the Meter was signed in 1875, and in 1889 a platinum-iridium bar was established as the International Prototype Meter. (It was selected from several candidate meters because it was the closest to the called the Meter of the Archives, the platinum bar held in the French Academy.) So in fact at that time, a meter was really defined as the length of a metal bar.

"The meter bar lasted a good long time; but it became cumbersome and error-prone to refer to a specific, physical meter bar. Finally, after 71 years, a new standard emerged. In 1960 the General Conference on Weights and Measures redefined the meter in terms of the number of waves of a very precise color (wavelength) of light emitted by krypton 86 atoms. That revision did not last so long. In 1983 the Conference discarded the krypton standard and redefined the meter in terms of the speed of light--what might be called a theoretical definition. The meter is now officially 1/299,792,458 the distance traveled by light in a vacuum in one second.

"These changing definitions offer a good example of what happens in the field of measurement: as the tools and available precision change, the standards change with them. These days, you can buy a laser from Hewlett-Packard and create a reference meter on your own; the level of accuracy is far beyond what any scientist could achieve a century ago.

Twitch
06-13-2004, 02:33 PM
damn i feel dumber already

Blackcoog
06-14-2004, 10:45 AM
I love that the french were the ones that held on to the meter bar. Of all people why did the French have it. :hehe:

lightningboy00
06-14-2004, 09:23 PM
don't laugh, if you dig hard enough you will find that the meter is the usa's standard of measurement also. i know it was adopted in the late 1800s, i don't know if it was the same time as those other guys or not.

SVT-5LITER
06-14-2004, 09:27 PM
:drink: