
The Poster above was called Crimson ^^
Last edited by Crimson; 17-08-2006 at 12:29 PM.
No more dreaming of the dead as the death itself was undone
No more crawling like a crow for a boy, for a body in the garden
No more dreaming like a girl so in love, so long
No more dreaming like a girl so in love, so long
Dreaming like a girl so in love with the wrong world.
6.3 tonnes for all the carts. (about)
http://en.wikipedia.org/wiki/Top_Thrill_Dragster#Theme
Wait, I also found this:
Train Information
Trains 4
Cars Per Train 5
Rows Per Car 2 of 2 riders (last car single row)
Total Riders Per Train 18
Unofficial Train Names Orange = School Bus budoncadonk
Green = GAK
Dark Blue = Blueberry Muffin
Light Blue = CPBeatIt
Height Requirement 54"
Restraints Shoulder Harness, Check Strap fastens to Shoulder Harness
Station A dual-loading station with switch track allows four trains to load and unload simultaneously on two tracks
On http://www.eastcoastcoasters.com/gadv/kingdaka.htm
Last edited by JonJon; 17-08-2006 at 01:39 PM.
Maybe I'm simple-minded, but if this information is true:6.3 tonnes for all the carts. (about)
http://en.wikipedia.org/wiki/Top_Thrill_Dragster#Theme
Wait, I also found this:
Train Information
Trains 4
Cars Per Train 5
Rows Per Car 2 of 2 riders (last car single row)
Total Riders Per Train 18
Unofficial Train Names Orange = School Bus budoncadonk
Green = GAK
Dark Blue = Blueberry Muffin
Light Blue = CPBeatIt
Height Requirement 54"
Restraints Shoulder Harness, Check Strap fastens to Shoulder Harness
Station A dual-loading station with switch track allows four trains to load and unload simultaneously on two tracks
On http://www.eastcoastcoasters.com/gadv/kingdaka.htm
If the total weight of the carts is 6.3 tonnes or 6300 kilograms, and there are 20 carts (4 trains of 5 carts, 4x5), then wouldnt each cart weigh about 315 kilograms or 0.315 tonnes (6300kg/20carts)?
Makes sense to me... I think![]()
Last edited by -sFusion-; 17-08-2006 at 05:45 PM.
This Account Is Rarely Used
Location: Six Flags Great Adventure, Jackson, N.J. "The Golden Kingdom" section
Description: As the tallest and fastest roller coaster on earth, Kingda Ka will join Six Flags Great Adventure's world-renowned coaster collection. This jawdropping experience will launch riders 456 feet into the air at 128 mph.
Opening Date: Spring 2005
Typer of Coaster: Hydraulic launch coaster
Maximum Height: 456 feet
Maximum Speed: 128 mph
Stracking Up To Nitro: 230 feet, 80 mph
Its Siblings: Great American Scream Machine: 173 feet, 68 mph Medusa: 143 feet, 55 mph
Ride Features: A hydraulic launch rockets riders horizontally from 0 to 128 mph in 3.5 seconds, then vertically 90 degrees into a quarter turn. Riders crest the coaster's tower an exhilarating 458 feet from the ground, then plunge vertically into a 270-degree (three-quarter) spiral. The train will swoop down a valley and climb a 129-foot second hill, leaving guests feeling weightless before making a left turn back into the station.
Station Design: Dual-loading station with switch track allows four trains to load and unload simultaneously on two tracks.
Number of Trains: 4
Number of Passengers Per Train: 18
Track Length: 3,118 feet
Length of the Ride: 50.6 seconds
Safety Systems: Redundant safety system. Shoulder harness contains two locking devices- hydraulic cylinders and "check strap" that fastens into the shoulder harness. Dispatch Inhibit System ensures passengers are secured before dispatching.
Capacity - Riders Per Hour: 1,400
Peak Horsepower To Train: 7400 HP
http://www.ultimaterollercoaster.com...ka_facts.shtml
Family Guy3
Formally : Bielby2000
RSN: Bielby2007
Maybe I'm simple-minded, but if this information is true:
If the total weight of the carts is 6.3 tonnes or 6300 kilograms, and there are 20 carts (4 trains of 5 carts, 4x5), then wouldnt each cart weigh about 315 kilograms or 0.315 tonnes (6300kg/20carts)?
Makes sense to me... I think
If yor theory is correct it would be 6300kg/18 carts which would make each cart 350 kg each, which I think is rather light.
Alright guys, thanks for trying.
I decided to go with the amount of force exerted on a passenger instead of the cart, so yea... again. I need to do all calcs.
Thanks again.
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