AV Matt
Long live the Big Bad Wolf
Sorry I should have specified General Public as in people traveling across contry, not coaster enthusiast that will travel the country for a single coaster. :)
Given the right marketing and promotion I can see this giving first-timers -- especially teens -- a reason to visit, thus giving the park a nice boost in attendence.
*** Edited 6/6/2007 1:48:10 AM UTC by Mamoosh***
AV Matt
Long live the Big Bad Wolf
http://cypressgardens.homeip.net/search.php?SearchTerms=Starliner%20Construction
Oh the humanity... ;)
Moosh, there is some marketing effort by the park that pushes the idea of "oldest coaster in FL". I know, it's not *sexy*, but at least they're mentioning the history of the ride...
AV Matt
Long live the Big Bad Wolf
Mamoosh said:
I'd be willing to bet even those who rode it at Miracle Strip won't do the math and realize it's the same ride.
5 will get you 10 someone will visit CG "To ride their NEW Roller Coaster" and they'll say something like "This reminds me of the one they used to have in Panama City, too bad they tore it down!" Not even realising it's the same ride.
Answer my Prayers, Overbook my next Flight!
Hehe, most of the changes are necessitated by the need to insure it (and certify it) as a new ride. I doubt it'll be any safer, but as long as the park's insurer tells them "it'll cost X dollars more if you run skid brakes", then the decision becomes MUCH clearer...
"Oh, you wanted hand-operated brakes"? That's gonna cost you... ;)
I do not <3 insurance companies... LOL!
*** Edited 6/6/2007 7:07:03 PM UTC by rollergator***
It says that Starliner reaches speeds up to 70 MPH! Those are some crazy speeds considering it's only an out and back coaster.
I had heard *well-founded rumors* that it might be tweaked a little to make it an even wilder ride. The drop seems to have grown from 65' to 67', and the increased banking on the turnaround means a faster run home. Nice work... :)
I'm still hopeful the tunnel will get re-built. But I'm wondering about the physics of a 67' drop work out with "speeds of up to 70mph". Either the they've added a launch, the *up to* wording is critical, or that figure includes a strong tailwind...
Matt....no. Like I care, I got a solid out-n-back closer than Atlanta or Ft. Lauderdale... :)
AV Matt
Long live the Big Bad Wolf
If one goes way back, John Miller was building rides with a 12' spacing between ribbon boards. Presumably this was strong enough to support the ride's forces (although this also dates to before or about the time of Miller's invention of the safety upstop system, so forces were more gentle then); but apparently it was decided that a 6' spacing would make it easier for workers and painters to clambor up and down the structure than the 12' spacing was, so the change was effected to the 6' spacing.
Some (many?) of the rides built by Fred Church had a 5' spacing for ribbon boards. This system also used a different internal structure - the boards which span from leg to leg on each given bent - from "normal", so the expense of more ribbon boards was "given back" by the cheaper internal structure of the bent. (Not that Church was particularly concerned with the stability of his structures - but that's another subject!). Anyhow, the odd, 5' spacing is one reason that one might find two different heights offered for, say, the Rye Aeroplane. The heights differ by a factor of 6:5. To arrive at the taller, incorrect figure, somebody counted ribbon boards and incorrectly multiplied by six.
Arcane bit of data for historians: the "normal" internal bracing system of boards from post to post of a given bent was "invented" by PTC's Frank Hoover. When he started building, the post-to-post bracing system consisted of horizontal boards every six feet, with an "X" brace of two diagonal boards in between the six foot spacing. At his insistence, one diagonal of the "X" was deleted, leaving behind a still-strong, but less expensive single diagonal between the horizontals. The degree of satisfaction Frank - and his wife as well! - took from announcing his authorship of this change suggested to me that he must have had to take a great deal of emotional crap from fellow builders before he was proven correct about the suitability of the approach.
As far as the subject of top speed: in general, it's a simple formula which might intimidate the math-phobic, but even a dedicated coaster-geek-math-phobe should be able to buddy-up to the concept. Take the hieght of the first drop and multiply by 64.4 (twice the acceleration due to gravity, which is 32.2 feet per second per second). Take the square root of it and you have the speed, in feet per second. Ballpark conversion? 60 mph equals 88 feet per second (think: all the digits of the seven-segment display are lit). That's roughly 3-to-2.
John
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