A small square two-axle cart sits on the track, built so that its leading edge pushes against the first or last axle of the train. The cart is attached to a wire rope.
The wire rope runs out to the end of the launch track and over a sheave, then returns under the track, wraps around a drive drum (if I am remembering this right), goes all the way to the end of the station, around another sheave, then attaches to the back of the pusher cart.
A DC electric motor is connected to the drive drum. When the launch is called for, the DC motor is powered at full bore, relying on the fact that a DC motor can operate at 150% of rated load long enough to shove the train out of the station. DC motors also deliver awesome startup torque not available from (standard) AC motors.
It's what you might call a "brute force" approach to launching a train. That's also why Arrow's launch starts 50' in the air.
--Dave Althoff, Jr.
I think that makes sense.
Has anyone got any pics of the underside showing the launch mechanism?on Python you couldn't really get a good view while going up the staircase to the platform as there hardly ever was a line for the ride.
When a line did form(wich was hardly ever)you could feel the whole platform/staircase shake whenever a train was being launched,also didn't an operator on SFEG's Sidewinder fall to their death after accidently stepping off the ride platform while manning the controls for the return side of the ride?
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