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danlb_2000

Premium Member
I am also thinking two per banshee. It looks like the person in the back is sitting higher then the one in front which would solve the viewing problem especially if they ask the shorter of the pair to sit in front.

If it is two per then we have 2 per banshee * 8 banshees per section * 6 sections per theater * 4 theaters = 384 riders. So if they can mange a 7 minute cycle time that would be 3291 riders per hour. A 10 minute cycle time would get you to 2304 per hour.
 

Homer fan

Active Member
I am also thinking two per banshee. It looks like the person in the back is sitting higher then the one in front which would solve the viewing problem especially if they ask the shorter of the pair to sit in front.

If it is two per then we have 2 per banshee * 8 banshees per section * 6 sections per theater * 4 theaters = 384 riders. So if they can mange a 7 minute cycle time that would be 3291 riders per hour. A 10 minute cycle time would get you to 2304 per hour.
That good or bad?
 

Andrew C

You know what's funny?
I am also thinking two per banshee. It looks like the person in the back is sitting higher then the one in front which would solve the viewing problem especially if they ask the shorter of the pair to sit in front.

If it is two per then we have 2 per banshee * 8 banshees per section * 6 sections per theater * 4 theaters = 384 riders. So if they can mange a 7 minute cycle time that would be 3291 riders per hour. A 10 minute cycle time would get you to 2304 per hour.

is that good?
 

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