Interstellar Flying Saucer Specifications
The complete structure stands 52 m tall with an operating height of 38 m and twenty-five swinging cabins. Fifty guests ride per cycle, the platform revolves at 6.2 revolutions per minute while each cabin rotates at 17.6 revolutions per minute, and the ride cycle lasts about 200 seconds on a footprint of roughly 28.4 m in diameter. Installed capacity is 175 kVA.
A 52 m Saucer as Your Skyline
Operators underestimate how much a tall ride earns outside the gate. A tower saucer becomes the park’s visual identity on Google Maps, in short videos and in the local press. Parks that already operate a 65 m flying tower can position a saucer as a second vertical attraction with a completely different motion and a much higher capacity.
Fifty Riders per Cycle: Capacity Planning
With 50 guests per cycle and a 200 second ride, hourly capacity is limited mainly by how fast your team loads the platform. Design the station with two loading gates, a separate exit ramp and a numbered queue that fills twenty-five cabins evenly. Staff training on the loading rhythm usually buys more capacity than any change to the ride itself.
Cabins, Brakes and Annual Inspection
Cabin bearings, restraint locks and the main brake take the highest loads, so inspection intervals are built around them. Cabins and cowlings are moulded in glass-reinforced plastic that resists tropical sun and salt air, and every delivery includes weld documentation, electrical schematics and a recommended service calendar.
