Flying Tower

The Case for an Open-Tower Thrill Ride

A flying tower sells height and openness at the same time. Riders sit in seats on a ring that lifts and rotates around the mast, with air moving past them and the park spreading out below. That combination separates it from a closed tower: the sensation is closer to flight than to a fall, and the impression lasts for the whole rotation instead of a single instant.

For a park building a thrill zone, it adds a vertical element that photographs well from the ground. Guests on nearby paths can watch the ring climb, which keeps the ride visible even when they are not queuing for it.

24 Riders per Cycle: Working the Numbers

The 5FC-11 carries twenty-four guests per cycle, seated around the ring. Capacity like that lets the ride absorb a school group or a tour bus without the queue collapsing, and it gives operators a real lever on busy weekends. It is a different proposition from a twelve-seat free-fall drop tower, where the draw is intensity rather than volume. Parks running both formats often place them at opposite ends of the zone so each keeps its own crowd.

Vertical Envelope, Wind and Power Draw

Height brings wind into the operating decision. The structure weighs around 2,500 kg, and the engineering drawing defines the clearance zone and the anchoring detail your contractor will follow. In exposed coastal or hilltop locations, planners should note the mast height early: it affects both the foundation and any local rules on tall structures near boundaries or flight paths. A park that also runs a 30m ferris wheel can stagger the two lifts across the day so the supply is never spiked by simultaneous starts.

The drive is rated at 37 kW. During a normal day the lift phase dominates consumption, so the practical saving comes from keeping cycles full rather than running half-empty rotations. Teams that batch waiting guests before dispatch usually find the electricity figure per rider drops without any change to the ride itself.

Commissioning, Training and Spare Kits

Installation is supervised, either by our crew or through guided photo and video instruction for operators with their own engineers. Commissioning confirms the drive, the rotation speed and every interlock before the ride opens. Staff training covers boarding, restraint checks, dispatch signals and the shutdown routine. A spare kit keeps the most-used components on site from day one, which removes the usual wait for a first-season replacement.

Technical Specifications