Double-Layer Self-Control Plane

A Double-Layer Self-Control Plane at a Coastal Family Park

Seaside family parks need attractions that read from a distance. A double-layer self-control plane gives the skyline a two-tier silhouette that visitors can spot from the promenade, and riders control their own car's rise and fall as the structure turns. That combination of visual height and hands-on flying action is what keeps a queue forming on a windy Saturday afternoon.

The frame is FRP and steel, finished for outdoor coastal air, and colour is customized so the plane suits the park's existing signage. Riders sit on the main level while the upper tier lifts the profile of the ride, which is why it photographs so well against a skyline.

A Double-Layer Self-Control Plane on an Amusement Park Midway

A midway is judged by how many families stop walking. Self-control flying action does that job because every car behaves differently depending on the rider: children push the control up, then down, and the variation keeps the ride interesting for the whole cycle. Operators with a mixed line-up often place it near a jumping frog ride so the family rides sit together and the queue for one feeds the other.

With a capacity of 16 passengers, the ride clears a group quickly and reloads without long gaps, which matters when a midway hits its busiest hour after the evening show.

A Double-Layer Self-Control Plane for a Shopping Centre Rooftop

Rooftop sites have hard limits. The ride weighs 4500KG and draws 11.5KW, so the structural engineer and the facilities team are part of the conversation from the start. Once those are signed off, a rooftop placement works well for centres that want family traffic on the top level, close to the food court and away from the retail floors below.

What a rooftop installation has to settle first:

• Point loading and spreader arrangements confirmed by a structural engineer
• A power route from the plant room to the ride position
• Wind exposure, which decides the operating limits and the tie-down routine
• A delivery path for the crate, including lift capacity and door widths
• Clear space for the loading gate and the exit walkway

Two-Tier Layout and Capacity of a Double-Layer Self-Control Plane

The two-tier design is about presence, not extra seating. Riders board on the main level, and the upper tier gives the ride dramatic height above the midway or the atrium floor. What operators should plan around:

• Capacity of 16 passengers per cycle
• Weight of 4500KG, confirmed against the site's load rating
• Customized colour and logo on the finished body
• CE certification held on file for inspectors and insurers

Because the upper level is decorative rather than a second seating deck, the loading routine stays simple: one gate, one level, one attendant briefing riders on the controls.

Power, Weight and Handover of a Double-Layer Self-Control Plane

The structure is FRP and steel with a 11.5KW power requirement, shipped in export packaging once the finishing is complete. Installation can follow either of two routes.

• Professional installation pictures and videos, so your own engineers build the ride
• Our staff arranged to attend site and complete the installation for you

Documentation includes CE certification alongside the shipping papers, and the minimum order is one set, so a single park can add the ride without committing to a fleet. Operators running a drop tower on the same site usually keep all ride certificates in one folder, which makes the annual inspection round quicker for everyone involved.

Technical Specifications