65m Ferris Wheel

Reading Sixty-Five Metres: Views, Scale and Site Fit

Sixty-five metres is the size at which a wheel stops being a ride and starts being a landmark. Riders clear surrounding rooftops for sweeping views, and the structure reads as an icon from a distance - the profile that ends up on tickets, maps and websites. It sits above mid-range wheels such as a 50m city wheel yet below the largest builds, so civil works and site access stay within reach of more projects.

For cities and major parks the question is rarely whether this height draws attention. It is whether the site can carry it: approach roads, a crane standing area, foundation design and local wind load requirements.

Thirty-Six Cabins: Boarding 216 Riders Without a Crush

Thirty-six cabins carry 216 passengers per revolution, a step change in throughput. A full turn takes about fifteen minutes, so loading and unloading need organising: a dedicated entry gate, a separate exit route and attendants spaced around the platform.

Cabins and colour are customizable, with graphics applied by laser printing.

Power and Drive: A 380V Supply and the 26.4KW Load

The wheel runs on a 380V supply, with drive capacity spread across twelve units of 2.2KW for a total of 26.4KW. Distributing the load avoids concentrating demand in one large motor and gives maintenance teams replaceable units rather than a single critical assembly.

For the venue, the electrical package is a design item in its own right: cable routing, protection, and where the switch room sits relative to the wheel. Confirm the available supply at planning stage, before drawings are issued.

Ground Works: Laying Out a 35m by 32m Site

The covering area is 35m by 32m, and that footprint is the start of the plot rather than the whole of it. Add access for delivery vehicles, a crane standing position, a queuing zone and a route for maintenance vehicles.

Foundation drawings and civil specifications are issued early so your contractor can price ground works from real numbers. Soil conditions and local wind requirements decide the base design.

Rim and Spoke Assembly: Raising a Tall Wheel on Site

A wheel of this height arrives in sections. Rim segments, spokes, hub and support legs are assembled in an order that keeps the structure balanced as it grows, and each stage is checked before the next begins. Foundation drawings, installation documents and technical communication are part of the supply, with engineer support arranged where needed.

Component access is the practical constraint, so plan lifting equipment and the laydown area alongside the foundation. Cities wanting a taller landmark move up to the 88m wheel, while operators with a tighter plot weigh this scale against an efficient city wheel.

Technical Specifications