The 42-meter Ferris wheel employs a cable‑supported arm structure. The wheel is connected to the central axle by five support arms, while 60 steel cables crisscross to secure the axle. Passenger cabins are mounted and stabilized via fixed cabin brackets on the outer rim of the wheel. The drive platform houses eight sets of drive units; each set uses an electric motor coupled with a friction wheel to rotate the wheel, thereby setting the cabins in circular motion. As passengers take their seats and the cabins slowly ascend, they can gaze out through the windows, gradually enjoying an ever‑expanding view of the surrounding scenery.
The 42-meter Ferris wheel employs a cable‑supported arm structure. The wheel is connected to the central axle by five support arms, while 60 steel cables crisscross to secure the axle. Passenger cabins are mounted and stabilized via fixed cabin brackets on the outer rim of the wheel. The drive platform houses eight sets of drive units; each set uses an electric motor coupled with friction wheels to rotate the wheel, thereby setting the cabins in circular motion. As passengers take their seats and the cabins slowly ascend, they can gaze out through the windows, gradually enjoying an ever‑expanding view of the surrounding scenery.
The 89-meter‑tall truss‑type Ferris wheel is designed and manufactured in accordance with national standards. It comprises a column‑type support structure, a rotating wheel, passenger cabins, a drive system, boarding platforms, and electrical components. The structure operates smoothly, generates minimal noise, offers comfortable rides, boasts an attractive aesthetic, and delivers reliable performance. The wheel itself features a truss‑type design, constructed from circular tubes of various diameters joined by flanges and reinforced with angle steel and tension cables. A hydraulic drive unit mounted on the drive platform powers the rotation of the wheel, enabling passengers to enjoy panoramic views. As the cabins ascend gradually, riders’ perspectives expand, revealing sweeping vistas of the surrounding landscape.
The 130-meter fully spoked Ferris wheel comprises a column support structure, a rotating wheel, passenger cabins, a drive system, boarding platforms, and electrical systems. Its all-spoke design ensures structural stability while maintaining a lightweight, airy appearance and excellent transparency. The dual-sided, double-column support configuration is both streamlined and aesthetically pleasing, offering enhanced safety and reliability, as well as significantly improving the cabin’s field of view and sense of openness. The passenger cabins are luxurious, spherical pods that accommodate six people each, featuring a novel, refined, and minimalist design that exudes high-end sophistication. The ride operates smoothly and comfortably, with comprehensive ancillary amenities such as lighting and audio systems, delivering a truly immersive and innovative viewing experience for guests.
The 89-meter steel-cable-spoke Ferris wheel is an observation ride designed and manufactured in accordance with national standards. The equipment comprises a vertical support tower, a rotating wheel, passenger cabins, a drive system, boarding platforms, and electrical components. Our company’s steel-cable-spoke Ferris wheel features a proprietary seven-strut arm configuration, and its drive system employs hydraulic friction rubber-wheel transmission, significantly enhancing operational stability while ensuring a lightweight, airy appearance, excellent transparency, easy installation and maintenance, superior lighting effects, and outstanding cost-effectiveness.
The Hebei Zhipao 90‑Meter Full-Spoke Ferris Wheel, a remarkable exemplar of modern engineering technology, has captivated the eyes of countless visitors with its distinctive full-spoke design. Rising to a height of 90 meters, this Ferris wheel offers an unparalleled urban observation platform, allowing guests to savor 360‑degree panoramic views from the comfort of its spacious gondolas while taking in the breathtaking scenery around them. Whether day or night, it stands tall in a truly unique pose, emerging as a new landmark for the city and delivering unforgettable high‑altitude experiences to all who visit.
The 49-meter, A-frame-supported Ferris wheel features a steel-cable bracing structure. The wheel rim is connected to the central axle by five support arms, while 60 steel cables crisscross to secure the axle. The passenger cabins are mounted and stabilized via cabin brackets fixed to the outer circumference of the wheel rim. The drive platform is equipped with eight sets of drive units; each set uses an electric motor to rotate the wheel via friction wheels, thereby driving the cabins in circular motion. As passengers sit inside the cabins and the cabins slowly ascend, they can gaze out through the windows, gradually enjoying an ever-widening view of the surrounding scenery.
The 89-meter steel-cable spoked Ferris wheel is an observation ride designed and manufactured in accordance with national standards. The equipment consists of a column support, a rotating wheel, gondolas, a drive system, platforms, electrical components, and more. Our company’s steel-cable spoked Ferris wheel features a unique seven-straight-arm structure, and its drive system employs hydraulic friction rubber‑wheel transmission, significantly enhancing operational stability while ensuring a lightweight, highly transparent aesthetic, easy installation and maintenance, excellent lighting effects, and exceptional cost performance.
The 89-meter truss-type Ferris wheel is designed and manufactured in accordance with national standards. It comprises a vertical support tower, a rotating wheel, passenger cabins, a drive system, boarding platforms, and electrical equipment. This structure offers smooth operation, low noise, comfortable rides, an aesthetically pleasing appearance, and reliable performance. The wheel itself features a truss-type design, constructed from circular tubes of various specifications joined by flanges and reinforced with angle steel and tension rods. A hydraulic drive unit is mounted on the drive platform to rotate the wheel, enabling passengers to enjoy the view as the cabins slowly ascend. As the cabins rise gradually, the passengers’ field of vision expands, revealing the surrounding scenic beauty in its entirety.