The core advantages of this mountain customized suspended windmill lie in terrain adaptability and immersive natural experience integration. First, it adopts a customized foundation design that can adjust the base structure according to complex terrains such as mountain slopes and cliff platforms, eliminating the need for large-scale site leveling and reducing the scenic spot’s infrastructure cost, solving the pain point that mountain scenic spots cannot introduce large thrill devices. Second, it adopts a 20-meter high-altitude suspended layout, with cabins suspended above the mountain, allowing visitors to enjoy 360° views of surrounding mountains, forests, or canyons during operation. Compared to traditional flat-site devices, it adds immersive natural landscape experience, enhancing the uniqueness of the amusement project. Third, it uses Q460 high-strength alloy steel materials with a yield strength of up to 460MPa, capable of withstanding complex wind loads and geological stress in mountains. It is also equipped with mountain-specific lightning protection systems and wind reinforcement devices, ensuring operation safety in extreme weather conditions, with a safety protection level 20% higher than industry standards.
The technical specifications of this mountain customized suspended windmill are optimized for mountain environments. With a total height of 20 meters, including a 12-meter suspended height, its base footprint is customized according to terrain. The main structure is welded with Q460 high-strength alloy steel, with weld strength reaching first-class standards to ensure structural stability. Its rated power is 120kW, including 10kW for the terrain adaptation system, using 380V three-phase AC power supply with a voltage-stabilizing power supply device to adapt to unstable power supply in mountain areas. The maximum rotation speed is 13 revolutions per minute, maximum flip angle is 360°, and the operating cycle is 15 minutes, including a 4-minute progressive acceleration phase, 9-minute landscape experience phase, and 2-minute deceleration buffer phase, giving visitors enough time to enjoy surrounding scenery. The cabins use panoramic UV-protective glass with heating and defogging devices to adapt to changing mountain weather conditions. Each cabin’s safety system includes an independent emergency escape device that can lower the cabin to a safe platform quickly in emergencies. The real-time monitoring system can synchronously upload operating data to the scenic spot’s management platform for remote monitoring and maintenance.
This product is suitable for amusement scenarios with special terrains such as mountains and slopes. First, it is ideal for mountain theme parks like Zhangjiajie Mountain Park and Huangshan Theme Park, serving as a core high-altitude thrill attraction. Combining with mountain landscapes, it creates a unique amusement experience and enhances the park’s core competitiveness. Second, it fits into cliff scenic spots such as grand canyon scenic areas and cliff sightseeing zones, acting as a high-altitude experience project that allows visitors to enjoy cliff scenery while feeling thrills, enhancing the scenic spot’s experience value. Additionally, it is suitable for supporting amusement facilities in high-altitude resorts such as mountain resort hotels and cliff homestays, providing featured high-altitude experiences for guests and increasing the resort’s added value. For mountain cultural tourism complexes like mountain camping bases and forest amusement zones, it can act as a signature amusement project to attract outdoor enthusiasts and tourists pursuing novel experiences.
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