Mount Tai, one of China’s most revered mountains, is both a cultural landmark and a physically demanding challenge for hikers. Towering at 5,000 feet with over 7,000 steps, the mountain in Shandong province has long been known for pushing even the fittest climbers to their limits. However, a recent technological innovation is transforming the hiking experience robotic exoskeletons.
On January 29, coinciding with the first day of the Chinese New Year, authorities in Shandong introduced AI-powered robotic exoskeletons to help climbers ascend Mount Tai with reduced physical strain. These exoskeletons, co-developed by Taishan Cultural Tourism Group and Shenzhen-based Kenqing Technology, were made available to visitors for a trial period at a fee of 60 to 80 yuan ($8–$11 USD).
The device, weighing only 1.8 kilograms, wraps around a user’s waist and thighs. Utilizing artificial intelligence, it detects the climber’s movements and provides synchronized support, effectively lightening the burden on their legs. Powered by two batteries, each exoskeleton runs for approximately five hours nearly enough to complete the entire ascent.
The introduction of these exoskeletons generated significant buzz, with over 200 users testing the device during the initial trial period. Li Chengde, a 68-year-old tourist from Jinan, praised the innovation, describing the experience as feeling like “someone was pulling me uphill.”
Other users echoed similar sentiments, noting the noticeable ease the exoskeleton provided. However, some also highlighted areas for improvement. A tester named Jacky, a content creator from Shandong, noted that while the device made climbing significantly easier, he felt awkward and fatigued once he removed it. He also pointed out the inconvenience of using the bathroom or tying shoelaces while wearing the exoskeleton, as it requires assistance to put on and take off.
In response to feedback, Wang Houzhe, Deputy Secretary of the Party Committee of the Taishan Cultural Tourism Group, stated that battery life improvements and charging stations along the trail are under development to enhance user experience.
While the robotic exoskeletons are currently positioned as a hiking aid, they also hold broader implications, particularly for elderly care. With China’s aging population increasing rapidly 22% of its citizens were over 60 in 2023, a figure projected to reach 30% by 2035—the demand for mobility-assisting technology is growing.
Kenqing Technology has already introduced an exoskeleton designed specifically for seniors, which weighs 2.4 kilograms and is available for 17,000 yuan ($2,334 USD). Industry experts believe that with better policy support, these robotic devices could revolutionize elderly care, offering improved mobility and independence for millions.
The trial run of the robotic exoskeletons on Mount Tai marks an exciting step in merging technology with tourism. While challenges such as battery life and user comfort need further refinement, the overwhelmingly positive response indicates a promising future for AI-assisted mobility solutions. Whether in adventure tourism or everyday mobility for the elderly, robotic exoskeletons could soon become a common sight in China and beyond.
