Robotic exoskeletons now enable people with walking difficulties to conquer one of China’s most challenging peaks. Mount Tai stands at 5,000 feet with more than 7,000 steps in Shandong’s eastern province. The mountain’s steep climb turns hikers’ legs to jelly as they scale to the top. The scene changed on January 29, the first day of Chinese New Year. Ten AI-powered exoskeletons made their debut at the mountain and attracted over 200 users who paid between 60-80 yuan ($8-$11 USD) during a week-long trial.

These walking exoskeletons create new possibilities for China’s growing senior population. Senior citizens made up half of the hikers who tested the prototype exoskeletons at Mount Tai. This technology arrives at a significant time. Last year, people over 60 represented 22% of China’s population. The Chinese National Bureau of Statistics projects this number will reach 30% by 2035, with elderly numbers exceeding 400 million. China’s smart elderly care market size will reach an estimated 6.8 trillion yuan (about $934 billion) in 2024. Advanced mobility technology reshapes accessibility and creates opportunities for people who might have missed these extraordinary experiences.

Robotic exoskeletons assist tourists on Mount Tai

A groundbreaking hiking-assist exoskeleton robot made its debut at Mount Tai scenic area during the 2025 Chinese New Year holiday. Visitors could try this innovative way to reach the iconic peak ^[1]. Taishan Cultural Tourism Group partnered with Kenqing Technology, a Shenzhen-based high-tech company, to develop these lightweight devices that weigh just 1.8 kilograms very close to 4 pounds.

The exoskeletons feature an intuitive design with advanced power systems, electronics, and AI algorithms ^[1]. The robot’s AI processor enables its legs to move in sync with human movement. This technology substantially increases leg strength and can reduce energy use by over 30 percent ^[1].

Yu Yunbo, Kenqing Technology’s manager, shared some insights: “In climbing conditions, it has a battery life of approximately two and a half to three hours, effectively reducing the burden on visitors by around 10 kilograms 22 pounds”. The robotic exoskeleton uses two batteries that last about five hours – enough for a typical six-hour climb ^[2].

Senior citizens found these devices especially helpful. The trial week saw more than 200 users test the exoskeletons, and almost half were elderly visitors ^[3]. Li Chengde, a 68-year-old visitor, shared his experience: “It really works. It felt like someone was pulling me uphill” ^[4].

The company plans to launch these assistive robots in the market between late March and early April 2025 ^[1].

_{Image Source: Yanko Design}

The advanced technology in these exoskeletons works through a complex network of sensors that analyze terrain and body position continuously. These devices feature an AI-based “MotionEngine” at their core with more than a dozen sensors—including IMUs, gyroscopes, and barometers—that track movement and position in 3D space ^[5]. Users benefit from the system’s ability to measure speed, incline angles, and acceleration patterns with an impressive 2ms response time ^[6].

Users climbing steep mountain trails with roughly 15-degree inclines experience a vertical force of up to 30 kg ^[5]. This makes them feel like someone is pulling them uphill. The M-One motor system delivers up to 800W of peak power and 32 N·m of continuous torque at the hips ^[6]. This reduces physical effort by up to 39% while keeping heart rates 40% lower compared to climbing without assistance ^[7].

The system adapts between ten operational modes based on the terrain. It optimizes specifically for uphill climbing, downhill descent, and stair navigation ^[6]. Users get extra knee protection thanks to the downhill buffering features ^[7].

This robotic technology helps people who struggle with walking to explore challenging environments. The device comes with adjustable power settings and straps that fit people of all sizes. Now people with mobility limitations can experience the excitement of mountain exploration.

Tourist feedback reveals benefits and limitations

People who tried the exoskeletons on Mount Tai reported mixed experiences about their advantages and challenges. Li Chengde, a 68-year-old tourist, shared his excitement: “Once I put it on, my legs didn’t hurt anymore. It felt like someone was pulling me uphill” ^[8]. This feedback struck a chord with many senior citizens who made up half of all users during trials ^[9].

The device comes with its share of drawbacks. Content creator Jacky mentioned that he “felt a bit clumsy walking on his own” ^[9] after removing it. On top of that, he struggled to use the bathroom and tie his shoelaces while wearing the exoskeleton ^[9]. Users just need help to put it on and take it off, and the straps might break if they try to squat completely ^[9].

The current battery runs for about five hours ^[9]. Developers aim to extend this duration and set up replacement stations along hiking trails ^[9]. Users can reduce their muscle fatigue by up to 30% ^[10] and adapt to the device quickly ^[2].

The exoskeletons work well but aren’t waterproof – they can only handle splashes and light rain ^[2]. They just need regular maintenance ^[10] and don’t perform well in extreme weather ^[10].

In spite of that, this robotic technology helps people who struggle with walking to explore challenging environments. This opens up many more possibilities for those with limited mobility.

Conclusion

The breakthrough exoskeletons at Mount Tai have made China’s toughest natural environments available to more people. These lightweight 1.8-kilogram devices reduce energy use by over 30 percent. Users say it feels like someone pulls them uphill. This technology comes at the perfect time as China’s aging population grows faster, with seniors expected to reach 400 million by 2035.

The robotic technology helps people beyond mountain hiking. It assists with daily tasks and improves mobility if you have movement difficulties or use a wheelchair. Smart AI systems adapt to different terrains and body types. This creates opportunities to experience adventures that were impossible before.

The devices do have some limits like battery life and maintenance needs. Yet feedback from users, especially senior citizens, shows great promise. Take 68-year-old Li Chengde who felt immediate relief from leg pain while using the device.

These exoskeletons will hit the market between March and April 2025. This marks the start of a new era in mobility assistance. China’s smart elderly care market, valued at $934 billion, will reshape the scene completely. Once available for purchase, people will discover new freedom to explore previously unreachable places. Advanced mobility technology keeps breaking barriers. It opens new possibilities for people of all abilities in China and around the world.