In Depth: Exoskeletons Offer Consumer Robotics a Chance to Find Its Footing
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During this year’s Lunar New Year holiday, tourists who wanted to walk the Great Wall of China but worried they lacked the strength were offered an option that combines advances in both robotics and artificial intelligence (AI): the robotic exoskeleton.
Videos of tourists wearing these devices — harnesses for the lower body with hinged struts that provide a motorized boost to the wearer’s legs — were reminiscent of several viral clips from last May of people using them to hike Mount Tai in Shandong province.
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- AI-powered robotic exoskeletons are increasingly used by tourists in China, particularly at sites like Mount Tai, where rental rates reach up to 80% utilization.
- Investment in this sector surged in 2025, with 19 financing deals worth 2.2 billion yuan ($319 million), targeting a growing aging population and focusing on lighter, consumer-grade devices.
- Challenges remain regarding product comfort, AI sophistication, and user safety, with the industry seeking improvements and unified standards for broader adoption.
1. During the 2025 Lunar New Year holiday, Chinese tourists visiting the Great Wall were introduced to robotic exoskeletons, wearable devices designed to assist walking and climbing with the help of robotics and artificial intelligence (AI). These exoskeletons, which provide power assistance to the lower body, have garnered attention not only for their potential industrial applications but also for their emerging roles in tourism, elderly care, medical rehabilitation, and logistics. Their use at high-profile tourist sites has demonstrated how such technology can directly impact everyday life, expanding their perceived value beyond traditional markets. [para. 1][para. 2][para. 3][para. 4]
2. ULS Robotics Co. Ltd. considers exoskeletons a major growth area due to their relevance to daily activities. Recognizing this potential, ULS launched its first consumer-focused exoskeleton in July 2025, marking a shift away from a traditional industrial customer base. Investment in exoskeleton development surged dramatically in 2025: there were 19 financing deals totaling 2.2 billion yuan (approximately $319 million), compared to eight deals worth 292 million yuan in the prior year. This reflects both increased investor confidence and maturation of the sector. [para. 4][para. 5]
3. The widespread individual acceptance of exoskeletons has been facilitated by advances in battery technology and miniaturization, according to Yu Yunbo, founder of Kenqing Technology. Kenqing is a Shenzhen-based startup developing exoskeletons for uses ranging from outdoor sports and elderly care to scientific research and firefighting. The improved portability and affordability of such devices have positioned them well for consumer markets, especially in China where there is a rapidly aging population. Nonetheless, the industry faces important hurdles regarding comfort, sophistication of AI systems, and user safety, which must be addressed to enable broader adoption. [para. 6][para. 7]
4. Unlike humanoid robots, exoskeletons provide a clearer and nearer-term commercial opportunity, notes Liu Xiaoqing, the director of analysis at ITjuzi. The success of exoskeleton rentals at Mount Tai, where usage rates reached 80% during peak seasons, underscores real market demand. Typically, visitors pay rental fees dependent on duration, assisting those who want to hike but lack stamina. The widespread adoption at Mount Tai, with 500 exoskeletons in use, serves as a large-scale proof of concept and provides vital user data for future product improvements. This success has inspired other scenic attractions to explore similar offerings. [para. 8][para. 9][para. 10][para. 11][para. 12]
5. The next phase of growth relies on direct sales to individual consumers, especially given China’s aging demographic—approximately 16% of the population was over 65 in 2024, up from 14% in 2021—driving strong market potential. Developers now focus on lightweight, affordable exoskeletons that target specific body areas, like the legs, rather than full-body designs. Kenqing, for example, reduced device weight by using fewer electric motors and leveraging advanced materials such as carbon fiber, which offer superior strength and reduced weight. Supply chain improvements have further supported device refinement. [para. 13][para. 14][para. 15][para. 16]
6. Despite promising prospects, exoskeletons still have limitations. Even at 2–3 kilograms, they can cause discomfort during extended use and are impractical for sitting or lying down. Furthermore, present AI algorithms struggle to interpret user intentions accurately, especially in users with impaired mobility, often requiring difficult manual adjustments. Safety concerns, such as the risk of motor or AI malfunctions, are significant—especially for disabled users—necessitating emergency features and insurance. Unified technical standards and regulatory frameworks are considered urgent needs for guiding the industry’s healthy development. [para. 17][para. 18][para. 19][para. 20]
- ULS Robotics Co. Ltd.
- ULS Robotics Co. Ltd. launched its first consumer market exoskeleton in July. The company's marketing partner, Zhang Hua, sees the technology as a key focus due to its close connection with everyday life, expanding beyond traditional industrial applications to uses like tourism, elderly care, and rehabilitation. They emphasize the need for safety measures and standardized components in the developing industry.
- Kenqing Technology
- Kenqing Technology is a Shenzhen-based startup founded by Yu Yunbo. The company specializes in developing robotic exoskeletons for various applications, including outdoor sports, elderly care, scientific research, and firefighting. Its exoskeletons have gained popularity at tourist sites like Mount Tai, where they are rented to visitors.
- Taishan Cultural Tourism Group
- Taishan Cultural Tourism Group is an organization that manages projects related to cultural tourism. An executive from the group, Li Gang, was responsible for a project at Mount Tai where visitors could rent robotic exoskeletons. This initiative proved highly popular, with an 80% utilization rate during peak season, attracting interest from other scenic spots.
- ITjuzi
- ITjuzi is a Chinese domestic data provider. According to their data, in 2025, investment in robotic exoskeleton technology saw significant growth, with 19 financing deals totaling 2.2 billion yuan ($319 million). This was a substantial increase from the previous year, which saw eight deals worth 292 million yuan. Liu Xiaoqing, director of analysis at ITjuzi, believes robotic exoskeletons offer a clearer path to commercialization compared to other AI technologies.
- 2021:
- Approximately 14% of China's citizens were over 65 years old.
- 2024:
- 8 financing deals worth 292 million yuan were finalized in the exoskeleton technology industry.
- May 2025:
- Viral clips showed people using robotic exoskeletons to hike Mount Tai in Shandong province.
- July 2025:
- ULS Robotics Co. Ltd. launched its first exoskeleton for the consumer market.
- 2025:
- During the peak season, the utilization rate of exoskeleton rentals at Mount Tai reached as high as 80%. Kenqing’s exoskeletons were available for rent.
- 2025:
- 19 financing deals worth 2.2 billion yuan ($319 million) were finalized in the exoskeleton technology industry.
- 2025:
- Approximately 16% of China's citizens were over 65 years old.
- Sept. 7, 2025:
- Visitors tried out exoskeletons at the 2025 World Intelligent Industry Expo.
- CX Weekly Magazine

Feb. 27, 2026, Issue 07
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