DnsysX1 Wearable Exoskeleton Raises $1.18M on Kickstarter

Technological Innovation and User Experience

The DnsysX1 achieves groundbreaking portability, with mechanical components weighing only 1.6kg. When folded, its size is comparable to an A4 sheet of paper, allowing users to easily carry it in a backpack. This design significantly lowers the barrier to using exoskeleton devices, making it genuinely suitable for daily life and outdoor adventure scenarios.

The product features an advanced Kinetic Energy Recovery System (KERS) that reclaims excess energy during use, extending the range by an additional 25 kilometers. The hot-swappable battery design also allows users to replace batteries at any time, ensuring continuous operation.

In assist mode, the X1 can reduce muscle exertion by up to 50%, which for a 75kg user is equivalent to reducing a 37.5kg load. The resistance mode is specifically designed for athletic training or controlled downhill movement, simultaneously recovering energy, truly offering diversified functionality.

Utilizing deep learning algorithms based on DNNAS (Dynamic Neural Network Assisted System) and a dual-core 240MHz AI processor, the device achieves precise control with a 40,000Hz FOC (Field-Oriented Control) algorithm. This technology ensures the device responds to user movement intentions in real-time, providing an optimal assistance experience.

Featuring a buckle-style waist belt design combined with flexible nylon and 3D knitted materials, it adapts to most adult body types, ensuring comfortable and stable wear.

The device integrates torque, position, and force sensors, achieving an IP54 dust and splash resistance rating. Nine major safety modules, ranging from wear detection to component testing, provide comprehensive safety protection for users, ensuring reliable operation in various environmental conditions.

About Dnsys

Founded in 2020, Dnsys is a technology company specializing in wearable exoskeleton technology. Its core team comprises elite talents from renowned tech companies like Segway, DJI, and Xiaomi, as well as professional institutions in medical rehabilitation such as Hocoma. This cross-disciplinary talent pool provides the company with unique technical perspectives and innovative capabilities.

Currently, Dnsys has successfully launched two main products: the Z1 knee exoskeleton, positioned as the world's first knee-assist exoskeleton primarily for outdoor sports and rehabilitation markets; and the X1 hip exoskeleton, the flagship product for this Kickstarter campaign, focusing on outdoor adventure and daily assistance applications. The company has established its own innovation research center and holds over 20 patents (including 7 invention patents), aiming to popularize medical-grade exoskeleton technology for the mass market, enabling more users to benefit from advanced technology.

Market Outlook

The global exoskeleton market is in a rapid development phase, with a market size of approximately $498 million in 2024, projected to reach $1.25 billion by 2030, demonstrating a compound annual growth rate (CAGR) of 16.27% from 2025-2030.

This growth is primarily driven by both consumer and medical applications: as global aging accelerates, demand for health products continues to rise, and the industrial sector increasingly values weight reduction and human-machine collaboration technologies, mobile lower-limb exoskeletons are becoming the fastest-growing sub-segment.

Regionally, the North American market currently holds a leading position, accounting for approximately 45% of revenue share in 2024, while the Asia-Pacific region shows the fastest growth rate. In terms of technological development trends, the application of lightweight materials (such as aerospace aluminum alloy and carbon fiber), along with the deep integration of AI adaptive control technology and wearable sensors, continues to drive product performance improvements and user experience optimization, injecting strong momentum into the entire industry's development.