Ascentiz Launches Innovative Modular Exoskeleton at CES 2026, Shaping the Future of Wearable Robotics

Ascentiz Unveils a Game-Changing Modular Exoskeleton at CES 2026

This year's CES 2026 featured a remarkable innovation from Ascentiz, a leader in wearable robotics. They introduced their modular exoskeleton system, which stands out by integrating cutting-edge technologies designed to improve mobility and empower users.

Innovative Design Features

The Ascentiz modular exoskeleton consists of two primary components: the hip module, known as Ascentiz-H, and the knee module, named Ascentiz-K. Each module employs distinct drive technologies tailored to the unique demands of hip and knee biomechanics. This innovative approach offers users an intuitive and powerful means of movement assistance, ideally suited for a range of dynamic and load-bearing activities.

Distinct Drive Systems

The Ascentiz-H module utilizes a high-torque, quasi-direct-drive system that produces an impressive peak torque of 36 Nm with a power density of 52 Nm/kg. This design not only ensures high responsiveness but also allows for a more natural movement feel by amplifying torque without adding significant strain on the user's legs, potentially reducing effort by up to 35% during high-impact activities like running and stair climbing.

On the other hand, the Ascentiz-K module incorporates a cable-driven mechanism, which is engineered to deliver sustained high torque of up to 48 Nm while providing outstanding shock absorption. This design strategically isolates the motor's weight from the leg, enhancing comfort and dynamic response. As a result, it significantly reduces knee cartilage pressure by 50% and minimizes energy wastage by 30% due to a more stable center of mass during movement.

A Unified Approach to Biomechanics

Feng Sha, the co-founder of Ascentiz, elaborated on the rationale behind using two distinct systems: "The hip requires speed and precision, while the knee needs torque and stability. By customizing the drive systems in each module, we provide users with a supportive experience that feels natural rather than mechanical."