Robotically assisted walker in white and blue, designed to provide mobility support with advanced features for enhanced stability and ease of use.

GaitTronics

SoloWalk

Design

Design

Design

Engineering

Engineering

Engineering

Manufacturing

Manufacturing

Manufacturing

The GaitTronics SoloWalk is a cutting-edge robotic solution engineered for precision in rehabilitation. Designed with advanced robotics, ergonomic principles, and user-centered functionality, it offers tailored support for movement recovery. Our team focused on seamless integration of innovative design and engineering to create a reliable, effective tool that enhances the rehabilitation process.

op view of a robotically assisted walker, showcasing its ergonomic design with handles, wheels, and advanced features for enhanced mobility and support.
op view of a robotically assisted walker, showcasing its ergonomic design with handles, wheels, and advanced features for enhanced mobility and support.
op view of a robotically assisted walker, showcasing its ergonomic design with handles, wheels, and advanced features for enhanced mobility and support.
Robotically assisted walker, featuring a sleek, modern design with robotic support for improved stability and mobility, offering enhanced functionality for users.
Robotically assisted walker, featuring a sleek, modern design with robotic support for improved stability and mobility, offering enhanced functionality for users.
Robotically assisted walker, featuring a sleek, modern design with robotic support for improved stability and mobility, offering enhanced functionality for users.
Final produced model of a robotically assisted walker, showcasing the sleek, fully assembled design with ergonomic handles, advanced mobility features, and a sturdy frame.
Final produced model of a robotically assisted walker, showcasing the sleek, fully assembled design with ergonomic handles, advanced mobility features, and a sturdy frame.
Final produced model of a robotically assisted walker, showcasing the sleek, fully assembled design with ergonomic handles, advanced mobility features, and a sturdy frame.
Display screen on a robotically assisted walker, featuring intuitive controls for adjusting settings, tracking user data, and managing mobility support features.
Display screen on a robotically assisted walker, featuring intuitive controls for adjusting settings, tracking user data, and managing mobility support features.
Display screen on a robotically assisted walker, featuring intuitive controls for adjusting settings, tracking user data, and managing mobility support features.
Person using a robotically assisted walker, walking with support, showcasing the device's ergonomic design and mobility-enhancing features.
Person using a robotically assisted walker, walking with support, showcasing the device's ergonomic design and mobility-enhancing features.
Person using a robotically assisted walker, walking with support, showcasing the device's ergonomic design and mobility-enhancing features.

Turn-key Development.

Brash’s involvement with SoloWalk started at the very beginning, and resulted in a complete turnkey solution. The project was a unique challenge in not only advanced human-robot interactions, but also in designing a look, shape and feel that addressed concerns about patient safety. All enclosure designs had to meet all requirements for medical devices and safety.

Close-up detail of the wheel on a robotically assisted walker, highlighting its durable design and smooth functionality for enhanced mobility and stability.
Close-up detail of the wheel on a robotically assisted walker, highlighting its durable design and smooth functionality for enhanced mobility and stability.
Close-up detail of the wheel on a robotically assisted walker, highlighting its durable design and smooth functionality for enhanced mobility and stability.
Close-up of branding on a robotically assisted walker, featuring the company logo and design elements clearly displayed on the device for easy identification.
Close-up of branding on a robotically assisted walker, featuring the company logo and design elements clearly displayed on the device for easy identification.
Close-up of branding on a robotically assisted walker, featuring the company logo and design elements clearly displayed on the device for easy identification.
Branding guidelines booklet, showcasing the company's visual identity, including logo usage, color schemes, typography, and design standards for consistent brand representation.
Branding guidelines booklet, showcasing the company's visual identity, including logo usage, color schemes, typography, and design standards for consistent brand representation.
Branding guidelines booklet, showcasing the company's visual identity, including logo usage, color schemes, typography, and design standards for consistent brand representation.
Person holding a controls display, interacting with the interface to adjust settings or manage features of a device, with clear, intuitive controls shown on the screen.
Person holding a controls display, interacting with the interface to adjust settings or manage features of a device, with clear, intuitive controls shown on the screen.
Person holding a controls display, interacting with the interface to adjust settings or manage features of a device, with clear, intuitive controls shown on the screen.

Patented Technology.

The advanced algorithm, novel haptics, and human-robot interactions within SoloWalk move with the user to support all their movements while they walk. The patient’s safety is guaranteed by a proprietary intelligent control system that automatically prevents falls. For caregivers, SoloWalk automates the process of lifting patients out of bed, increases mobilization, prevents injuries and reduces care costs.

CAD design of a robotically assisted walker, showcasing the detailed 3D model with structural components, handles, wheels, and advanced features for mobility support.
CAD design of a robotically assisted walker, showcasing the detailed 3D model with structural components, handles, wheels, and advanced features for mobility support.
CAD design of a robotically assisted walker, showcasing the detailed 3D model with structural components, handles, wheels, and advanced features for mobility support.
CAD design of a robotically assisted walker, showcasing the detailed 3D model with structural components, handles, wheels, and advanced features for mobility support.
CAD design of a robotically assisted walker, showcasing the detailed 3D model with structural components, handles, wheels, and advanced features for mobility support.
CAD design of a robotically assisted walker, showcasing the detailed 3D model with structural components, handles, wheels, and advanced features for mobility support.