Development and testing of a remote-controlled balance board for independent use of stroke subjects: An exploratory study

Need for Study:

There is a growing demand for rehabilitation tools that allow patients with limited mobility to engage in balance training more safely and independently. By integrating a remote-control mechanism, the proposed device aims to empower users to perform balance activities with less dependence on a therapist. This could enhance patient safety, confidence, and engagement. Moreover, the study intends to assess how the innovative design impacts rehabilitation outcomes, especially for users with high body weight or varying balance abilities.

Aim:

To develop and test a remote-controlled balance board for independent use by stroke patients.

Objectives:

1. To develop a functional prototype of a balance board that can be operated via remote control.

2. To assess ease of use, patient experience, and safety in normal individuals using the remote-controlled balance board.

3. To determine whether the device enhances balance training outcomes and reduces dependence on therapist support in stroke patients.

Methodology:

The study will be conducted over 4 weeks and divided into three phases:

Phase I—Development Phase:

Design and development of the remote-controlled balance board prototype, focusing on portability, safety, weight capacity, and adjustable tilting features.

Phase II—Preliminary Testing Phase:

Testing the device on healthy adult individuals to evaluate its safety, functionality, and ease of use. Feedback from this phase will be used to make necessary modifications.

Phase III—Stroke Subject Phase:

Implementation of the device with stroke patients, comparing the outcomes of those using the balance board in addition to conventional physiotherapy versus those receiving only conventional treatment.