This study addresses the challenges faced by individuals with physical disabilities in manually operating wheelchairs. To enhance mobility and ease of use, a mechanism combining the functionalities of a stretcher and a wheelchair has been developed. The wheelchair-to-stretcher conversion utilizes a straightforward mechanical mechanism with a focus on ergonomic design and adherence to safety standards. The system is managed by an Arduino microcontroller, which connects to an ultrasonic sensor for obstacle detection and transmits data to a mobile application through an Internet of Things (IoT) module (Node MCU). This dual-purpose design facilitates medical personnel in seamlessly transferring patients from chairs to beds, with the adjustable height feature allowing the chair to function effectively as a stretcher.