Abstract:
This project focuses on the development of a low-budget, efficient, and user-friendly lift
system operated via a mobile application using Bluetooth technology. The objective is
to create a lift with a height of 6 feet and three floors, capable of lifting up to 3kg. The
project involves the use of a microcontroller for control and integration, along with
automatic doors on each floor. The project milestones include motor testing, frame and
cabin construction, mobile application development, and system integration. The final
deliverables will be a functional lift system that consumes minimal energy, operates
silently, and offers a seamless user experience.
The benefits ofthis project lie in its cost-effectiveness, energy efficiency, and ease of use.
The wooden frame construction ensures durability and affordability, making it suitable
for various applications. The integration of a microcontroller enables precise control and
automation, resulting in optimal performance and energy savings. The mobile application
provides a convenient interface for users to operate the lift effortlessly. Overall, this
project aims to deliver a reliable and accessible lift solution that meets the requirements
of small-scale residential or commercial settings, while being environmentally friendly
and budget-friendly
