This research explores the development of an economical stroboscope within a calibration laboratory setting, addressing the challenges of high market costs and export restrictions. The study focuses on designing and constructing a stroboscope using locally available materials and advanced yet cost-effective technology such as LED lighting and microcontroller programming. The methodology includes the integration of these components to achieve a high flash rate and sufficient illumination for effective motion analysis. Preliminary results indicate that the prototype meets necessary operational standards while significantly reducing costs. This project not only offers a practical solution to resource constraints in scientific equipment but also contributes to the broader field of applied physics by demonstrating the feasibility of low-cost, high-performance laboratory instruments.