The future of aerospace repair is set to be revolutionized by the innovative SBORAEK project led by Dr Leonardo Barilaro at MCAST. This project, funded by the Malta Council for Science & Technology, aims to streamline repair procedures for aerospace structures using 3D-printed Kevlar technology.
Inspired by the traditional Turkish pastry Börek, the SBORAEK project utilizes smart methodology to create layered structures for superior ballistic performance. By using continuous aramid fiber materials like Kevlar and carbon fiber, the project aims to create custom repair patches that are both efficient and effective.
With safety being a top priority in the aerospace industry, the current repair methods can be time-consuming and costly. SBORAEK’s goal is to reduce Maintenance, Repair, and Overhaul (MRO) time by developing optimized 3D-printed shields and custom repair patches.
The success of the SBORAEK project lies in the collaboration between MCAST, CISAS of the University of Padova, and Skyup Academy in Italy. Their combined expertise in aerospace engineering, materials science, simulations, and 3D printing technology is paving the way for significant advancements in aerospace repair.
The project has already been presented at various international events and has undergone testing at Thiot Ingenierie in France. The collaboration between these institutions and companies is proving to be a game-changer in the aerospace industry.
For those interested in pursuing a career in aviation, MCAST’s Institute of Engineering and Transport offers a range of educational programs in this sector. Applicants can find more information on the MCAST website and learn about the exciting developments in aerospace repair through the SBORAEK project.