Revolutionizing Aero‑Engine Production: AFP Cuts CFRP Fan Blade Costs by 450%

Automated Fiber Placement (AFP) is rapidly transforming the production of carbon‑fiber reinforced polymer (CFRP) fan blades for aircraft engines. By integrating precision robotics and real‑time monitoring, AFP cuts manufacturing time and cost while boosting component quality.

How AFP Delivers a 450% Efficiency Gain

Traditional hand‑lamination and machining of CFRP fan blades can take several weeks and cost upwards of $200 per blade. AFP streamlines the process into a single, automated run, reducing production time by 80% and cutting labor costs by 70%. According to recent industry data, the overall cost savings can reach up to 450% compared with conventional methods.

Pravin Luthada

CEO & Co‑Founder, Addcomposites

About the Author

Pravin Luthada brings over two decades of experience in advanced materials science, having started his career as a space scientist with the Indian Space Research Organisation (ISRO). He was directly involved in producing composite parts for satellites and launch vehicles, where he observed the high cost of conventional AFP systems. These insights motivated him to co‑found Addcomposites Oy, a company that develops patented, plug‑and‑play AFP toolheads designed to make automation affordable and accessible to manufacturers worldwide. His deep industry knowledge and entrepreneurial drive give him a unique perspective on the future of composites manufacturing.