ROBOZE 3D Prints Helicopter Intake Duct With 80% Cost Reduction

Aerospace manufacturers are increasingly turning to additive manufacturing to optimize critical components, and the latest success story comes from the helicopter industry. A prominent aerospace OEM specializing in light aircraft recently explored alternatives to traditional manufacturing for a helicopter intake duct and found an 80% cost reduction through 3D printing.

The Challenge: Balancing Performance and Cost

Helicopter intake ducts serve a critical function in aviation performance. These components direct external air towards the combustion chamber engines, directly impacting engine efficiency, performance, and ultimately, flight safety. While the original manufacturing approach was performant and followed a standard workflow, the manufacturer sought opportunities to optimize costs without compromising quality.

The Solution: ROBOZE Argo 500 HYPERSPEED

The manufacturer partnered with ROBOZE to produce the critical intake duct using the Argo 500 HYPERSPEED solution. This large-format 3D printer is designed for industrial applications requiring high-throughput manufacturing without sacrificing material properties.

ROBOZE is known for working with high-performance polymers and composites suitable for aerospace applications. The HYPERSPEED technology enables faster production cycles while maintaining the mechanical properties required for flight-critical components.

Why This Matters

This case demonstrates several key trends in aerospace additive manufacturing: cost optimization is driving adoption with 80% cost reduction being a compelling business case, performance requirements can be met despite the manufacturing method change, and consolidation reduces supply chain complexity by reducing part count and assembly steps.