GKN Aerospace Demonstrates a UAV Powered by a 3D Printed Engine
GKN Aerospace has demonstrated a UAV platform using an additively manufactured engine. The project shows how 3D printing in aerospace is moving beyond brackets and ducts toward core propulsion hardware.
GKN Aerospace has demonstrated a UAV platform using an additively manufactured engine. The project shows how 3D printing in aerospace is moving beyond brackets and ducts toward core propulsion hardware.
What happened?
GKN Aerospace has demonstrated a UAV platform using an additively manufactured engine. The project shows how 3D printing in aerospace is moving beyond brackets and ducts toward core propulsion hardware.
Key details
- The demonstrator uses an additively manufactured propulsion system.
- The program also explores faster development and supply-chain flexibility.
- Weight reduction and part consolidation remain major aerospace advantages of AM.
- The technology is moving closer to complete functional systems rather than isolated components.
Why it matters
An engine is one of the most demanding and complex systems in an aircraft. Reliable AM at this level represents a much larger step than printing a lightweight bracket.
The cover image is a 3DPS-created illustration.
Source and further information
This article is a summary based on publicly available source material. Read the original here: 3DPrint.com.
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