Landspeed Record with Laser Melting
The very first object to break the landspeed barrier of 1,000 mph is likely to be a part produced through additive manufacturing.
The very first object to break the landspeed barrier of 1,000 mph is likely to be a part produced through additive manufacturing. The Bloodhound supersonic car, which will attempt to surpass this speed in 2015, will use a titanium nose tip created through additive manufacturing using a Renishaw laser melting machine.
The seemingly simple part is not simple at all. Indeed, CNC machining would have been impractical for making the nose tip, because the part is hollow. Additive manufacturing gave the Bloodhound engineers the freedom to tailor the nose tip design on both the outside and the inside, creating a structure that provides precisely the needed strength with the minimum possible weight.
Related Content
-
Multimaterial 3D Printing Enables Solid State Batteries
By combining different 3D printing processes and materials in a single layer, Sakuu’s Kavian platform can produce batteries for electric vehicles and other applications with twice the energy density and greater safety than traditional lithium-ion solutions.
-
What Does Additive Manufacturing Readiness Look Like?
The promise of distributed manufacturing is alluring, but to get there AM first needs to master scale production. GKN Additive’s Michigan facility illustrates what the journey might look like.
-
Divergent Technologies Eyes High-Volume, Optimized Automotive Production Through Additive
While some automotive OEMs are using additive here and there, Divergent Technologies is basing its vehicles on 3D printed structures.