3D Printed
Hypersonic &
Space Systems
MISSION
To modernize Aerospace & Defense manufacturing with revolutionary composite 3D printing
INNOVATION
Microwave Assisted Deposition (MAD) 3D Printing
Raven Space Systems' patent-pending MAD 3D printing technology is a breakthrough in aerospace composite manufacturing.
The MAD 3D printer extrudes & rapidly cures (or hardens) thermally-cured materials, unlocking large-scale 3D printing of thermoset & ceramic matrix composites for the first time.
MAD 3D printing uses off-the-shelf aerospace-grade resins & fillers mixed into proprietary blends. These highly tailorable composites include epoxy, phenolic, silicone, silicon carbide, carbon-carbon, & more.
APPLICATIONS
- Mach3D: 3D printed hypersonic flight testbeds
- Lightweight aerospace structures
- Thermal protection (ablative & non-ablative)
- Reentry vehicles, rockets, satellites, aircraft, & more
MAD is the future of Aerospace & Defense composite manufacturing
Mach3D
3D printed hypersonic flight testbeds
Frequent
10X faster production with no tooling, simple supply chain, & rapid iterations
Affordable
90% lower cost manufacturing by MAD 3D printing high-strength heat shields
Versatile
Adaptable vehicle size & geometries for any hypersonic flight experiment
Hypersonic flight-testing of thermal protection, sensors, & other subsystems
Awarded over $1.5M of non-dilutive funding
TEAM
Raven Space Systems was founded by two engineers with a breakthrough approach to composite 3D printing.
Blake Herren, PhD
CTO
Ryan Cowdrey
CEO