Breakthrough Composites Manufacturing - Large Scale, High Volume, Low-Cost
Going up?
We’re finding better ways to do that. Robotic 3D printed composites are cornerstone technologies in producing unmanned aerial vehicles (UAV) and urban air mobility (UAM) for new methods of travel, surveillance, and logistics.
Looking to the horizon
In this Renaissance of the aerospace industry, we are taking advantage of the most under-utilized medium of transportation: the skies. Take-off of these new inventions marks a turning point not just in business, but in history. Pioneers of this upcoming age will write the next page of humanity’s narrative.
…and performance high
Automotive costs, aerospace-quality. NASA has indicated scalability as a “fundamental need” for UAV and UAM.
Mass on-site customization. Intuitive, software-defined, automated manufacturing simplifies aircraft deployment.
Green. Addiitve manufacturing reduces waste, and thermoplastics provide recycling opportunities.
Keeping costs low…
Time is money, and current drone prototyping and production methods are slow and inefficient.
We need to make safe, reliable, fast drones quickly to expand the aerospace market.
Unmanned aerial vehicles (UAVs) are low-cost commercial drones customized for different mission profiles. We are inventing the on-site drone factories that will make it all happen.
Unmanned vehicles, unparalleled power
Round 2
We’ve been selected by AFWERX for our second Air Force Research Laboratory contract to commercialize our mobile, autonomous 3D printing drone factory.
“…there is a new change coming, just over the horizon, that will revolutionize and reinvent our understanding of aviation in our world once again. That change is an urban air mobility…”
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-NASA X Urban Air Mobility podcast
www.nasa.gov/mediacast/nasa-x-urban-air-mobility
Fly with us.
Or tell us whatever else is on your mind.