University of Arizona Gets $1.2M for Hypersonics 3D Printing


Share this Article

Hypersonic glide vehicles will need to resist incredible heat and pressure from flying at Mach Five and above. For that reason, the materials used to make them will likely be very hard, expensive, and difficult to work with. Due to cost, the need to optimize geometries, and a general need to save on mass, additive manufacturing (AM) is a logical technology to manufacture new components for these craft or, indeed, entire vehicles. Additionally, 3D printers can be used to make the new materials themselves.

A $1.2 million grant for equipment for the University of Arizona and its Arizona Research Center for Hypersonics from the Office of Naval Research’s Defense University Research Instrumentation Program is, therefore, rather timely. Professors Andrew Wessman and Sammy Tin will use the funds to buy a laser powder bed fusion (LPBF) machine, a gas atomiser, a vacuum furnace and an X-ray diffractometer so that they can print test parts, develop new alloys, make powders, and sinter parts.

The team hopes to make new materials specifically suited to hypersonics. Indeed, they could make a whole host of materials for use inside engines, on the surface of a vehicle, and for other components. Heat resistance, printability, ductility and many other specific factors could be improved overall.

“Combining all these pieces will give us a unique capability in terms of the infrastructure for advanced manufacturing. If we can develop materials and alloys that are specific to the 3D-printing process, we can customize alloy chemistries so that they have attributes that make it easier or more friendly for 3D printing,” said Professor Tin.

“Hypersonic flight and space exploration are among our university’s biggest strengths, and both require materials that can withstand extreme environments. I am proud to have faculty members like Sammy Tin and Andrew Wessman working in this critical area and raising the University of Arizona’s  already-impressive profile in advanced manufacturing,” University of  Arizona President Robert C. Robbins stated.

The win is an important one for Arizona. The University just got another part of a hypersonics research grant, as well as $1.7 million for better wind tunnels, and previously partnered with Raytheon. The University has said that hypersonics is strategic for its research efforts. Indeed, there will be billions in research funding for hypersonics available in the year to come. I cannot think of anything that will see such a fundamental, deep, and sudden influx of research funding over the coming years. There is a real opportunity for Arizona to make a mark and become one of the main centers for hypersonics in the U.S. This could spin off businesses, lead to key patents, and let it leapfrog larger universities.

Hypersonics represent the ultimate high ground. Significantly faster than conventional aircraft, hypersonic glide vehicles could deploy worldwide in hours. You could put a vehicle above a city anywhere on earth, like a taskable satellite that could be deployed anywhere—or a craft could be a missile that would be impossible to stop. Actually, more like a fighter that could get anywhere and get away faster than a speeding bullet, at least twice as fast.

With tensions over Taiwan creeping upward, the U.S. is realizing China’s strength and contemplating a future where it may want to actually capture Taiwan through violent means. The U.S. has always had the heft to stop such an invasion attempt. China, however, has raised its defense spending considerably. Also by putting a great deal of research into long-range missiles and hypersonics, the nation has developed some scarily credible hardware. It has created DF-21D and DF-26B ballistic missiles which are being explicitly marketed as carrier killers with ranges of over 12,000 kilometers. Another missile is a S300 derivative. The country also have inexpensive options, such as the Tianlei 500, a precision guided munition which could be launched or dropped from over 60 kilometers from a target.

However, it is another weapon, the Eagle Strike 21, a carrier-based hypersonic missile, that has essentially scared the bejesus out of U.S. planners. Deployed onto China’s Type 055 destroyer, these happens have a range of perhaps 1,500 kilometers and it can travel at Mach 6 to ten.

The U.S. spends more than anyone else on its “World Police” role, upgrading its aircraft, trucks, and everything else continually. China, meanwhile, is expanding defense spending but has a narrow focus. America must be excellent and the best everywhere. China just needs to have a credible set of tools for anti-carrier and anti-long-range aircraft. A Carrier Strike Group has over 7,500 people on it. Yes, it projects a lot of power, but Chinese missiles now also make it feel very vulnerable. For this reason, the investment in research for better hypersonics is going to be spectacular indeed.

Share this Article

Recent News

Dual Takeovers: Solid Solutions Secures 3DPRINTUK and 3DVerkstan

KASK Officially Introduces New Elemento Helmet with 3D Printed Technology


3D Design

3D Printed Art

3D Printed Food

3D Printed Guns

You May Also Like

3D Printing Financials: Profits Elude, Revenues Rally in MKFG, XMTR, AM3D, and DM Earnings Reports

In the first quarter of the year, Markforged (NYSE: MKFG), Xometry (NASDAQ: XMTR), and SLM Solutions (AM3D: Xetra) all reported increasing revenues, which is a positive sign of growing market...

Monster Energy Yamaha MotoGP Signs Three-Year 3D Printing Deal with Roboze

Roboze, an additive manufacturing (AM) leader in super polymers and composite materials, has entered a three-year technical collaboration with the Monster Energy Yamaha MotoGP team, beginning in 2023 and running...

Ulendo’s $1M NSF Grant Will Expand its Software to New 3D Printers

3D printing software startup, Ulendo just scooped up $1 million dollars from the National Science Foundation (NSF) program known as America’s Seed Fund, bringing the company’s fundraising total to over...

3D Printed Compostable Clay Cup Startup Bags $6.5M in Seed Round

Berlin-based startup GaeaStar has found a solution to single-use plastics. Using a “drink to dust” technology, the business 3D prints clay containers that don’t require recycling. Inspired by 5,000-year-old Indian...