Aerospace & Defense

With the goal of further expanding its reach in space missions, NASA has signed an agreement with Rocket Lab USA, Inc. to integrate the Neutron rocket into the VADR program. This is a program to procure launch services at competitive…

As our modes of communication have gone wireless, the internet has become ever more important and aerospace applications multiply, the need for efficient, lightweight antennas has become urgent. 5G and 6G have accelerated this, and industry players need to find…

3D printing in space travel has made considerable progress in recent years. Initiatives from both NASA, which is researching the use of additive manufacturing in space including for structures, and the ESA, which has tested metal 3D printing on the…

Firehawk Aerospace, a Dallas-based defense company specializing in 3D printed solid rocket fuel, has just received a $60 million Series C investment led by 1789 Capital. The company’s mission is to enable the next generation of defense systems with solid…

When we think about the sectors that are being shaped by additive manufacturing, defense is undoubtedly one that comes to mind. This is especially the case in the United States, where the Department of Defense (DoD) has been leading the…

Additive manufacturing is amazing for producing lightweight, strong and geometrically complex parts—so the technology is particularly valuable in the aeronautics sector, where strength and weight optimization are critical. Aeronautics is the science and practice of designing, building, and flying all aircraft,…

According to a report from official Chinese military media, China’s People’s Liberation Army (PLA) is now said to have used technologies such as 3D printing and drones to test remote weapons maintenance. One exercise aimed to 3D print parts and…

German aerospace start-up POLARIS Spaceplanes, based in Bremen, has achieved a key milestone by successfully testing a 3D printed Aerospike rocket engine. This achievement highlights the growing importance of 3D printing technology in the aerospace sector. During the tests, the…

The aerospace and defense industry is increasingly turning toward additive manufacturing because the technology can offer custom, highly optimized solutions for complex applications. Due to the growing demand, more and more partnerships are emerging between different companies, with the aim…

Antennas are essential for wireless communications, navigation, radar, radio communication and science. Their main function is to receive or transmit electromagnetic waves. Until now, antennas were rigid and inflexible, something that is about to change thanks to a project by…

For much of his career, Russ Maines has been dedicated to designing bombs with cast, forged or pressed metals. However, these bombs were expensive and not scalable. So, as a Test and Evaluation Division Director at the Naval Surface Warfare…

In this week’s breakdown of additive manufacturing news, learn more about the validation of Meltio’s technology for use on a US Navy ship, the USS Somerset. In addition, PUMA has opened a creative center with additive manufacturing facilities and machinery,…