#United States #Campbell #U.S. Space Force #SpaceWERX #Orbital Composites

Orbital Composites Secures Major U.S. Space Force Contract

In an exciting development for advanced manufacturing, Orbital Composites, Inc., based in Campbell, California, has announced it will receive a $1.9 million Tactical Funding Increase (TACFI) from SpaceWERX, the innovative arm of the U.S. Space Force. This contract marks a significant step forward in the company's mission to enhance the production of materials capable of withstanding extreme environments—such as temperatures surpassing 3,000°C, high-velocity combustion gases, and repeated thermal shock cycles.

This award reflects an increasing consensus within several critical sectors, including defense, aerospace, and energy, that the U.S. is currently facing a deficit in manufacturing capabilities for advanced materials. These materials, often referred to as extreme environment materials, are integral to the function of various high-tech applications, including rocket nozzles, heat shields, and nuclear energy systems. Historically, the production of these materials has been hampered by high costs and lengthy manufacturing times, often stretching from 12 to 18 months.

Orbital aims to change this narrative by combining robotics, advanced materials science, and physical AI to achieve faster, cost-effective production times. CEO Amolak Badesha articulated the importance of this project in addressing supply constraints on solid rocket motors, which have previously limited operational capabilities for U.S. military personnel. "This is about restoring U.S. manufacturing dominance in materials foundational to our national security and economic competitiveness," he stated.

The manufacturing of extreme environment materials is crucial for various applications, including solid rocket motors, hypersonic vehicles, low-cost missile defense interceptors, and even nuclear microreactors. All of these applications require components that can be produced more quickly and affordably than traditional manufacturing methods currently allow. Thus, Orbital's technological advancements are not just a technical improvement; they represent a strategic shift towards more agile manufacturing processes.

Cole Nielsen, the founder and Chief Technology Officer of Orbital Composites, emphasized the urgency of overcoming existing bottlenecks in the production of these materials. "Our goal is to establish a future where AI-driven factories can transform design files into operationally ready components swiftly and affordably," he said.

Orbital is actively collaborating with various defense prime contractors and government program offices to scale its manufacturing capabilities and qualifications. The company is also investing in expanding its production facilities and integrating advanced physical AI systems, essential for autonomous production.

The Role of SpaceWERX and AFWERX

SpaceWERX plays a pivotal role in accelerating the integration of commercial technologies into national defense operations. By partnering with startups and non-traditional vendors like Orbital, they aim to bridge the gap between industry innovation and military needs. In fiscal year 2025, SpaceWERX awarded over 300 contracts amounting to $510 million, signifying its commitment to enhancing U.S. military capabilities.

Moreover, through partnerships with AFWERX, the Department of the Air Force's innovation arm, initiatives like Orbital's are being supported to dismantle barriers that obstruct the transition of critical technologies into usable military capabilities. AFWERX has facilitated more than 1,000 contracts worth $1.37 billion in the same fiscal year, showcasing a robust investment towards fortifying the U.S. defense industrial base.

About Orbital Composites, Inc.

Founded in 2015, Orbital Composites focuses on the creation of AI-driven manufacturing solutions tailored for extreme environment materials. The company is committed to integrating advanced robotic systems and materials science to produce high-performance components significantly faster and at lower costs than conventional methods. With key partnerships within the U.S. Space Force and other governmental programs, Orbital is working diligently to transition innovative materials manufacturing from advanced development into real-world applications. For further details, you can visit orbitalcomposites.com.

In conclusion, with the increasing need for advanced materials that can withstand extreme conditions, this funding from SpaceWERX marks a crucial milestone for Orbital Composites and will likely have wide-reaching implications for U.S. defense capabilities and manufacturing prowess. By narrowing the capability gaps and enhancing production timelines, the U.S. military may be better prepared to face future challenges in national security and defense.