Revolutionizing Space Exploration: Morningbird Space Corporation’s Additive Manufacturing Innovations

In the burgeoning era of space exploration and aerospace innovation, additive manufacturing, commonly known as 3D printing, has emerged as an indispensable technology. Much like artificial intelligence, it has rapidly become a cornerstone for designing and producing more efficient, complex, and lightweight parts and tools crucial for ventures beyond Earth. This transformative context defines the operational landscape of the American company, Morningbird Space Corporation. Dedicated to pioneering solutions that significantly advance space conquest and exploration, Morningbird Space leverages cutting-edge technology to address the unique challenges of the cosmos.

At the heart of Morningbird Space’s innovation lies its strategic embrace of additive manufacturing. The company has developed a groundbreaking range of multi-material 3D printers, capable of simultaneously creating components from up to six different materials, including various plastics, metals, and advanced composites. This multi-material capability is a game-changer for producing integrated, functional structures vital for space applications. Beyond industrial applications, Morningbird Space is also committed to fostering the next generation of innovators. To this end, they have engineered a unique 3D printable humanoid robot designed to simplify access to critical production methods and technologies such as CAD modeling, 3D printing, and coding. To delve deeper into these remarkable projects and Morningbird Space’s vision, we had the privilege of speaking with Dr. Chance Glenn, the visionary founder and president of the corporation.

3DN: Could you introduce yourself and explain your connection to additive manufacturing?

“My name is Chance Glenn, and I hold a full professorship in Electrical Engineering at Alabama A&M University, alongside my role as the founder and President of Morningbird Space Corporation. My academic foundation is a Ph.D. in Electrical Engineering from the Johns Hopkins University Whiting School of Engineering. My lifelong fascination with science fiction, particularly the original Star Trek series, has been a profound source of inspiration, compelling me to create innovative technologies for the space industry.

The imaginative world depicted in Star Trek, with its advanced technologies and wonders – from warp drive to energy shields and especially the iconic ‘replicators’ – fueled my dreams of achieving similar feats. I was captivated by the ingenuity of characters like Science Officer Mr. Spock and Chief Engineer Mr. Scott, whose problem-solving capabilities were central to the show. This inspiration directly led me to pursue a career in engineering, setting me on a path of invention and discovery. Furthermore, I am deeply motivated to share the benefits of knowledge with my students, fostering a continuous cycle of learning, as I firmly believe that education has the power to transform lives.

3D printing, in its essence, closely mirrors the concept of the ‘replicators’ from Star Trek lore – the ability to materialize complex objects on demand. Not long ago, my esteemed colleague, Dr. Wing Chan, and I embarked on a research journey that culminated in the development and patenting of a novel set of materials and a process for 3D printing functional electronic devices. This breakthrough was significant, as it allowed for the integration of various electronic properties directly into 3D printed structures. Following this academic success, we diligently worked to commercialize this innovative technology, which eventually took the form of the Electronic Alchemy eforge system. Our pioneering work in this area was generously funded by the NASA SBIR program, an initiative that has been instrumental in building Morningbird Space Corporation into a robust entity. Through this invaluable support, our company has amassed a wealth of knowledge and expertise in additive manufacturing, positioning us at the forefront of this exciting field.”

Dr Chance Glenn, Founder and President of Morningbird Space Corporation

3DN: What is Morningbird Space, and why was it created?

“Morningbird Space Corporation is a dynamic technology development company fundamentally focused on creating, developing, and commercializing groundbreaking innovations specifically for the burgeoning space industry. Our expertise spans critical areas, and we are actively developing advanced technologies in additive manufacturing, advanced propulsion systems, and autonomous construction methodologies. These three pillars are crucial for enabling sustainable human presence and exploration in space.

We have been fortunate to receive funding from and establish strong collaborative ties with leading organizations in the space sector, including NASA, the National Science Foundation, and SpaceX, among others, as well as various other influential space technology organizations. These partnerships are vital for accelerating our research and bringing our innovations to fruition. Additionally, we have cultivated a robust relationship with the Alabama A&M Research, Innovation, Science, and Engineering (AAMU-RISE) Foundation. This collaboration is part of our overarching mission to translate cutting-edge science and technology from the laboratory into practical, commercial realities that will redefine space exploration and our capabilities within it. Our creation stems from a deep-seated belief that humanity’s future is inextricably linked with space, and we aim to provide the foundational technologies that make this future accessible and sustainable.”

3DN: Can you tell us more about Morningbird Space’s eforge 3D printers? Why are they suitable for space missions?

“The true power and revolutionary potential of our Electronic Alchemy eforge innovation lie in the proprietary filaments we’ve developed for use with Fusion Deposition Modeling (FDM) printers. These unique material mixtures are meticulously engineered to allow us to create devices with an unprecedented range of electrical properties, including semiconducting, resistive, capacitive, conducting, and, of course, insulating characteristics. This versatility enables the direct 3D printing of both simple and highly complex electronic devices, moving beyond mere structural components to functional systems.

Our current strategy is focused on refining these advanced filaments to be compatible with standard multi-head FDM 3D printers. By pursuing this approach, we can effectively leverage an already established and active customer base within the additive manufacturing industry. This strategy not only broadens the accessibility of our technology but also significantly enhances the capabilities of existing FDM systems, transforming them into powerful tools for printing functional electronics. Imagine the possibilities of a standard FDM printer being able to fabricate circuit boards, sensors, or even integrated electronic modules right on demand.

The role of 3D printing in space is not just significant; it is truly inevitable. Whether in orbit, as already demonstrated on the International Space Station (ISS), during transit to distant planets, or directly on extraterrestrial surfaces, the ability to manufacture on demand transitions from a convenience to an absolute necessity. The capacity to create precisely what’s needed, exactly when it’s needed, profoundly impacts mission sustainability. This includes the potential for sourcing and utilizing local materials – known as In-Situ Resource Utilization (ISRU) – which drastically reduces payload requirements for missions. Instead of launching every single component from Earth, astronauts could print spare parts, tools, or even habitats using resources found on the Moon or Mars. This shift from a luxury to a fundamental requirement is crucial for establishing stable and self-sufficient societies in space. At Morningbird Space, we are incredibly excited and proud to be a pivotal part of the expanding space technology community that is actively ushering in this transformative reality for humanity, paving the way for a truly interplanetary future.”

3DN: What kind of applications are you creating with your 3D printing technology?

“At this very moment, the product we are most enthusiastic about bringing to the market is the AppBot Educational Platform. The AppBot is not just a robot; it’s a completely 3D printable humanoid robot designed with a singular, powerful purpose: to train students in critical STEM (Science, Technology, Engineering, and Mathematics) related skills in a way that is both incredibly fun and profoundly exciting. This innovative platform covers a wide array of essential skills, including additive manufacturing itself, computer-aided design (CAD), robotics, coding, an introduction to artificial intelligence, electronics, mechanical design principles, and, crucially, teamwork.

The comprehensive process of printing, assembling, testing, and ultimately operating the AppBot can easily span an entire semester or even an academic year for our target audience of K-12 students. This extended engagement ensures a deep understanding and hands-on experience across multiple disciplines. What truly elevates the ‘cool’ and ‘wow’ factor of the AppBot is that, once constructed, it is driven by a user-friendly smartphone app. This intuitive control mechanism brings the robot to life and allows for immediate, interactive engagement. Users will also become an integral part of the vibrant AppBot Developers Community, an online ecosystem where they can freely share ideas, modifications, custom control sequences, pictures, videos, and various other enhancements to enrich their learning and creative experience.

The AppBot platform is also perfectly suited for fostering healthy competition and innovative challenges. Students can participate in design competitions, robotic races, dance-offs, or even robot fashion shows, all designed to inspire creativity and problem-solving. To make this educational tool as accessible as possible, users will be provided with all the necessary digital files required to 3D print the robot’s parts. The electronic components and servos, which are standardized and readily available, can be sourced conveniently from platforms like Amazon. The entire educational package is projected to be priced affordably at $399.99, making it a viable and attractive option for educational institutions seeking to integrate advanced STEM learning into their curricula. Our overarching goal is to democratize knowledge and the ability to engage in STEM fields, spreading these invaluable opportunities to as many communities worldwide as possible. We are actively engaged in discussions with major educational organizations and institutions to forge partnerships in this significant global endeavor.”

3DN: How do you see the future of additive manufacturing in aerospace?

“Additive manufacturing is rapidly transitioning from a promising technology to an absolutely critical and indispensable component of space technology. It’s no longer a niche capability; it’s fundamental to future advancements. Our leading space tech companies are already demonstrating this reality by flying 3D printed components in their advanced rocket engines, a testament to the reliability and performance benefits that additive manufacturing offers, such as optimized geometries, reduced part count, and superior material properties. The inherent ability to create custom, highly specialized, and necessary components in real-time – whether a replacement part, a unique tool, or an experimental module – is nothing short of a game-changer for mission flexibility and resilience.

Looking ahead, the visions and concepts for 3D printing large-scale structures directly from locally sourced materials onsite – be it on the Moon, Mars, asteroids, or other intra-Solar bodies – are already well-documented and actively being pursued. This concept, known as In-Situ Resource Utilization (ISRU) combined with additive manufacturing, promises to unlock unprecedented levels of self-sufficiency for deep-space missions and future human settlements. Imagine printing habitats, landing pads, or essential infrastructure directly from lunar regolith or Martian dust, eliminating the colossal logistical and cost burdens of transporting every single component from Earth.

Furthermore, the even more ambitious ability to 3D print and then assemble exceptionally large-scale structures directly in space, rather than launching them fully formed, is not merely theoretical; proposals for funding such monumental projects are being discussed and submitted as we speak. This could involve printing massive solar arrays, orbital construction platforms, or even components for interstellar spacecraft, built layer by layer in the vacuum of space. Additive manufacturing, therefore, is not merely a luxury or a supplementary technology; it is a profound necessity that will underpin the future of space exploration and colonization. Its impact will only continue to grow exponentially as the technology itself advances, offering improvements in critical areas such as resolution, printing speed, multi-material capabilities, and overall reliability. These ongoing enhancements will solidify additive manufacturing’s position as a cornerstone of humanity’s expansion into the cosmos.”

3DN: Any last words for our readers?

“To all our readers, I urge you to stay tuned and truly hang on for the ride, because we are living through an extraordinarily exciting time for technological advancement. The pace of innovation across various fields is breathtaking, and Morningbird Space is undeniably at the very heart of this revolution. For instance, a revolutionary propulsion technique that we meticulously developed and rigorously tested is soon to be published in the esteemed European Journal of Engineering and Technology Research. This achievement underscores our commitment to pushing the boundaries of what’s possible in space.

It’s important to note that additive manufacturing played a crucial supporting role in this propulsion research and development as well; we extensively utilized 3D printing to create various test fixtures and components for our experiments, showcasing its versatility even in cutting-edge propulsion science. In a broader sense, science and technology are advancing at an exponential rate across the globe, and it is imperative that we actively increase the number of people who are participating in this progress. We need more diverse minds, offering different ideas, from varied people, and unique points of view. This diversity of thought will only serve to significantly increase the probability of creating the innovative and truly transformative solutions that humanity desperately needs to overcome current and future challenges, both on Earth and in space. This inclusive, forward-thinking spirit is precisely what Morningbird Space Corporation is all about. For those eager to learn more about our projects and vision, please visit our website HERE for comprehensive information.”

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*All Photo Credits: Morningbird Space Corporation