ASTROPORT SPACE TECHNOLOGIES, INC.

Astroport Space Technologies, Inc. specializes in the design and demonstration of advanced surface engineering systems for lunar and expeditionary rocket operations. Their core capabilities center on regolith manipulation, blast shield construction, and deployable surface protection technologies tailored for high-energy plume environments. The company develops and tests subscale hardware such as induction furnace-equipped BrickBot systems for in-situ lunar pad fabrication, durable fabric barriers to mitigate rocket plume erosion, and modular surface covers that enable rapid landing zone preparation. Technical expertise spans thermal-materials engineering, robotic surface deployment, and low-gravity construction methodologies, with a distinct focus on enabling sustainable off-Earth logistics through autonomous, regolith-based infrastructure. Their differentiation lies in translating SBIR and STTR-phase innovations into field-deployable solutions for extreme planetary environments, bridging laboratory prototypes with operational readiness for space surface missions. The company maintains a consistent relationship with NASA, delivering R&D solutions under SBIR and STTR programs focused on lunar surface operations, including pad construction, landing zone stabilization, and plume-surface interaction mitigation. Their single DoD award similarly addresses terrestrial expeditionary logistics, indicating a strategic alignment with both civil space and defense applications requiring rapid, resilient landing infrastructure. Astroport’s primary focus is on NAICS 541715, which encompasses applied physical and engineering research for space surface systems. They operate at the intersection of planetary exploration and terrestrial rapid-deployment logistics, positioning themselves as a niche developer of in-situ resource utilization technologies for cislunar and expeditionary environments. As a small business structured as a 2L entity based in San Antonio, Texas, Astroport Space Technologies operates without federal certifications but leverages its technical agility and SBIR/STTR success to serve critical space infrastructure needs. Their geographic location supports access to aerospace R&D ecosystems and DoD test facilities, reinforcing their role as a specialized innovator in space surface engineering.