SPACE MACHINE & ENGINEERING CORP.

SPACE MACHINE & ENGINEERING CORP. specializes in the precision manufacturing of high-reliability microwave and RF components for defense and aerospace platforms, with deep expertise in waveguide assemblies, rotary couplers, and hermetic seals critical to airborne radar and communication systems. The company designs and fabricates mission-critical RF hardware used in U.S. Coast Guard MH-60T helicopters and other military platforms, demonstrating proficiency in electromagnetic wave propagation systems, metallurgical sealing techniques, and RF component integration under stringent environmental and performance standards. Their technical focus centers on maintaining signal integrity in high-frequency applications, with a proven ability to deliver custom-engineered components that meet military specifications for vibration, thermal cycling, and EMI shielding. The contractor maintains a consistent relationship with the Department of Defense and the Department of Homeland Security, primarily supplying RF subsystems for maritime and aviation surveillance systems. Work for the DoD involves advanced radio frequency components for airborne platforms, while DHS engagements center on sustainment and modification of waveguide systems for Coast Guard helicopters, indicating a strong track record in lifecycle support and rapid modification execution for operational assets. Their primary industry focus lies in radio and wireless communications equipment manufacturing (NAICS 334220) and aircraft parts manufacturing (NAICS 336413), positioning them as a niche supplier of embedded RF hardware for defense aviation. They serve the airborne electronics supply chain with specialized fabrication capabilities not widely available among general metal fabricators. As a small business structured as a 2L entity based in Saint Petersburg, Florida, SPACE MACHINE & ENGINEERING CORP. operates without federal certifications but maintains a focused presence in the defense electronics manufacturing sector. Their geographic location supports proximity to key maritime and aerospace defense hubs, enabling responsive logistics and direct collaboration with system integrators and maintenance depots.