#United States #Cape Canaveral #Sidus Space #LizzieSat #Fortis Maxima

Sidus Space's LizzieSat® Vibration Testing Achieved

Sidus Space, Inc., a pioneering company in space and defense technology, recently announced a critical milestone for its LizzieSat®. The company confirmed that the spacecraft has successfully completed vibration testing, a necessary step to prepare for its upcoming mission with SpaceX's Transporter-18, which is slated to launch no earlier than October 2026 from Vandenberg Space Force Base, California.

Vibration testing is crucial as it simulates the extensive mechanical stresses that a spacecraft endures during its launch phase. This rigorous assessment took place at Element U.S. Space & Defense's facility in Orlando, Florida, which is known as a certified independent provider of environmental and product qualification testing services. The successful completion of this testing not only validates the satellite's structural integrity and operational capability during ascent but also paves the way for final integration and shipment preparations to the launch site.

Carol Craig, the Founder, CEO, and Chairwoman of Sidus Space, expressed her satisfaction with the outcome, stating, "Successfully completing vibration testing keeps us on schedule for our targeted launch on SpaceX’s upcoming Transporter-18 mission. This also reflects the maturity of the LizzieSat platform and the strength of our in-house engineering and manufacturing capabilities."

This particular mission stands out as it will feature the first flight for Sidus's Fortis™ Maxima proprietary Command and Data Handling (CDH) system. This innovative system enhances the LizzieSat’s capabilities by integrating advanced edge-computing technology that is ruggedized for diverse environments such as space, air, land, and sea. The successful deployment of the Fortis system aboard the LizzieSat is expected to elevate its technology readiness level (TRL) to 9, indicating that this system has proven its effectiveness through successful mission operations. The Fortis Maxima is equipped with cutting-edge technology: a quad-core ARM processor, a reconfigurable FPGA, and an integrated NVIDIA edge AI/ML engine with an assured positioning, navigation, and timing (A-PNT) suite. These features enable real-time AI-driven processing, catering to both defense and commercial applications.

Sidus aims to leverage this mission to facilitate broader adoption of the Fortis Maxima technology among its defense and commercial partners. After the vibration testing, the satellite will move on to final integration and rigorous testing before being handed over to the launch provider. Importantly, Sidus Space maintains a vertically integrated model for its operations, allowing it to design, manufacture, assemble, and test its LizzieSat spacecraft at its Cape Canaveral facility. This operational approach not only enhances efficiency but also allows for cost-effective missions.

About Sidus Space

Operating under its guiding mission of 'Space Access Reimagined®,' Sidus Space (NASDAQ: SIDU) is committed to delivering innovative solutions in satellite manufacturing, technology integration, and AI-driven data solutions for space-based applications. The company prides itself on its rapid innovation capabilities and adaptive approaches to system optimization and data collection performance. Sidus Space is strategically located in Florida's Space Coast and operates a robust 35,000-square-foot facility designed for manufacturing, assembly, integration, and testing, which grants it efficient access to numerous launch platforms.

With a proven track record in space heritage and a firm footing in the realm of satellite operations, Sidus Space continues to serve a broad spectrum of clients, including governmental, defense, intelligence, and commercial sectors worldwide. For more information about Sidus Space and its innovative satellites, visit sidusspace.com.