The missions have evolved. So have we. Across space and defense, Redwire is delivering mission-critical technology for our customers when and where they matter most. Real challenges. Real capabilities. Real world impact.

Congratulations to @NASA and @SpaceX on the successful launch and arrival of Crew-13! 🚀 Launched with the crew is a new research experiment targeting Cancer with Aspera Biomedicines. The SpaceMD and Redwire team looks forward to working with the crew during their stay aboard the ISS!

Strong U.S.-Latvian defense ties are built on shared investment, local expertise, and technology that delivers. 🤝 In Riga, that partnership takes shape on the production floor. The Redwire team there, more than 280+ employees strong, develops and manufactures combat proven Penguin uncrewed aircraft and Octopus EO/IR payloads in a production and manufacturing facility covering 104,000 square feet. With our investment in Latvia spanning more than 15 years, Redwire is proud to bring together American and Latvian innovation to help strengthen allied defense capabilities.

Honda Robotics is expanding what’s possible beyond Earth. As commercial space stations evolve, astronauts will need to accomplish more with smaller crews. We are exploring a robotics solution that could automate routine research activities in orbit. By combining the Honda multi-fingered robotic hand, capable of precise laboratory tasks with human-like dexterity, with @Redwire's STAARK robotic arm and experiment locker technology, the solution could automate portions of the research workflow and free up valuable crew time for scientific discovery. This concept builds on Honda’s commitment to advancing technologies for the next era of space exploration. We look forward to connecting with commercial station developers and prospective partners at #IAC2026. Learn more about today’s announcement: honda.us/46T1fcm

Future commercial space stations are expected to operate with smaller crews, increasing the need for automation for experiments in orbit. 🛰️ Redwire and Honda will explore how Honda's multi-fingered robotic hand and Redwire's STAARK robotic arm could support research on future commercial space stations. The concept could help automate experiment handling and routine tasks giving astronauts more time for other mission priorities. “Redwire is excited to explore opportunities with Honda that leverage our proven track record and expertise in robotics and in-space manufacturing technology development to advance the next generation of commercial research in orbit,” said Shawn Buckley, Executive Vice President and Chief Operating Officer at Redwire Space. “Commercial space stations will transform Low-Earth orbit, and advanced space robotics are critical in enabling technologies that will help us unlock the value for our customers.” Read more: hondanews.com/en-US/honda-co…

LIVE: Four new crew members are about to lift off for the @Space_Station! NASA's @SpaceX Crew-13 mission is scheduled to launch from the Space Coast at 11:10am ET (1510 UTC). x.lingyaoai.com/i/broadcasts/1AGRnZWdN…

Falcon 9 and Dragon are looking good for today's launch to the @Space_Station. Weather forecast is 60% favorable for liftoff → spacex.com/launches/crew13

Honda joins forces with Redwire to develop robots for commercial space stations spacenews.com/honda-joins-fo…

Al Tadros, Chief Technology Officer, Redwire Space, joins leaders from AI infrastructure, energy, and finance at YOTTA 2026 to weigh when computing in orbit becomes an economic and strategic advantage. The discussion covers launch costs, solar power, cooling, latency, and sovereignty. 🎤 "Earth vs Orbit: When Does the Math Flip?" 📅 Wednesday, September 30 🕒 11:40 a.m.📍 Las Vegas, NV The Redwire team looks forward to connecting with the space community at YOTTA this week.

Redwire and Sophia Space Team Up to Advance Orbital Data Center Infrastructure Redwire and Sophia Space have signed an Memorandum of Understanding (MOU) to advance the development and deployment of scalable computing infrastructure in orbit. By combining Sophia Space’s compute architecture with Redwire’s space infrastructure and engineering capabilities, the companies aim to address one of the central challenges facing the emerging orbital computing market: moving from individual technology demonstrations toward repeatable, scalable infrastructure needed for the global build-out of orbital data centers. “The demand for global computing is scaling exponentially, and the advancement of orbital data centers represents an exciting paradigm shift where space infrastructure can scale critical capacity beyond the constraints of terrestrial infrastructure,” said Al Tadros, Chief Technology Officer, Redwire Space. Read more: rdw.com/newsroom/sophia-spac…

When we say our technology is combat proven, it’s more than a tagline. It’s a commitment that’s been validated in some of the world’s most demanding battlefields. Since 2022, our systems have been actively deployed in direct support of the Ukraine Armed Forces. The @StateDept has also included our Penguin UAS in its security assistance packages to Ukraine since July 2023, and to date we’ve delivered more than 300 uncrewed aircraft systems in support of frontline operations. Working directly with the Ukraine MOD has reinforced a lesson we see across today’s operational landscape: the pace of change is relentless. What provides a tactical advantage today may need to evolve quickly to meet the mission needs of tomorrow. That’s why we work as trusted partners with our customers, by continuously listening, learning, and rapidly incorporating operational feedback into our systems. The result is combat-proven capability that adapts as quickly as the mission itself, helping operators stay ahead of emerging threats and ever-changing battlefield requirements. Explore Redwire's UAS and payload capabilities: bit.ly/4iPX3RN

The Artemis Accords now count 76 signatory nations. 🌕 The latest signatures extend a framework for transparent and responsible exploration to more partners than ever. Mike Gold, President of Redwire Space and former NASA Associate Administrator for Policy and Partnerships, who helped lead development of the Artemis Accords, marked the moment: "There is no better way for space diplomacy to honor America's semiquincentennial than to sign the 76th nation to the Artemis Accords." Congratulations to @NASA, the US Department of State, and the newest signatories. Read the full story: bit.ly/4rDUfJO

Space superiority isn't won with static maps, it's won with real time awareness. 🛰️ During the panel "Protecting Critical Space Assets: Space Situational Awareness" at the @SpaceForceAssoc's 2025 Spacepower Conference, Shannon Pallone, Program Executive Officer for Battle Management, Command, Control & Communications, U.S. Space Force, compared space operations to navigating a new city. She was joined onstage by Christiana Agnew, Kate Van Dam, and Redwire's Col. (Ret.) Dean Bellamy, each pointing to the same conclusion: true situational awareness requires dynamic, crowdsourced data from both the ground and orbit. Check out the full panel on YouTube: ▶️ piped.video/Z7y5SUbJjBk

Amaze. Amaze. Amaze. 🤩

Last week at the Space Defense and Security Summit in Paris, Redwire's Juan Pablo Ramos, Head of Defence & Security Programmes, joined industry leaders for a panel on designing secure, resilient military space systems. The discussion spanned VLEO operations, edge processing, servicing on orbit, and deep space missions. The team also showcased Phantom, Redwire's European VLEO platform engineered for ISR, SDA, RF monitoring, and communications missions. 🛰️

Mission success in Ukraine isn't defined by the technology fielded; it's defined by how quickly it adapts. 🛡️ Redwire technology has been deployed in one of the world’s most contested environments since 2022. “Technology that was relevant here two months ago is now outdated,” said Redwire’s business lead in Ukraine. Keeping pace starts with the people using the technology every day. Close collaboration with Redwire teams in Ukraine and Latvia shortens feedback loops, allowing solutions to evolve in real time and under pressure. With each lesson learned alongside operators, Redwire's UAS systems continue to grow stronger to support the needs of the warfighter. Read the full blog: bit.ly/4xKOlIo

Redwire is attending Payload's Off World this week 🌕 Sophie Amiton, Lunar Business Development Lead at Redwire, takes the stage for "Brick by Brick: Building Lunar Structures to Stay." Redwire brings experience from efforts including Mason, one of its lunar technologies that focused on building infrastructure on the Moon, such as landing pads, roads, and berms. 📍 NASA's Space Center Houston, Houston, TX 📅 Thursday, September 24, 2026 🎤 Sophie Amiton, Lunar Business Development Lead, Redwire The Redwire team looks forward to connecting with the lunar community at Off World.

Dual-view capability for uncompromised awareness. Redwire’s Octopus payloads use Picture-in-Picture (PiP) to show two perspectives at once—all in a single video window. The result enables faster target identification and preserves critical situational awareness. PiP offers two modes to give operators a clearer understanding of the mission environment: 🔍 Multi-sensor PiP: Shows one sensor view (e.g., EO/daylight) in the main window with a smaller window displaying a second sensor (e.g., MWIR/LWIR). Operators maintain visual context while quickly checking thermal signatures. 🎥 Zoom-to-track PiP: Keeps a wide field of view in the main window while the smaller window delivers a magnified, auto-tracked view of the target—supporting positive identification without sacrificing tactical context. The result of both Picture-in-Picture modes is reduced cognitive load that bolsters operator decision-making. Discover how Redwire’s line of Octopus payloads provide clarity for the most critical missions: bit.ly/4fvONmP

Djibouti became the latest nation to sign the Artemis Accords, extending the framework for peaceful space exploration to the African continent. 🌍 Mike Gold, president of Redwire Space, who helped develop the Artemis Accords, said: "Djibouti is an excellent example of how a new space entrant can quickly go from establishing a space agency, to launching its first nanosatellite, to adopting plans for a global launch facility in barely more than five years." Read more: bit.ly/46Br6W6

The Redwire Defense Tech team was recently at the Latvian Dual Use Export Forum in Rēzekne, an event focused on supporting the international growth of Latvia’s defense and dual-use industry by connecting companies with investors, government institutions, and international partners. Not only did we showcase our Penguin Mk2.5 UAS and Octopus family of EO/IR payloads🛩️, but during the event Natālija Lernere, Senior Business Development Manager for Redwire on our Riga team, joined the panel on "Scaling Defence Innovation: Financing, Export Strategies and Paths to Growth." We also welcomed international delegates to our Riga facility through the LIAA visit programme. Thanks to everyone who helped to make this event a success! #DefenseTechnology #DefenseInnovation #AutonomousTechnology #MadeForTheMission

Redwire's Joshua Stinson, Co-President and Chief Growth Officer, sat down with @Defence_blog to share what years of combat operations in Ukraine taught the team about supporting and evolving UAS systems to equip Ukraine's warfighters for mission success. ✈️ From electronic warfare and maintenance to operator feedback, training, and fleet sustainment, Stinson discussed how insights from delivering hundreds of Penguin aircraft to Ukraine is helping shape the next generation of the platform. Read the full interview: defence-blog.com/ukraine-com…