The Axiom Space University Alliance connects leading academic institutions and research organizations worldwide to ensure access to microgravity research remains a global priority. Middle East Technical University (@METU_ODTU), Türkiye’s leading technology-focused public research university, joined the alliance, signing the agreement at the SAHA Expo International Aerospace and Defense Exhibition in Istanbul. #ForScience#

Vast has signed an MOU with Innovation Agency Lithuania. The collaboration will explore joint microgravity research and deepen local Lithuanian industry engagement to advance global access to space.

At #ASCEND2026# Dr. Lucie Low announced the expansion of the Axiom Space University Alliance, now featuring 26 institutions from four continents and 12 nations. This worldwide community consists of researchers and students united in their efforts to advance microgravity research and its applications #ForScience#. Axiom Space will provide members with access to unique resources informed by our research experience across four private astronaut missions to the International Space Station. This community will foster international collaboration, accelerate scientific discovery, and strengthen national strategic leadership in the future of microgravity research. We are leading the way in prioritizing meaningful and crucial scientific breakthroughs that will shape humanity. Learn more:

The most historic experiment we had on board was a tech demonstration: The first ever X-Ray taken in space. Project: X-Ray ⚡ Question: Can we take good quality X-Rays in space? Fun facts: - Due to bone loss in microgravity, fractures can become more likely on long duration missions - so we need a way to diagnose these. - X-rays can also be used to have a look at faulty electronics! The most fun picture we have is one where we captured our chest plus a wearable sensor, so we got both objectives hit in one go. - The first X-ray in history was taken in 1895 of Wilhelm Röntgen's wife - here next to our recreation in space. Find the full list of research projects here:

🚨 SPACEX JUST GOT FAA APPROVAL TO TEST ITS NEW “STARFALL” CAPSULES. These are not regular reentry vehicles. SpaceX’s new circular Starfall capsules are designed to bring up to 1,000 kg of payload back from orbit safely, repeatedly, and at scale. They can launch on either Falcon 9 or Starship, perform in-space manufacturing, then reenter and splash down in the Pacific for rapid recovery. Why this matters: • Enables true commercial in-space manufacturing (microgravity + vacuum) that can be returned to Earth • Could become a “proliferated successor” to the ISS for self-sustaining space industry • Opens the door to rapid point-to-point cargo delivery from orbit to anywhere on Earth • Directly competes with companies like Varda that have been flying similar missions on SpaceX rockets The deeper implication is massive: We are moving from “occasional experiments in space” to routine manufacturing and logistics in orbit. If Starfall works at scale, companies could build factories in space, produce high-value materials that can’t be made on Earth, and ship them back down regularly all without needing a full space station. This is one of the clearest steps yet toward a real, self-sustaining commercial space economy. What do you think will in-space manufacturing finally become a serious industry, or is this still too early? Follow for more frontier space and future technology.

Our CEO, Dr. Jonathan Cirtain, along with CTO and astronaut, Dr. Koichi Wakata (@Astro_Wakata), visited @JAXA_jp in Tsukuba to further enhance our international collaborations with esteemed partners. The JAXA legacy in human spaceflight, infrastructure, and technology makes them a valuable partner. Through #AxiomStation#, we look to expand microgravity research and development, providing continued avenues for scientific advancement for nations and building the platforms for astronauts to train and develop operational skills.

This moment recognizes the critical role Japan plays in the space economy built by decades of American and Japanese collaboration and achievements. This new office will be led by Dr. Koichi Wakata (@Astro_Wakata) astronaut and chief technology officer of Asia Pacific. Axiom Space Japan will engage Japanese government agencies, research institutions, and industrial partners making critical advancements in hardware manufacturing, microgravity research, and orbital compute for the benefit of humanity. Read more:

At #NSS#, Axiom Space CEO Jonathan Cirtain laid out why Axiom Station is essential to the next chapter of human space exploration. Maintaining a continuous U.S. human presence in LEO isn't just a national priority — it's the foundation for a new era of microgravity research, tech development, in-space manufacturing, and training so that humanity can advance. #AxiomLeads#

Another fun (and active!) series of experiments on our @framonauts mission. Project: Efficient Exercise 💪🏻 Question: How can we a) shorten necessary exercise time and b) develop a portable device for use in space? Fun facts: - We tested blood flow restriction (BFR) training with a compact resistance device - BFR limits blood return from muscles, simulating high-load workouts using much lighter weights - This causes micro-damage in muscle tissue (similar to regular intense exercise) triggering growth and repair - In microgravity, regular exercise is essential to prevent muscle atrophy and bone density loss - Astronauts currently exercise 2+ hours a day - our goal is to reduce that without losing benefits. - The tested device is lightweight, portable, and could save valuable time and space onboard missions Institutes: Northumbria University, Sheffield Hallam University Find the full list of projects here: #fram2# Music creds: jiglr - Lapse