Astronaut Jonny Kim leaves NASA, will return to active military duty

space.com Aug 27, 2026

Astronaut Jonny Kim leaves NASA, will return to active military duty

Curated by Shubham · TechCapsules · Aug 27, 2026

AI-summarised brief · reviewed before publication

Jonny Kim, a 42‑year‑old astronaut with a distinguished military and medical background, departed NASA on August 27 after nine years with the agency. He flew a 245‑day mission to the International Space Station aboard a Russian Soyuz in April 2025, conducting scientific experiments and contributing to Artemis program development. Kim will return to active naval aviation duty, completing the remainder of his military career. NASA praised his impact on science, inspiration, and operational leadership.

💡 Why It Matters

· Kim’s transition signals a shift in NASA’s human‑spaceflight talent pipeline, as seasoned astronauts move back to military roles.
· His departure underscores the agency’s evolving focus on new personnel while highlighting the value of dual‑career expertise in advancing space exploration.

Capsules Space

Read full article on space.com

Antler-Backed Indian Space Startup InspeCity Raises $10.5M Funding

InspeCity, an Indian space technology startup backed by Antler, raised $10.5 million (≈1 billion rupees) in a pre‑Series A round to fund four in‑orbit satellite servicing missions over the next 12–18 months. The capital will support flight qualification of propulsion, autonomous operations, robotics, docking, and refueling systems aimed at extending satellite lifespans and mitigating low‑Earth‑orbit congestion. Investors included Speciale Invest, Ashish Kacholia, Antler Elevate, Antler India, Manish Gandhi, and Shastra VC. The raise underscores growing confidence in India’s emerging space infrastructure sector and the broader in‑orbit servicing market.

💡 By securing substantial early-stage funding, InspeCity positions itself to deliver critical in‑orbit services that could become essential for sustaining the rapidly expanding satellite constellation ecosystem.

space.com · Aug 27

James Webb Space Telescope observes 72 stars and finds planet formation is…

Using JWST’s Mid‑Infrared Instrument, astronomers examined 72 young, Sun‑like stars to track how material leaves protoplanetary disks. By mapping molecular hydrogen loss they assembled a chronological “movie” of disk evolution, revealing that mass‑removal mechanisms shift as stars age. Early disks lose gas primarily through magnetically driven jets and winds, while later stages are dominated by photoevaporation caused by high‑energy stellar radiation. The study shows that gas giants such as Jupiter must acquire their massive atmospheres before these dispersal processes strip the disk, whereas smaller rocky planets have a longer formation window. The findings constitute the most comprehensive survey of disk‑mass loss to date and provide a framework for predicting where and when different planet types can form around Sun‑like stars.

💡 By pinpointing the timing of gas‑disk dispersal, the research narrows the window for giant‑planet birth, offering a concrete test for models of our own Solar System’s origins.

spacenews.com · Aug 27

The electronics ‘under the hood’ of space networking

In a recent SpaceNews podcast, host Mike Gruss interviewed Jeff Janicik, founder and chairman of Innoflight, about the company’s “Golden Dome” project and its role in the Artemis program and the Space Development Agency’s large‑scale initiatives. Janicik highlighted that Innoflight’s Frontgrade technology, which has been part of every U.S. crewed mission since Apollo 11, now spans radio‑frequency systems, mission processing, microelectronics and motion‑control solutions. The firm’s modular, scalable architectures aim to accelerate the delivery of critical capabilities to customers, enabling faster integration of space‑networking hardware. The episode also introduced “Space Minds,” a new weekly audio‑video podcast from SpaceNews that will feature interviews with space leaders and experts, releasing new content every Thursday across multiple platforms.

💡 By showcasing how legacy aerospace tech is being repurposed for modern, high‑bandwidth space networks, the interview underscores a rapid shift toward plug‑and‑play architectures that could shorten development cycles for future lunar and orbital missions.

finanznachrichten.de · Aug 27

SpaceX Plans Starbase Louisiana To Support Thousands Of Starship Launches

SpaceX announced a $100 billion investment to construct 'Starbase Louisiana,' a major manufacturing and launch complex in Vermilion Parish on the Gulf Coast. Construction is scheduled to start in 2027, with initial launches targeted for 2029. The facility will feature ten launch pads across five complexes, alongside on-site propellant production, power generation, and deep-water shipping capabilities. Designed to support thousands of annual Starship launches, the site aims to dramatically increase flight rates, potentially reaching over 30 flights daily. The project is projected to create approximately 3,000 direct jobs and thousands of indirect positions over the next decade. This expansion supports SpaceX’s transition from Falcon 9 to the fully reusable Starship for Starlink deployments, NASA’s Artemis lunar missions, and future space-based AI infrastructure. President Gwynne Shotwell described the site as a self-sustaining spaceport. The development will undergo rigorous environmental and regulatory reviews, with plans to preserve wetlands and support coastal restoration efforts.

💡 Establishing a self-sustaining industrial hub in Louisiana shifts the logistical burden of high-frequency spaceflight from a single Texas site to a diversified, coastal infrastructure. This geographic expansion is critical for achieving the daily launch cadence required to support massive constellations and lunar ambitions without bottlenecking production.

heraldscotland.com · Aug 27

Scottish space technology chosen for radical rocket engine project

Edinburgh‑based Aurora Avionics has secured a contract with European aerospace firm Alpha Impulsion to supply electronic control systems for a novel autophage rocket engine. The engine design consumes part of the vehicle’s structure as propellant, eliminating the need to carry separate fuel tanks and potentially reducing launch mass and cost. Aurora will develop an Engine Control Unit and a Power Distribution Unit, forming the core of the engine’s electronic architecture. The deal marks a significant milestone for the Scottish start‑up, founded by former Orbex engineers, as it expands its universal avionics platform into advanced propulsion.

💡 The partnership demonstrates how modular avionics can accelerate the adoption of breakthrough propulsion concepts, potentially reshaping cost structures for future space missions.

gizmodo.com · Aug 27

SpaceX’s Plan to Build the World’s Biggest Spaceport Could Be an Environmental…

SpaceX announced plans on Tuesday to develop a $100 billion, 125,000‑acre launch complex in Vermilion Parish, Louisiana, near Pecan Island. The site, dubbed “Starbase, Louisiana,” would become the world’s largest spaceport and is intended to support thousands of Starship launches annually. Environmental groups—including the Louisiana Wildlife Federation, National Wildlife Federation and Pontchartrain Conservancy—filed comments opposing recent Federal Aviation Administration (FAA) regulatory revisions that would waive wildlife, water and public‑health protections for commercial space operations. The groups warn that the marshland, part of the Chenier Plain and adjacent to the Rockefeller and State Wildlife Refuge Complexes, hosts millions of migratory birds, critical fisheries nurseries and endangered species such as the whooping crane. SpaceX has not responded to media inquiries.

💡 The project threatens a uniquely productive coastal ecosystem that underpins regional biodiversity and commercial fisheries, raising the stakes of balancing aerospace ambition with habitat preservation.