Boeing's Calamity Capsule gets another shot at the ISS taxi business

theregister.com Sep 30, 2026

Boeing’s Calamity Capsule gets another shot at the ISS taxi business

Curated by Shubham · TechCapsules · Sep 30, 2026

AI-summarised brief · reviewed before publication

Boeing’s long‑delayed crew‑capsule program is set to launch an uncrewed Starliner‑1 mission in the December 2026‑January 2027 window, aiming to deliver cargo to the International Space Station. If the flight succeeds, a crewed Starliner‑2 is slated for 2028, marking Boeing’s first human launch since the 2024 test that was aborted after multiple system failures. NASA plans to retain options for two additional ISS trips and to certify the new Vulcan rocket as a replacement for the Atlas V, which has been used for previous Starliner launches. The agency trimmed its original six‑mission contract to four in 2025 but kept the program alive despite the capsule’s poor track record, seeking a domestic alternative to SpaceX’s Crew Dragon.

💡 Why It Matters

· A successful Starliner return would restore U.S.
· launch redundancy for crewed ISS access, reducing reliance on a single commercial provider.

Capsules Space

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Gujarat startup’s thermal infrared camera to launch aboard SpaceX’s ‘Falcon 9’ rocket…

Satleo, an Ahmedabad‑based startup, will launch its TAPAS‑1 thermal infrared camera on SpaceX’s Falcon 9 rocket on October 1. The three‑kilogram payload will orbit at roughly 500 km, capturing heat signatures that conventional optical satellites miss. The data will aid agriculture, urban heat mapping, water‑stress monitoring, disaster response, forest‑fire detection, and climate studies, and can be enhanced with AI. Developed entirely in Gujarat, TAPAS‑1 is slated to operate for three years, with Satleo planning eight additional satellites by 2029 after securing Rs 60 crore in funding and US$ 52 million in letters of intent.

💡 By providing high‑resolution thermal imagery from a private Indian satellite, Satleo offers a cost‑effective, real‑time tool for precision agriculture and urban heat management, filling a critical data gap that could transform resource planning and disaster response.

spacenews.com · Oct 1

Galileo Space Is Building Satellites That Turn Signals Into Answers in Orbit

Galileo Space is developing autonomous satellites that use edge‑AI to convert raw RF and sensor signals into geolocated intelligence within minutes. The platform targets defense and commercial users who currently endure hours‑long data pipelines for tasks such as tracking FPV drones, detecting ballistic‑missile plumes, locating distressed vessels, and tracing navigation‑frequency interference. By fusing innovative sensors with onboard machine‑learning, each satellite can select its own sensing missions, operate for weeks without ground control, and deliver actionable reports directly to operators. The company, led by veterans from Northrop Grumman, Google, and SpaceX, is finalizing its first government contract and plans to launch a demonstration satellite in Q4 2027, aiming for a Phase III award and early commercial revenue.

💡 Real‑time, on‑orbit signal analysis could give militaries and emergency responders the split‑second awareness needed to intervene before threats or crises escalate.

teslarati.com · Oct 1

SpaceX set to launch astronauts and a classified Falcon Heavy mission on…

SpaceX will conduct three launches on Thursday, October 1, marking one of its busiest days. At 11:10 a.m. ET, a Falcon 9 from Cape Canaveral’s Pad 40 will lift Crew‑13—NASA commander Jessica Watkins, pilot Luke Delaney, CSA astronaut Joshua Kutryk and Roscosmos cosmonaut Sergey Teteryatnikov—toward the International Space Station, with Dragon docking around 8 p.m. ET. The booster, on its third flight, will attempt a landing at Landing Zone 40. Later, a second Falcon 9 will launch a Transporter rideshare from Vandenberg Space Force Base. The day will close with a Falcon Heavy from Launch Complex 39A carrying the classified NROL‑97 payload, the first National Reconnaissance Office mission on that rocket. All three Florida boosters aim to land at LZ‑40, LZ‑1 and LZ‑2, a historic simultaneous recovery.

💡 Simultaneous crewed, commercial and classified launches showcase SpaceX’s operational versatility and cement its role as the primary U.S. launch provider across diverse missions.

spacenews.com · Sep 30

Quantum Space Executes Launch Processing Agreement with All Points Logistics for Prime…

Quantum Space, LLC has signed a spacecraft processing work order with All Points Logistics, LLC to support the Prime mission, a pathfinder for its Ranger and Scout platforms. The agreement, built on an existing Master Services Agreement, assigns All Points to provide clean‑room processing, propellant servicing, launch‑site safety reviews, ground support, and transportation to the Vandenberg Space Force Base integration facility. Prime, targeting a 2027 launch, will test maneuverability, payload hosting, and data collection for future national‑security and commercial missions.

💡 The partnership secures critical ground‑processing expertise, reducing launch‑integration risk for Quantum Space’s first high‑performance spacecraft. This collaboration positions the company to advance its advanced maneuverable satellite technology toward operational deployment.

spacenews.com · Sep 30

NaviGate successfully demonstrates onboard precise orbit determination aboard D-Orbit’s ION Satellite Carrier

NaviGate’s autonomous onboard precise orbit determination software, NaviCode Caravel, successfully completed an in‑orbit demonstration aboard D‑Orbit’s ION Satellite Carrier. The software ran directly on the satellite’s existing computer, processing raw GNSS data in real time without additional hardware. Onboard positioning achieved a best‑case uncertainty of 5.2 cm, with decimeter‑level averages, and matched ground‑based reference orbits computed by ESA’s GODOT. The demonstration validated the software’s reliability and marked a milestone for autonomous satellite navigation.

💡 By enabling satellites to compute their own positions onboard, the technology cuts reliance on ground infrastructure, slashing operational costs and speeding response times for growing constellations.

doonited.in · Sep 29

TakeMe2Space MOI-1A: India’s Orbital AI Satellite

Hyderabad‑based startup TakeMe2Space is preparing to launch its orbital computing satellite, MOI‑1A, on SpaceX’s Transporter‑18 rideshare mission scheduled for October 1, 2026. The spacecraft will process Earth‑observation data in orbit using onboard artificial intelligence, transmitting only selected results to ground stations instead of all raw imagery. The mission aims to demonstrate a commercial capability for in‑orbit data filtering and decision‑making. If successful, MOI‑1A could alter how satellite‑data services operate by reducing bandwidth demands and speeding delivery of actionable insights.

💡 By turning a satellite into an autonomous data processor, MOI‑1A could set a new standard for efficient space‑based analytics, reshaping the economics of Earth‑observation services.