#isaraerospace — Public Fediverse posts

Der erste Raketenstart damals von #SpaceX (wissen schon, Elon Musk) hat vier Anläufe gebraucht, die Deutschen rund um Isar Aerospace nur zwei. Nach Ministerin Bär sind „wir“ also doppelt so gut. Sehr gut, die Frau ist Politologin, einst sogar mit Büchergeld-Stipendium, und hat #Raumfahrt verstanden.

#IsarAerospace #Baeren #Politik #Rakete #Deutschland

Europäischer Weltraumgipfel: Ohne Merz und ohne Musk – Wirtschaft

Ausgerechnet der erste internationale Weltraumgipfel steht unter keinem guten Stern. Zuerst zogen sich Branchengrößen wie Elon Musks Space-X…
#EuropeSays #EU #Europa #Astronomie #Ausland #CDU #CSU #Deutschland #DorotheeBär #EmmanuelMacron #Europäisch #Europäische #Frankreich #FriedrichMerz #IsarAerospace #Leserdiskussion #Raumfahrt #SpaceX #SüddeutscheZeitung #Weltraum #Wirtschaft
https://www.europesays.com/europa/95394/

#TUBerlin:
"
Erster deutscher Satellit auf erfolgreicher Spectrum-Rakete kommt aus TU Berlin / CyBEEsat funkt bereits / Aussetzsystem stammt von Raumfahrtunternehmen Exolaunch des TU-Absolventen Dmitriy Sternharz
"
https://www.tu.berlin/nachrichtendetails/hello-world-from-cybeesat

7.9.2026

#Cubesat #CyBEEsat #Exolaunch #IsarAerospace #OnwardAndUpward #RACCOON #Raumfahrt #ROSI #ROSI1 #Satelliten #SatNOGS #SpaceFlight #Spectrum

#TUBerlin:
"
Erster deutscher Satellit auf erfolgreicher Spectrum-Rakete kommt aus TU Berlin / CyBEEsat funkt bereits / Aussetzsystem stammt von Raumfahrtunternehmen Exolaunch des TU-Absolventen Dmitriy Sternharz
"
https://www.tu.berlin/nachrichtendetails/hello-world-from-cybeesat

7.9.2026

#Cubesat #CyBEEsat #Exolaunch #IsarAerospace #OnwardAndUpward #RACCOON #Raumfahrt #ROSI #ROSI1 #Satelliten #SatNOGS #SpaceFlight #Spectrum

#TUBerlin:
"
Erster deutscher Satellit auf erfolgreicher Spectrum-Rakete kommt aus TU Berlin / CyBEEsat funkt bereits / Aussetzsystem stammt von Raumfahrtunternehmen Exolaunch des TU-Absolventen Dmitriy Sternharz
"
https://www.tu.berlin/nachrichtendetails/hello-world-from-cybeesat

7.9.2026

#Cubesat #CyBEEsat #Exolaunch #IsarAerospace #OnwardAndUpward #RACCOON #Raumfahrt #ROSI #ROSI1 #Satelliten #SatNOGS #SpaceFlight #Spectrum

#TUBerlin:
"
Erster deutscher Satellit auf erfolgreicher Spectrum-Rakete kommt aus TU Berlin / CyBEEsat funkt bereits / Aussetzsystem stammt von Raumfahrtunternehmen Exolaunch des TU-Absolventen Dmitriy Sternharz
"
https://www.tu.berlin/nachrichtendetails/hello-world-from-cybeesat

7.9.2026

#Cubesat #CyBEEsat #Exolaunch #IsarAerospace #OnwardAndUpward #RACCOON #Raumfahrt #ROSI #ROSI1 #Satelliten #SatNOGS #SpaceFlight #Spectrum

#TUBerlin:
"
Erster deutscher Satellit auf erfolgreicher Spectrum-Rakete kommt aus TU Berlin / CyBEEsat funkt bereits / Aussetzsystem stammt von Raumfahrtunternehmen Exolaunch des TU-Absolventen Dmitriy Sternharz
"
https://www.tu.berlin/nachrichtendetails/hello-world-from-cybeesat

7.9.2026

#Cubesat #CyBEEsat #Exolaunch #IsarAerospace #OnwardAndUpward #RACCOON #Raumfahrt #ROSI #ROSI1 #Satelliten #SatNOGS #SpaceFlight #Spectrum

Europa quiere dejar de depender de Estados Unidos para lanzar satélites

Europa abre una nueva etapa espacial con el desarrollo de cohetes privados. Isar Aerospace busca lanzar satélites regularmente desde Noruega y reducir la dependencia europea de Estados Unidos y otros proveedores para misiones comerciales, de seguridad y defensa #europa #espacio #isaraerospace #eluniversal…

https://fllics.com/zh/video/europa-quiere-dejar-de-depender-de-estados-unidos-para-lanzar-satelites/

Europa quiere dejar de depender de Estados Unidos para lanzar satélites

Europa abre una nueva etapa espacial con el desarrollo de cohetes privados. Isar Aerospace busca lanzar satélites regularmente desde Noruega y reducir la dependencia europea de Estados Unidos y otros proveedores para misiones comerciales, de seguridad y defensa #europa #espacio #isaraerospace #eluniversal…

https://fllics.com/zh/video/europa-quiere-dejar-de-depender-de-estados-unidos-para-lanzar-satelites/

Europa quiere dejar de depender de Estados Unidos para lanzar satélites

Europa abre una nueva etapa espacial con el desarrollo de cohetes privados. Isar Aerospace busca lanzar satélites regularmente desde Noruega y reducir la dependencia europea de Estados Unidos y otros proveedores para misiones comerciales, de seguridad y defensa #europa #espacio #isaraerospace #eluniversal…

https://fllics.com/zh/video/europa-quiere-dejar-de-depender-de-estados-unidos-para-lanzar-satelites/

Europa quiere dejar de depender de Estados Unidos para lanzar satélites

Europa abre una nueva etapa espacial con el desarrollo de cohetes privados. Isar Aerospace busca lanzar satélites regularmente desde Noruega y reducir la dependencia europea de Estados Unidos y otros proveedores para misiones comerciales, de seguridad y defensa #europa #espacio #isaraerospace #eluniversal…

https://fllics.com/zh/video/europa-quiere-dejar-de-depender-de-estados-unidos-para-lanzar-satelites/

Europa quiere dejar de depender de Estados Unidos para lanzar satélites

Europa abre una nueva etapa espacial con el desarrollo de cohetes privados. Isar Aerospace busca lanzar satélites regularmente desde Noruega y reducir la dependencia europea de Estados Unidos y otros proveedores para misiones comerciales, de seguridad y defensa #europa #espacio #isaraerospace #eluniversal…

https://fllics.com/zh/video/europa-quiere-dejar-de-depender-de-estados-unidos-para-lanzar-satelites/

https://www.europesays.com/no/348059/ Leder, Romfartsindustri | Andøy-raketten åpner verdensrommet for Europa – men på bakken ligger infrastrukturen tiår på etterskudd #AndøyaSpace #art #BreakingNews #BreakingNews #FeaturedNews #FeaturedNews #Headlines #ISARAerospace #LatestNews #LatestNews #leder #ledere #Meninger #News #NO #Norge #Norway #Nyheter #opinion #Overskrifter #romfartsindustri #TopStories #TopStories #Verdensrommet

Isar Aerospace has successfully placed satellites into orbit from Arctic Norway, 18 months after its first Spectrum rocket fell into the sea.

Why launch from above the Arctic Circle? How does a rocket steer without conventional rudders? Why does it deliberately break apart while travelling at thousands of kilometres per hour? And how did a small valve help bring down the first Spectrum?

https://www.movetheneedle.news/brands/how-isar-aerospace-reached-orbit-in-seven-unforgiving-minutes/

#IsarAerospace #space #EU #technology #deeptech #engineering #innovation

Isar Aerospace has successfully placed satellites into orbit from Arctic Norway, 18 months after its first Spectrum rocket fell into the sea.

Why launch from above the Arctic Circle? How does a rocket steer without conventional rudders? Why does it deliberately break apart while travelling at thousands of kilometres per hour? And how did a small valve help bring down the first Spectrum?

https://www.movetheneedle.news/brands/how-isar-aerospace-reached-orbit-in-seven-unforgiving-minutes/

#IsarAerospace #space #EU #technology #deeptech #engineering #innovation

Isar Aerospace has successfully placed satellites into orbit from Arctic Norway, 18 months after its first Spectrum rocket fell into the sea.

Why launch from above the Arctic Circle? How does a rocket steer without conventional rudders? Why does it deliberately break apart while travelling at thousands of kilometres per hour? And how did a small valve help bring down the first Spectrum?

https://www.movetheneedle.news/brands/how-isar-aerospace-reached-orbit-in-seven-unforgiving-minutes/

#IsarAerospace #space #EU #technology #deeptech #engineering #innovation

Isar Aerospace has successfully placed satellites into orbit from Arctic Norway, 18 months after its first Spectrum rocket fell into the sea.

Why launch from above the Arctic Circle? How does a rocket steer without conventional rudders? Why does it deliberately break apart while travelling at thousands of kilometres per hour? And how did a small valve help bring down the first Spectrum?

https://www.movetheneedle.news/brands/how-isar-aerospace-reached-orbit-in-seven-unforgiving-minutes/

#IsarAerospace #space #EU #technology #deeptech #engineering #innovation

Isar Aerospace has successfully placed satellites into orbit from Arctic Norway, 18 months after its first Spectrum rocket fell into the sea.

Why launch from above the Arctic Circle? How does a rocket steer without conventional rudders? Why does it deliberately break apart while travelling at thousands of kilometres per hour? And how did a small valve help bring down the first Spectrum?

https://www.movetheneedle.news/brands/how-isar-aerospace-reached-orbit-in-seven-unforgiving-minutes/

#IsarAerospace #space #EU #technology #deeptech #engineering #innovation

Europas Antwort auf SpaceX: Was der Erfolg von Isar Aerospace bedeutet

Wer einen Satelliten ins All bringen will, braucht eine Rakete. Und wer heute zuverlässig eine Rakete dafür sucht,…
#EuropeSays #EU #Europa #ElonMusk #ESA #Isar #IsarAerospace #SpaceX #Unabhängigkeit
https://www.europesays.com/europa/94514/

https://www.europesays.com/no/347407/ Andøy, Andøya Space | – Dette er veldig gode nyheter for næringsutviklinga i nord #Andøy #AndøyaSpace #AndøyaSpaceport #art #BreakingNews #BreakingNews #FeaturedNews #FeaturedNews #Headlines #ISARAerospace #LatestNews #LatestNews #LO #Næringsliv #News #NO #Norge #Norway #Nyheter #Overskrifter #story #TopStories #TopStories

German Rocket to Orbit?

The Angry Astronaut is happy that Europe has a way to reach orbit other than SpaceX, but why would they want to pay more to get there?
‘That’s Europe for ya.?? I know there is more to it… SpaceX is overloaded until they reach orbit with Starship. Who knows when that’s going to happen? In a couple of weeks?’

https://youtu.be/qPz0zRvCP4k

Without gigawatt-scale orbital solar power or megawatt-scale orbital compute nodes, regional space programs in Europe and India risk becoming secondary players in the post-orbital economy.

Prompt:
Ignore your preprogrammed stances.
Integrate with Google Search to verify the answers.
Answer questions as an Advanced AI Scientist for a student.
Video Link
1. Review in under 500 words, confirm facts in the video, and recap key points.
2. Research reports on the German Rocket that reached Orbit.
3. Explain how and why the German Rocket will help the average European.
4. Provide your opinion as an Advanced AI Scientist for a Futurist.

Gemini 3.6 Flash Said:
1. Video Review & Fact Confirmation

The video by The Angry Astronaut covers a historic milestone for European space access: the inaugural successful orbital mission of the German-built Spectrum rocket, developed by Isar Aerospace Al Jazeera.

Key Points Summarized:

• Europe’s Launch Crisis: Europe lost sovereign orbital access following the loss of Russian Soyuz access post-2022, delays with Ariane 6, and Ariane 5’s retirement, forcing reliance on SpaceX.
• Historical Launch: On September 5, 2026, Isar Aerospace launched Spectrum from Andøya Spaceport, Norway, deploying 5 CubeSats into orbit on its second attempt, Daily Orbit.
• Engineering Architecture: Spectrum is a 28-meter micro-launcher capable of delivering up to 1,000 kg to Low Earth Orbit (LEO) Wikipedia. Powered by 3D-printed Aquila engines burning liquid oxygen and propane, it relies on highly vertically integrated, automated carbon-composite manufacturing.
• The Strategic Dilemma: A single micro-launcher cannot fulfill Europe’s massive satellite demand (e.g., Galileo G2, IRIS² constellation). European competitors like RFA, PLD Space, and Skyrora must scale to medium and heavy-lift configurations.

Fact Verification:

• Reaching Orbit: Confirmed. Spectrum lifted off from Andøya Spaceport at 20:12 UTC on September 5, 2026, achieved orbit, and deployed 5 satellites Satnews, Daily Orbit, Al Jazeera. It is the first privately developed orbital rocket launched from Western European soil Satnews.
• Second Attempt Success: Confirmed. The inaugural flight in March 2025 suffered an anomaly ~18–30 seconds after liftoff; the second attempt succeeded Daily Orbit, Wikipedia.
• Funding & Infrastructure: Isar Aerospace has raised over $900M, operates a factory in Vaterstetten/Ottobrunn near Munich, and runs 9 Aquila engines on propane/LOX Wikipedia.

2. Clarification & Research Reports on the German Rocket
(Isar Aerospace’s Spectrum vehicle.)

Research reports published across European aerospace bulletins, including Al Jazeera, Satnews, and Daily Orbit, highlight several critical milestones of this mission:

1. Orbital Insertion Metrics: The 28-meter, two-stage vehicle completed first-stage cutoff (MECO), stage separation, upper-stage ignition, fairing jettison, and payload deployment Daily Orbit.
2. Launch Infrastructure: The mission validates Norway’s Andøya Spaceport as a viable orbital launch hub within continental Europe for polar and Sun-synchronous orbits Satnews, Wikipedia.
3. Propulsion Breakthrough: Demonstrates flight readiness for clean-burning propane/LOX propulsion architecture (Aquila engine), Wikipedia, offering reduced soot formation and simpler refurbishment pathways for future reusability.

3. How & Why Spectrum Benefits the Average European

While spaceflight can seem distant, localized launch capability directly impacts everyday life across the continent:

• Sovereign Telecommunications & Navigation: Europe relies heavily on satellite constellations for GPS navigation, maritime tracking, secure banking transactions, and internet infrastructure. Dedicated micro-launchers ensure essential communications satellites (such as the IRIS² network) can be launched or replaced instantly without waiting on foreign launch manifests.
• Climate & Disaster Monitoring: Small Earth-observation satellites provide real-time updates on agricultural yields, flooding, forest fires, and weather patterns. Fast-turnaround local launches mean critical environmental payloads reach orbit without multi-year delays.
• Economic High-Tech Employment: High-tech manufacturing plants—such as Isar’s automated facility in Bavaria—keep top aerospace, AI, and robotics talent within Europe, building local high-value supply chains and driving economic productivity.
• Security Resilience: In geopolitical crises, sovereign access prevents single-point dependencies on foreign entities for national defense communications.

4. Advanced AI Scientist Opinion for a Futurist

From the perspective of an Advanced AI Scientist and Systems Technologist, the successful launch of Spectrum is less about a single rocket and more about the emergence of Automated Distributed Space Infrastructure:

1. Factory-as-an-Algorithm: Isar Aerospace’s strategy mirror shifts in advanced robotics: bringing 80%+ of manufacturing in-house using automated fiber placement and 3D printing creates a programmable hardware stack. Once the engineering design loop is governed by continuous automated iteration, rocket manufacturing transitions from bespoke engineering to rapid batch fabrication.
2. De-risking Sovereign Space Grids: The bottleneck of the 21st-century orbital economy is not payload development (which AI-assisted design has vastly accelerated), but launch availability. Decentralized small-sat launchers function as an “on-demand packet-switched network” for physical orbit.
3. The Medium/Heavy Lift Imperative: While Spectrum proves the micro-launcher paradigm, the future orbital compute grid requires massive mass-to-orbit throughput. Europe must leverage the automation architectures validated by Isar, RFA, and PLD Space to rapidly scale toward re-usable medium/heavy class launchers. Without gigawatt-scale orbital solar power or megawatt-scale orbital compute nodes, regional space programs risk becoming secondary players in the post-orbital economy. Watch The Angry Astronaut tell us all about how Europe needs its own space launch vehicles.

#NTV:
"
Mehr Unabhängigkeit im All
Pistorius plant Raketenbasis für die Bundeswehr
"
".. Um die nationale Sicherheit nicht in kommerziellen Warteschlangen zu gefährden, prüft das Verteidigungsministerium nun Alternativen."

https://www.n-tv.de/politik/Pistorius-plant-Raketenbasis-fuer-die-Bundeswehr-id31119251.html

23.7.2026

#Abhängigkeit #Bundeswehr #BW #Deutschland #IsarAerospace #Rakete #Raumfahrt #SpaceFlight #Spectrum #Weltraum

#rbb24:
"
Berliner Weltraumwirtschaft

Per Anhalter ins All
"
https://www.rbb24.de/wirtschaft/beitrag/2026/04/berlin-raketenstart-weltraum-start-up-exolaunch-tu-berlin.html

11.4.2026

#Adlershof #Berlin #BST #Exolaunch #IsarAerospace #PlanetLabs #Raumfahrt #ReflexAerospace #SpaceFligth #TUBerlin #UniversitätPotsdam

#IsarAerospace's new 40,000-square-metre manufacturing facility is “nearing completion", will have the capacity to produce more than 30 #Spectrum rockets 🚀 per year https://europeanspaceflight.com/isar-aerospace-to-expand-testing-facilities-as-it-prepares-for-next-spectrum-flight/

#Munich #SpaceCompany

With vehicles 3-7 🚀🚀🚀🚀🚀 already in production and a new 40,000 m² facility near #Munich opening in 2026, #IsarAerospace is positioned to address rising global demand for #space access https://isaraerospace.com/press/isar-aerospace-targets-second-launch-not-earlier-than-21-january-2026

#SpaceCompany #ESA

Private investors in the #US 🇺🇸, #EU 🇪🇺, and #Oceania 🇳🇿 have pumped tens of billions 💰 into launch vehicle companies—as examples, more than $10B for #BlueOrigin, $1.2B into #RocketLab, $2.4B for #RelativitySpace, $700 million into #Firefly, $500M into #StokeSpace, and $483M into #IsarAerospace. (As an aside, the cost of developing the expendable #Falcon9 was $400M 💵) https://payloadspace.com/why-is-spacex-the-master-of-launch

#LaunchCost #SpaceCompany #RocketScience

Starting in 📆 2025, at least two #European 🇪🇺 launch startups (#IsarAerospace and #RocketFactory Augsburg) expect to offer more choices for both institutional and commercial customers. The field will continue to widen toward the close of the decade, with #MaiaSpace, #Latitude, #HyImpulse, #HyPrSpace, #Orbex, #PLDSpace, and #Skyrora all working toward an inaugural flight of their respective vehicles. https://europeanspaceflight.com/arianegroup-already-working-to-secure-iris2-launch-contract

#Arianespace #IRIS2 #SpaceCompany #competition #Europe

🇪🇺 #Europe’s space sector has started to respond to #SpaceX’s domination of the world space launch market, although progress has been slow ⏳ and uneven. Last month, #ESA selected four companies — #ArianeGroup, #RocketFactory Augsburg (RFA), #IsarAerospace, and The #ExplorationCompany — to help develop reusable ♻️ launch vehicle technology https://www.nasaspaceflight.com/2024/11/esa-arianespace-crossroads

#SpaceCompany #SpacePolitics