#nebula1 — Public Fediverse posts

Maiden flights 🚀 2026

🇨🇳 #Ceres2 ❌
🇫🇷 #Ariane64 ✅
🇨🇳 #Kinetica2 ✅
🇨🇳 #Tianlong3 ❌
🇷🇺 #Irtysh (Soyuz 5) ✅
🇺🇸 #Starship Block 3 ✅ ❌
🇨🇳 #LongMarch12B ✅
🇯🇵 #H330S ✅
🇮🇳 #Vikram1 ⏱️
🇨🇳 #Zhihang1 ⏳
🇰🇷 #SolidfuelSLV ⏳
🇨🇳 #Nebula1 ⏳
🇨🇳 #LongMarch10B ⏱️
🇩🇪 #Spectrum ⏱️
🇩🇪 #RFAOne ⏳
🇨🇳 #LongMarch10A ⏳
🇮🇳 #HLVM3 ⏳
🇺🇸 #TerranR ⏳
🇺🇸 #Neutron ⏳
🇨🇳 #Yuanxingzhe1 ⏳
🇯🇵 #EpsilonS ⏳
🇨🇳 #Hyperbola3 ⏳
🇧🇷 #MicrolançadorBrasileiro ⏳
🇨🇳 #Pallas1 ⏳
🇮🇳 #Agnibaan ⏳
🇪🇸 #Miura5 ⏳
🇺🇸 #Nova ⏳

https://en.wikipedia.org/wiki/2026_in_spaceflight#Maiden_flights

Upcoming https://nextspaceflight.com/launches/

Maiden flights 🚀 2026

🇨🇳 #Ceres2 ❌
🇫🇷 #Ariane64 ✅
🇨🇳 #Kinetica2 ✅
🇨🇳 #Tianlong3 ❌
🇷🇺 #Irtysh (Soyuz 5) ✅
🇺🇸 #Starship Block 3 ✅ ❌
🇨🇳 #LongMarch12B ✅
🇯🇵 #H330S ✅
🇮🇳 #Vikram1 ⏱️
🇨🇳 #Zhihang1 ⏳
🇰🇷 #SolidfuelSLV ⏳
🇨🇳 #Nebula1 ⏳
🇨🇳 #LongMarch10B ⏱️
🇩🇪 #Spectrum ⏱️
🇩🇪 #RFAOne ⏳
🇨🇳 #LongMarch10A ⏳
🇮🇳 #HLVM3 ⏳
🇺🇸 #TerranR ⏳
🇺🇸 #Neutron ⏳
🇨🇳 #Yuanxingzhe1 ⏳
🇯🇵 #EpsilonS ⏳
🇨🇳 #Hyperbola3 ⏳
🇧🇷 #MicrolançadorBrasileiro ⏳
🇨🇳 #Pallas1 ⏳
🇮🇳 #Agnibaan ⏳
🇪🇸 #Miura5 ⏳
🇺🇸 #Nova ⏳

https://en.wikipedia.org/wiki/2026_in_spaceflight#Maiden_flights

Upcoming https://nextspaceflight.com/launches/

Maiden flights 🚀 2026

🇨🇳 #Ceres2 ❌
🇫🇷 #Ariane64 ✅
🇨🇳 #Kinetica2 ✅
🇨🇳 #Tianlong3 ❌
🇷🇺 #Irtysh (Soyuz 5) ✅
🇺🇸 #Starship Block 3 ✅ ❌
🇨🇳 #LongMarch12B ✅
🇯🇵 #H330S ✅
🇮🇳 #Vikram1 ⏱️
🇨🇳 #Zhihang1 ⏳
🇰🇷 #SolidfuelSLV ⏳
🇨🇳 #Nebula1 ⏳
🇨🇳 #LongMarch10B ⏱️
🇩🇪 #Spectrum ⏱️
🇩🇪 #RFAOne ⏳
🇨🇳 #LongMarch10A ⏳
🇮🇳 #HLVM3 ⏳
🇺🇸 #TerranR ⏳
🇺🇸 #Neutron ⏳
🇨🇳 #Yuanxingzhe1 ⏳
🇯🇵 #EpsilonS ⏳
🇨🇳 #Hyperbola3 ⏳
🇧🇷 #MicrolançadorBrasileiro ⏳
🇨🇳 #Pallas1 ⏳
🇮🇳 #Agnibaan ⏳
🇪🇸 #Miura5 ⏳
🇺🇸 #Nova ⏳

https://en.wikipedia.org/wiki/2026_in_spaceflight#Maiden_flights

Upcoming https://nextspaceflight.com/launches/

Maiden flights 🚀 2026

🇨🇳 #Ceres2 ❌
🇫🇷 #Ariane64 ✅
🇨🇳 #Kinetica2 ✅
🇨🇳 #Tianlong3 ❌
🇷🇺 #Irtysh (Soyuz 5) ✅
🇺🇸 #Starship Block 3 ✅ ❌
🇨🇳 #LongMarch12B ✅
🇯🇵 #H330S ✅
🇮🇳 #Vikram1 ⏱️
🇨🇳 #Zhihang1 ⏳
🇰🇷 #SolidfuelSLV ⏳
🇨🇳 #Nebula1 ⏳
🇨🇳 #LongMarch10B ⏱️
🇩🇪 #Spectrum ⏱️
🇩🇪 #RFAOne ⏳
🇨🇳 #LongMarch10A ⏳
🇮🇳 #HLVM3 ⏳
🇺🇸 #TerranR ⏳
🇺🇸 #Neutron ⏳
🇨🇳 #Yuanxingzhe1 ⏳
🇯🇵 #EpsilonS ⏳
🇨🇳 #Hyperbola3 ⏳
🇧🇷 #MicrolançadorBrasileiro ⏳
🇨🇳 #Pallas1 ⏳
🇮🇳 #Agnibaan ⏳
🇪🇸 #Miura5 ⏳
🇺🇸 #Nova ⏳

https://en.wikipedia.org/wiki/2026_in_spaceflight#Maiden_flights

Upcoming https://nextspaceflight.com/launches/

Maiden flights 🚀 2026

🇨🇳 #Ceres2 ❌
🇫🇷 #Ariane64 ✅
🇨🇳 #Kinetica2 ✅
🇨🇳 #Tianlong3 ❌
🇷🇺 #Irtysh (Soyuz 5) ✅
🇺🇸 #Starship Block 3 ✅ ❌
🇨🇳 #LongMarch12B ✅
🇯🇵 #H330S ✅
🇮🇳 #Vikram1 ⏱️
🇨🇳 #Zhihang1 ⏳
🇰🇷 #SolidfuelSLV ⏳
🇨🇳 #Nebula1 ⏳
🇨🇳 #LongMarch10B ⏱️
🇩🇪 #Spectrum ⏱️
🇩🇪 #RFAOne ⏳
🇨🇳 #LongMarch10A ⏳
🇮🇳 #HLVM3 ⏳
🇺🇸 #TerranR ⏳
🇺🇸 #Neutron ⏳
🇨🇳 #Yuanxingzhe1 ⏳
🇯🇵 #EpsilonS ⏳
🇨🇳 #Hyperbola3 ⏳
🇧🇷 #MicrolançadorBrasileiro ⏳
🇨🇳 #Pallas1 ⏳
🇮🇳 #Agnibaan ⏳
🇪🇸 #Miura5 ⏳
🇺🇸 #Nova ⏳

https://en.wikipedia.org/wiki/2026_in_spaceflight#Maiden_flights

Upcoming https://nextspaceflight.com/launches/

🇨🇳 #Zhuque3's #payload capacity to #LEO will be 21,000 kilograms expendable, 18,300 kg when the first stage is recovered ♻️ downrange, 12,500 kg when returning to the launch site.

#Tianlong3 : 17,000 kg to #LEO, 14,000 kg to 500-km #SSO

#Ceres2 : 1,600 kg to 500-km #LEO, 1,300 kg to 500-km SSO

#Pallas1's three-core-stage : 30,000 kg to #LEO

#Nebula1's improved version 8,000 kg to #LEO

#Kinetica2 : 12,000 kg to #LEO, 7,800 kg to #SSO

#Hyperbola3 : 8,500 kg to LEO ♻️

https://spacenews.com/china-to-debut-new-long-march-and-commercial-rockets-in-2025/

🇨🇳 #Zhuque3's #payload capacity to #LEO will be 21,000 kilograms expendable, 18,300 kg when the first stage is recovered ♻️ downrange, 12,500 kg when returning to the launch site.

#Tianlong3 : 17,000 kg to #LEO, 14,000 kg to 500-km #SSO

#Ceres2 : 1,600 kg to 500-km #LEO, 1,300 kg to 500-km SSO

#Pallas1's three-core-stage : 30,000 kg to #LEO

#Nebula1's improved version 8,000 kg to #LEO

#Kinetica2 : 12,000 kg to #LEO, 7,800 kg to #SSO

#Hyperbola3 : 8,500 kg to LEO ♻️

https://spacenews.com/china-to-debut-new-long-march-and-commercial-rockets-in-2025/

🇨🇳 #Zhuque3's #payload capacity to #LEO will be 21,000 kilograms expendable, 18,300 kg when the first stage is recovered ♻️ downrange, 12,500 kg when returning to the launch site.

#Tianlong3 : 17,000 kg to #LEO, 14,000 kg to 500-km #SSO

#Ceres2 : 1,600 kg to 500-km #LEO, 1,300 kg to 500-km SSO

#Pallas1's three-core-stage : 30,000 kg to #LEO

#Nebula1's improved version 8,000 kg to #LEO

#Kinetica2 : 12,000 kg to #LEO, 7,800 kg to #SSO

#Hyperbola3 : 8,500 kg to LEO ♻️

https://spacenews.com/china-to-debut-new-long-march-and-commercial-rockets-in-2025/

🇨🇳 #Zhuque3's #payload capacity to #LEO will be 21,000 kilograms expendable, 18,300 kg when the first stage is recovered ♻️ downrange, 12,500 kg when returning to the launch site.

#Tianlong3 : 17,000 kg to #LEO, 14,000 kg to 500-km #SSO

#Ceres2 : 1,600 kg to 500-km #LEO, 1,300 kg to 500-km SSO

#Pallas1's three-core-stage : 30,000 kg to #LEO

#Nebula1's improved version 8,000 kg to #LEO

#Kinetica2 : 12,000 kg to #LEO, 7,800 kg to #SSO

#Hyperbola3 : 8,500 kg to LEO ♻️

https://spacenews.com/china-to-debut-new-long-march-and-commercial-rockets-in-2025/

🇨🇳 #Zhuque3's #payload capacity to #LEO will be 21,000 kilograms expendable, 18,300 kg when the first stage is recovered ♻️ downrange, 12,500 kg when returning to the launch site.

#Tianlong3 : 17,000 kg to #LEO, 14,000 kg to 500-km #SSO

#Ceres2 : 1,600 kg to 500-km #LEO, 1,300 kg to 500-km SSO

#Pallas1's three-core-stage : 30,000 kg to #LEO

#Nebula1's improved version 8,000 kg to #LEO

#Kinetica2 : 12,000 kg to #LEO, 7,800 kg to #SSO

#Hyperbola3 : 8,500 kg to LEO ♻️

https://spacenews.com/china-to-debut-new-long-march-and-commercial-rockets-in-2025/

Dramatisches Video: Chinesische Rakete #Nebula1 explodiert bei Landung. Startup Deep Blue Aerospace sieht Test trotzdem als Erfolg, da man zehn von elf Aufgaben erfüllt habe. #Raumfahrt #China https://winfuture.de/videos/Hardware/Drohne-filmt-spektakulaere-Explosion-der-Nebula-1-Rakete-bei-Landung-26693.html?utm_source=Mastodon&utm_medium=ManualStatus&utm_campaign=SocialMedia

Dramatisches Video: Chinesische Rakete #Nebula1 explodiert bei Landung. Startup Deep Blue Aerospace sieht Test trotzdem als Erfolg, da man zehn von elf Aufgaben erfüllt habe. #Raumfahrt #China https://winfuture.de/videos/Hardware/Drohne-filmt-spektakulaere-Explosion-der-Nebula-1-Rakete-bei-Landung-26693.html?utm_source=Mastodon&utm_medium=ManualStatus&utm_campaign=SocialMedia

Dramatisches Video: Chinesische Rakete #Nebula1 explodiert bei Landung. Startup Deep Blue Aerospace sieht Test trotzdem als Erfolg, da man zehn von elf Aufgaben erfüllt habe. #Raumfahrt #China https://winfuture.de/videos/Hardware/Drohne-filmt-spektakulaere-Explosion-der-Nebula-1-Rakete-bei-Landung-26693.html?utm_source=Mastodon&utm_medium=ManualStatus&utm_campaign=SocialMedia

Dramatisches Video: Chinesische Rakete #Nebula1 explodiert bei Landung. Startup Deep Blue Aerospace sieht Test trotzdem als Erfolg, da man zehn von elf Aufgaben erfüllt habe. #Raumfahrt #China https://winfuture.de/videos/Hardware/Drohne-filmt-spektakulaere-Explosion-der-Nebula-1-Rakete-bei-Landung-26693.html?utm_source=Mastodon&utm_medium=ManualStatus&utm_campaign=SocialMedia

Dramatisches Video: Chinesische Rakete #Nebula1 explodiert bei Landung. Startup Deep Blue Aerospace sieht Test trotzdem als Erfolg, da man zehn von elf Aufgaben erfüllt habe. #Raumfahrt #China https://winfuture.de/videos/Hardware/Drohne-filmt-spektakulaere-Explosion-der-Nebula-1-Rakete-bei-Landung-26693.html?utm_source=Mastodon&utm_medium=ManualStatus&utm_campaign=SocialMedia

🇨🇳 #DeepBlue Aerospace #Nebula1 landing https://arstechnica.com/space/2024/09/a-chinese-rocket-narrowly-missed-a-landing-on-sunday-the-video-is-amazing

#RocketScience #reusability #RUD #China #SpaceRace

🇨🇳 #DeepBlue Aerospace #Nebula1 landing https://arstechnica.com/space/2024/09/a-chinese-rocket-narrowly-missed-a-landing-on-sunday-the-video-is-amazing

#RocketScience #reusability #RUD #China #SpaceRace

🇨🇳 #DeepBlue Aerospace #Nebula1 landing https://arstechnica.com/space/2024/09/a-chinese-rocket-narrowly-missed-a-landing-on-sunday-the-video-is-amazing

#RocketScience #reusability #RUD #China #SpaceRace

🇨🇳 #DeepBlue Aerospace #Nebula1 landing https://arstechnica.com/space/2024/09/a-chinese-rocket-narrowly-missed-a-landing-on-sunday-the-video-is-amazing

#RocketScience #reusability #RUD #China #SpaceRace

🇨🇳 #DeepBlue Aerospace #Nebula1 landing https://arstechnica.com/space/2024/09/a-chinese-rocket-narrowly-missed-a-landing-on-sunday-the-video-is-amazing

#RocketScience #reusability #RUD #China #SpaceRace

🇨🇳 #DeepBlue Aerospace aims to conduct a 100-kilometer-level vertical takeoff, vertical landing (#VTVL) test with a #Nebula1 first stage https://spacenews.com/deep-blue-aerospace-secures-strategic-funding-landmark-vtvl-rocket-test-soon/

🇨🇳 #DeepBlue Aerospace aims to conduct a 100-kilometer-level vertical takeoff, vertical landing (#VTVL) test with a #Nebula1 first stage https://spacenews.com/deep-blue-aerospace-secures-strategic-funding-landmark-vtvl-rocket-test-soon/

🇨🇳 #DeepBlue Aerospace aims to conduct a 100-kilometer-level vertical takeoff, vertical landing (#VTVL) test with a #Nebula1 first stage https://spacenews.com/deep-blue-aerospace-secures-strategic-funding-landmark-vtvl-rocket-test-soon/

🇨🇳 #DeepBlue Aerospace aims to conduct a 100-kilometer-level vertical takeoff, vertical landing (#VTVL) test with a #Nebula1 first stage https://spacenews.com/deep-blue-aerospace-secures-strategic-funding-landmark-vtvl-rocket-test-soon/

🇨🇳 #DeepBlue Aerospace aims to conduct a 100-kilometer-level vertical takeoff, vertical landing (#VTVL) test with a #Nebula1 first stage https://spacenews.com/deep-blue-aerospace-secures-strategic-funding-landmark-vtvl-rocket-test-soon/