Space Intelligence retweeted
(1) After a few days delay the @SpaceX USSF-627 (R-5) mission blasts off from @SLDelta30 w/ booster B1103.7 (going to space for the 7th time!!!) WOW! Photos from Pasadena, Ca @PasadenaGov 11-11-26
Two small 500 N (112 lbf) thrusters designed to run on ethane and LOX.
Note the contrast between the tiny sea-level version and the vacuum variant with its large nozzle extension. Noyron automatically generates both from the same Computational Engineering Model for their respective design points.
This lets us hot-fire the sea-level variant first, before moving to a much more expensive test stand with a vacuum chamber.
Space Intelligence retweeted
Weekly static fire testing of our Cosmos engines continues at Hokkaido Spaceport LC0. Every run delivers crucial data to ensure performance and durability.
During our latest 60sec engine firing test, we took a drone up to capture a fresh perspective of the test stand in action.
Space Intelligence retweeted
Happening now at Wallops
@rocketlab appears to be conducting cryogenic testing on the Neutron thrust structure at LC-3
$RKLB
📸: me for @LaunchHeavenX
Watch Falcon 9 launch the USSF-627 mission from pad 4E in California xitter.twitterapi.xyz/i/broadcasts/2brkWyoln…
Space Intelligence retweeted
ExPace's Kuaizhou-11 Y10 looking ready for launch around 20:00 UTC.
Payload is probably AZSpace’s commercial station demo — DEAR-6 and DEAR-11 assembly.
Space Intelligence retweeted
Yet again, the Chopsticks have moved...back up the tower and hugging Booster 22 once more.
@LabPadre
Space Intelligence retweeted
100 launches, one incredible team.
We couldn't be prouder of the people who are making it possible with sheer determination, late nights, problem solving under pressure, and by showing up for each other for every single mission.
Hubble at work.
This non-Earth image captures the Hubble Space Telescope with its aperture door open.
Our attitude analysis reveals Hubble was pointing towards tile CLUTCH-TARGET-GC, part of the CLUTCH (COSMOS Legacy UV-Optical Treasury Campaign with Hubble) programme. Public records show that Hubble was observing its target at this time.
By combining close-up imagery with attitude analysis, HEO can reveal not just a spacecraft's configuration, but what it is doing.
Space Intelligence retweeted
4 of 4 - ‘Gone Fishing - Artemis Style’ – keeping a sense of humor and finding the joy that is in everything, is the way to make your way through stressing and challenging things. So what do you do when you make an emergency landing here on Earth, far from the recovery forces… and your spacecraft ends up in the upside-down? Go Fishing! Thanks to one of our @NASAArtemis team who brought the toy fishing poles, we were able to have a moment of fun for everyone that kept the stress levels low prior to focusing on the seriousness of the training we had to accomplish.
Space Intelligence retweeted
3 of 4 - With our egress path being out the docking hatch which is submerged underwater, we have to partially flood the capsule by opening and removing the docking hatch. As you can imagine, this is not a comfortable feeling letting water into the space which in real-life would be your only breathable air (in this case the trainer is not a sealed vessel). Then we have to take our survival kits, life raft and medical kits – make sure the equipment and crew are tethered together so we don’t get separated and then take a deep breath, drop out the bottom of our floating Orion, and swim up to our raft on the surface. Just another great day of training for @NASAArtemis III crew!
Space Intelligence retweeted
2 of 4 - In order to train for this deep contingency case where we are stuck upside-down and are not close to any of the recovery team that has the backup uprighting system, we train to get out underwater. The trainer (with us in it) is hoisted over the water and rolled to the upside-down position so we are hanging by our restraint straps. Then it is partially lowered into the water to the level we would expect it to be floating after a mission.
Space Intelligence retweeted
1 of 4 - What do you do when your @NASA_Orion spacecraft spashes down, turns upside down and cannot upright itself? @NASAJohnson Neutral Buoyancy Lab, we can train for that. First - @NASAArtemis III crew makes a plan, huddles up and then ingresses the Orion trainer capsule.
Space Intelligence retweeted
According to a Norwegian aviation notice, Isar Aerospace could launch its third Spectrum rocket as early as 26 November.
europeanspaceflight.com/isar…
Space Intelligence retweeted
In case you’re wondering, Blue Ring’s favorite acoustic input signal is Sabaton…
✅ Sound check: complete.
Launch is one of the most punishing environments a spacecraft will ever face. To make sure Blue Ring is ready, our team put the fully integrated vehicle through acoustic testing, blasting it with over 140 decibels of sound for two straight minutes.
Blue Ring passed, proving it can survive and operate through the harshest acoustic conditions of launch.
Space Intelligence retweeted
A rocket engine spends more time on a test bench than in flight. 🔢
Vinci's qualification: 148 tests, 52,156 seconds (14+ hrs), including 20 re-ignitions in one 300s run.
Real flight need: just 4 ignitions max.
Every flight engine gets tested again before it flies. 🚀
#RocketMakers #Civil #TestBench














































