Terran Orbital Corporation’s Post

🚀 Dive into the intricacies of spacecraft design with #SBQ402! Learn about spacecraft buses, payloads, and manufacturing. Enroll now and start your journey exploring spacecraft fundamentals! ✨ #SpaceBiz #ProfessionalDevelopment https://ow.ly/Nycm50QHQxj

🌌 Dive into spacecraft fundamentals in SBQ402! Learn lifetimes, manufacturing & payloads for effective space business management. Enroll now! #SpaceBiz #SBQ402 https://ow.ly/SZOo50QHQTX

We always find a way! Sometimes it just takes years, Sometimes we are just stubborn. There are nearly 30,000 pieces—and includes only the pieces that are trackable In-space servicing, assembly and manufacturing (ISAM) capabilities are needed now to surpass throwaway mentalities when considering spacecraft and satellite lifecycles — this paradigm shift will enable the in-space environment to continue expanding 🌐 https://lnkd.in/e5SDWKFK 🌐 Video source: https://lnkd.in/eJ6nHSnB #SpaceDebris #SpaceSustainability #cubesats #cubesat #spacetechnology #newspace

🌌 Explore spacecraft fundamentals in SBQ402! Master lifetimes, manufacturing & payloads for success in space business. Enroll now! #SpaceBiz #SBQ402 #Space #ProfessionalDevelopment https://ow.ly/X7at50QHQIR

Stop by and say hi👋 to the team at Space Symposium booth 114! Learn more about our upcoming webinar and what's new in spacecraft thermal control. #spacesymposium24 #thermalmanagement #heattransfer

There is a strong parallel here in the entry barriers for digitalised automated GMP Quality Verification. Pharma data systems, whether in house or proprietary all work differently. If only we could work towards standardised digital data architectures? #watchthisspace

🌌 Delve into spacecraft fundamentals in #SBQ402! Master lifetimes, manufacturing & payloads for success in #SpaceBusiness. Enroll today! #ProfessionalDevelopment #SpaceBiz https://lnkd.in/ehgxWhcW

The Purpose Of Reaction Control Systems On Spacecraft Learn more and read the full, in-depth article by following the link below: https://lnkd.in/d_4U3Y5G

There is always a balance to be struck, such as manual override switches or functions that are needed that are hardwired if your GUI goes blue screen or blank, regardless of the Flight Computer redundancy or the levels of radiation it may have been tested to. There is much to be encountered in these Moon and Mars exploration missions, we best be prepared for any and all eventualities out there. Space exploration is unforgiving and with so many new comers some of the old lessons may have not have been addressed or covered. I for one will go with the level the Orion Space Capsule currently has and the configuration of the displays from Honeywell to allow us to program for any direct functionality if needed. Look at how screens on military aircraft or within industrial/hazardous operations complex, like a refinery or mining, are used and their fallbacks if a redundant architecture fails. Recovery from some events maybe a couple of seconds or less with little time to wait for a computer driving the displays to reboot. Just think of the times we have had to command in the blind to recover vehicle functions when telemetry or 1553 Bus data was not available to the ground.

🚀 Discover how spacecraft stay connected and learn about the practical and theoretical limits of communication links in SBQ403! Enroll now to explore the fundamentals of space communication! 🛰️💡 #SpaceFundamentals #SBQ403 https://ow.ly/qhlk50QHgjw