The RETALT Final Workshop will be organized during the FAR2022 meeting in June 2022, see https://t.co/PKNKEzYB2d. The results of the project will be presented in several sessions, as well as in a the exhibition booth with wind tunnel models and a model of the landing legs.
Launcher designed ✅
Aero-thermodynamics investigated ✅
Flight dynamics and GNC validated ✅
Mechanisms and TPS developed ✅
Now we need to ensure the #Structures of the reusable launcher 🚀♻️ will withstand the thermal and mechanical loads 🔥🦾 for a safe flight mission.
For a safe flight back to earth ↗️↘️🌍 of a reusable launcher 🚀♻️👌, Aerodynamic Control Surfaces are required to control the descent trajectory, and these control surfaces are deployed and oriented thanks to complex and reliable #Mechanisms investigated in the @RETALTproject
The reusability ♻️ of a launcher strongly depends on the state in which it is recovered after a flight 🚀↗️↘️👌. The Thermal Protection System is therefore a key element in the design of a reusable launcher, and the characteristics of the TPS are studied 🧐🔥 in #RETALT project.
The two configurations 🚀 investigated will face very hot conditions 🔥 during re-entry or retro-propulsion maneuvers.
It's therefore crucial to know the thermal loads in order to properly design the TPS.
#Space#RETALT#Reusability#H2020#RetroPropulsion#Aerothermodynamics
Over 170 runs... Now you will see concrete things 🤩
Don't miss the movie 🎥 of the wind tunnel tests performed at German Aerospace Center (DLR), as part of the #aerodynamics topic investigated in the RETALT project.
Movie here ⬇️
https://t.co/KjaKBVrRKI
News to be announced!
Starting this week we will inform your about the progress in the project. Each week will cover a different research area we are investigating.
#RETALT#Reusability#H2020#RetroPropulsion