Thanks for the great update!
Xenia Onatopp 🇷🇺🇮🇷
@XeniaOnatopp@nicecrew.digital
Born in Russia to Armenian & Iranian parents, raised on the steppes of Kazakhstan, ended up here in the US.
Wife to @CliffSecord , mother & devout Russian Orthodox. Former Orbital Flight Dynamicist, now homeschooling children. Recently told multiple times that I resemble Tifa Lockhart. Licensed Private Pilot and the MENA baddie your rabbi warned you about.
Death to Israel
Wife to @CliffSecord , mother & devout Russian Orthodox. Former Orbital Flight Dynamicist, now homeschooling children. Recently told multiple times that I resemble Tifa Lockhart. Licensed Private Pilot and the MENA baddie your rabbi warned you about.
Death to Israel
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Yeap. A lot of energy to get them up there to the needed orbital velocity, then a lot of energy to get them on course (orbital maneuvering is extremely expensive from a fuel consumption standpoint), then there is the energy required to de-orbit them towards their target. Then there is the time factor for all of this setup; hours at a minimum, if not days to deliver a ballistic rod onto a target. Given current intelligence capabilities, the enemy would see something like that coming far in advance.
Orbital simulators like Orbiter 2024 can offer a glimpse at the complexities involved. The de-orbit is the easy part, but the rest would be a bear.
Hypersonics, at the end of the day, are cheaper to produce and quicker to deploy.
Orbital simulators like Orbiter 2024 can offer a glimpse at the complexities involved. The de-orbit is the easy part, but the rest would be a bear.
Hypersonics, at the end of the day, are cheaper to produce and quicker to deploy.