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I believe you're thinking about their initial application. They've updated it [0] to an altitude of 550km, so atmospheric drag should still de-orbit broken sate
by tsuraan 8y ago
I believe you're thinking about their initial application. They've updated it [0] to an altitude of 550km, so atmospheric drag should still de-orbit broken satellites fairly promptly.
[0] - <https://fcc.report/IBFS/SAT-MOD-20181108-00083> https://fcc.report/IBFS/SAT-MOD-20181108-00083>
- dr_orpheus 8y agoThank you, I was thinking about their initial application. Yes, de-orbit times from 550 km are on the order of years to possibly tens of years. The requirement from the FCC is to deorbit your satellite within 25 years after the end of mission. Edit: Their most recent application only moved the Phase 1 satellites in to the lower orbit. In later phases they are still planning on having more than 1000 satellites at the higher orbital altitude.
- stcredzero 8y agoYes, de-orbit times from 550 km are on the order of years to possibly tens of years. So it wouldn't stop progress for a century, but might it put a damper on things on the same scale as the Great Depression?