SpaceX is Moore’s Law for space - as cost per ton to orbit keeps getting lower, qualitatively different tech starts getting relevant.
- Space tourism: luxury zero G hotels, etc.
- Space construction: robots and materials for building large structures in space
- Mining operations
- Zero G manufacturing (I’m not expert but I understand it makes creating certain materials, semiconductors, biopolymers, etc much easier)
- Communications (every country wants to build their own Starlink now)
- Edge compute (once a billion people are serviced by Starlink-type comms, they need low latency access to stuff which should be colocated in space)
- Base building: moon base, Mars base. Every advanced country wants one, soon large corporates will want them too.
- Military operations (refuelling, cargo, surveillance, etc) - every advanced country needs lower cost access to this
- Next generations of existing tech - as cost per ton to orbit goes down, the appropriate tech for building stuff in space will change. Sort of like software radically changed as CPUs got faster. So eg satellites can start using heavier but cheaper or more performant materials.
Comments
SpaceX is Moore’s Law for space - as cost per ton to orbit keeps getting lower, qualitatively different tech starts getting relevant.
- Space tourism: luxury zero G hotels, etc.
- Space construction: robots and materials for building large structures in space
- Mining operations
- Zero G manufacturing (I’m not expert but I understand it makes creating certain materials, semiconductors, biopolymers, etc much easier)
- Communications (every country wants to build their own Starlink now)
- Edge compute (once a billion people are serviced by Starlink-type comms, they need low latency access to stuff which should be colocated in space)
- Base building: moon base, Mars base. Every advanced country wants one, soon large corporates will want them too.
- Military operations (refuelling, cargo, surveillance, etc) - every advanced country needs lower cost access to this
- Next generations of existing tech - as cost per ton to orbit goes down, the appropriate tech for building stuff in space will change. Sort of like software radically changed as CPUs got faster. So eg satellites can start using heavier but cheaper or more performant materials.