Using optical power beaming, the Star Catcher Network transmits concentrated solar energy directly to satellites’ existing solar arrays. Scale your available power by up to 10x with no hardware modifications required.
Using optical power beaming, the Star Catcher Network transmits concentrated solar energy directly to satellites’ existing solar arrays. Scale your available power by up to 10x with no hardware modifications required.
Using optical power beaming, the Star Catcher Network transmits concentrated solar energy directly to satellites’ existing solar arrays.
Scale your available power by up to 10x with no hardware modifications required.
Star Catcher holds the world record for optical power beaming and launched the first mission to beam power between two free-flying spacecraft in October 2026.
Star Catcher holds the world record for optical power beaming and launched the first mission to beam power between two free-flying spacecraft in October 2026.
Like the terrestrial power grid enabled revolutions like 5G and AI, the Star Catcher Network is powering similar leaps in space connectivity, computing, national security, and more.
Like the terrestrial power grid enabled revolutions like 5G and AI, the Star Catcher Network is powering similar leaps in space connectivity, computing, national security, and more.
Power demand in space is outpacing what today's satellites can generate on their own. The same shared grid model that powered Earth's Industrial Revolution must now extend to orbit.
Power demand in space is outpacing what today's satellites can generate on their own. The same shared grid model that powered Earth's Industrial Revolution must now extend to orbit.
Space power demand is outpacing what satellites can generate alone. The shared grid that powered Earth's industrial revolution must now extend to orbit.
