Our Vision
Accelerating humanity into its next frontier.
We wonder, We build.
Mission
To open the frontiers of flight and space by understanding their environments and building the hardware that operates reliably in them.
Every expansion of human reach has been limited by how well engineers understood the conditions their hardware would face. At the edges of flight and space, much of that understanding is still an estimate, so engineers compensate with heavier designs and years of testing, and a new material can take five to fifteen years to be approved for use.
Starborne studies these environments to reveal how they behave, and builds hardware that operates reliably within them, from airframes for high-speed flight to the structures on which a permanent presence on the Moon will depend.
What we are doing
The next frontier in flight and space will be built out of materials at their limit.
Launch is no longer the bottleneck. Reusable rockets made getting to orbit routine, and the constraint quietly moved somewhere less visible, into the hardware itself and whether it can be built to survive where it is going.
Every infrastructure era has had a materials problem underneath it. The railroads did not run on ambition, they ran on steel, and the same steel went into the rails, the bridges, the pipelines and the terminals. Whoever solved steel set the pace for everyone building on top of it.
Flight and space have reached that point, and the problem shows up in places that look unrelated to each other. A vehicle holding Mach 10 through the atmosphere. A structure in very low Earth orbit, where atomic oxygen quietly eats anything conventional. A lunar surface that swings three hundred degrees between day and night. A capsule coming back from the Moon faster than any commercial vehicle has flown. Four industries on paper, and one engineering problem underneath.
That problem is the one Starborne is built to solve.
Where the constraint livesFounder
Suyash Tandon, PhD
Founder and Chief Executive Officer
Suyash Tandon trained as a production engineer before he trained as a scientist. His undergraduate work put an FMEA program into a live production line and lifted daily output by forty percent, and he spent the decade afterwards traveling in the opposite direction, from the factory floor into the models that describe it. A PhD at the University of Michigan in mechanical engineering and scientific computing took him deep into fluid mechanics and computational fluid dynamics, and from there into exascale GPU work at AMD.
The years since have been spent building hardware for environments that do not forgive. At Blue Origin he led the thermal and fluid systems on a $35M NASA lunar reactor program and carried it through critical design review. At Reditus Space he was chief engineer for hypersonic reentry vehicles, building the program from scratch. He now leads reentry and demise engineering at Amazon Leo. Across various experiences, Suyash has lived the design-to-build gap.
Get in touch
Start a conversation
We are actively talking with defense and civil space program offices, prime contractors, university research groups, and investors working on long-horizon hardware.