Kinetic launch system for small-satellite constellations to low Earth orbit
SpinLaunch operates a ground-based kinetic launch platform designed to deploy small-satellite constellations into low Earth orbit. The tech stack—MATLAB, Python, Solidworks, ANSYS, FEKO—reflects a hardware-forward aerospace engineering culture, with satellite communications payload work and 5G-to-non-terrestrial network adaptation pointing toward a vertically integrated satellite-constellation play. The team is senior-heavy (5 of 6 engineering hires at senior level), suggesting focus on deep technical problems rather than scaling headcount.
SpinLaunch develops a kinetic launch system intended to deploy small satellites into low Earth orbit with lower cost and higher launch cadence than conventional rocket-based providers. The company is actively building the Meridian LEO satellite constellation, including communications payloads, antenna technologies, and 5G radio access network systems adapted for non-terrestrial operation. Based in Long Beach, California, the 51–200-person organization is concentrated in engineering, with active hiring across the United States and United Kingdom.
SpinLaunch operates a ground-based kinetic launch system designed to deliver small-satellite constellations into low Earth orbit. The company is developing the Meridian LEO constellation with integrated 5G-compliant radio access networks and novel antenna technologies.
Core stack includes MATLAB, Python, Solidworks, ANSYS, and FEKO for simulation and design. The team also works with Kubernetes, ARM architecture, JTAG, and GDB for embedded systems development.
SpinLaunch has 6 active engineering roles, with recent openings in the United States and United Kingdom. The hiring mix is senior-focused (5 of 6 posted roles at senior level).
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