01 / Deployable apertures
Space Systems
Compact high-gain reflector concepts for spacecraft, orbital platforms, and exploration missions.
Start a conversation Innovative apertures · Expanded possibilities Engineered for
Engineered for
what's next.
Advanced spherical reflector antenna technologies for connected, resilient missions across space and ground.
DefenseSpaceCommunications
01 / Our capabilitiesMission-focused
Mission-focused
antenna innovation.
Innovative RF technology designed to address the constraints of modern communication and sensing systems.
02 / Multi-orbit connectivity
Ground Systems
Spherical reflector antenna systems for wide-angle coverage and responsive satellite tracking.
Start a conversation03 / Emerging applications
Advanced Sensing
Exploring novel RF architectures for communications, sensing, and demanding mission environments.
Start a conversation02 / The technologyA different geometry.
A different geometry.
New possibilities.
FreeFall’s spherical reflector architecture creates new opportunities for wide-angle coverage and beam steering while reducing dependence on large moving reflector structures.
Wide field of viewLow SWaP potentialReduced mechanical complexityFlexible mission architectures
Explore potential applications ↗03 / Mission applications
Built for demanding environments.
National Defense
Resilient communications and sensing in critical operating environments.
Space & Exploration
Compact antenna architectures for missions where mass and volume matter.
Global Connectivity
Flexible infrastructure for satellite networks and remote communications.
04 / FreeFall AerospaceInventive thinking.
Inventive thinking.
Real-world engineering.
Founded on high-frequency radio astronomy research at the University of Arizona, FreeFall develops antenna innovations for the evolving needs of industry and government.
Read our story ↗Let's connectAdvance your mission
Contact our team ↗Advance your mission
with FreeFall.
Discuss mission requirements, technology, and partnership opportunities.