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BeetleSat
Low earth orbit satellite constellations utilizing expandable antennas
Vitality Radar
Pillar Analysis
Strategic Assessment
Strategic Vector
BeetleSat is advancing a LEO Ka-band constellation with deployable antennas and intersatellite links to deliver secure, low-latency global connectivity for defense, mobility, and backhaul applications, targeting service commencement in 2026.
Efficiency Ratio
High innovation efficiency through low-capex smallsat technology yielding multi-Gbps throughput, though limited by modest funding and early-stage scaling.
Evidence Signals
Successful in-orbit deployment of 60 cm expandable Ka-band antenna from 6U CubeSat, proving proprietary technology viability.
View sourcePartnership with ARQUIMEA (largest shareholder) for manufacturing BeetleSat constellation satellites.
View sourceRaised $9.25M+ in funding, including $15M investment from ARQUIMEA in May 2022 and $3M Series A in 2016.
View sourceFCC filing in August 2024 for Ka-band LEO system of 344 nanosats named BeetleSat.
View sourceLaunched 2 prototype satellites, including NSLSat-1 in 2019 and another via SpaceX Falcon 9 in January 2023.
View sourceH&Z awarded procurement contract for managing BeetleSat mega-constellation.
View source- About
- Develops a low-earth orbit satellite constellation utilizing proprietary expandable Ka-band antennas for secure point-to-point communications. The space-based network provides high-throughput, low-latency beyond-line-of-sight connectivity for commercial and government applications.
- Relevancy
- Enables secure military communications, cellular backhaul for deployed forces, and tactical mobility services. Critical for defense applications requiring global connectivity in contested environments.
- Tags
- #satellite #communications #LEO #defense #connectivity #Ka-band #ISL #secure