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Resources

Identifying the Statistically Most Concerning Conjunctions in LEO

Learn about the most dangerous objects in space in terms of collision risk, and how we identify these objects through statistical risk analyses.

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Data Sheet

LeoLabs Launch and Early Orbit Service

LeoLabs now offers payload tracking and identification support for newly launched missions.

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Data Sheet

LeoLabs Collision Avoidance Service

LeoLabs, the world's leading supplier of commercial tracking services for low Earth orbit (LEO), now offers tailored services for operational safety of flight.

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Data Sheet

LeoLabs Tracking and Monitoring Service

LeoLabs, the world’s premier supplier of commercial data for low Earth orbit, provides its Tracking and Monitoring service available to satellite operators worldwide.

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Whitepaper

Space debris measurements using the advanced modular incoherent scatter radar

The Advanced Modular Incoherent Scatter Radar (AMISR) is a modular, mobile UHF phased-array radar facility developed and used for scientific studies of the ionosphere.

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Whitepaper

Statistical covariance realism assessment of LeoLabs’ orbit determination system

We investigate the covariance realism of LeoLabs’ orbital ephemeris data and an applicable metric for consistency monitoring to improve reliability.

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Whitepaper

Space object attitude stability determined from radar cross-section statistics

We present a new method for estimating the attitude stability of low-Earth resident space objects (RSOs) using radar cross-section (RCS) statistics from LeoLabs’ global radar network.

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Whitepaper

Conjunction assessment for commercial satellite constellations using commercial radar data sources

For companies with multiple orbital assets, managing the risk of collision with other low-Earth orbit (LEO) Resident Space Objects (RSOs) can amount to a significant operational burden.

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Whitepaper

Space debris mapping services for use by LEO satellite operators

Space situational awareness (SSA) is key to mission success for satellites operating across all orbital regimes.

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