Commercial remote sensing companies are deploying test satellites into Very Low Earth Orbit (VLEO) altitudes between 200 km and 300 km. Operating in this regime significantly reduces atmospheric path distortion and improves ground sample distance (GSD) capabilities without requiring massive optical assemblies.
Technical Hurdles
VLEO deployment presents severe aerodynamic drag and atomic oxygen degradation issues. Operators are implementing electric propulsion systems utilizing iodine or xenon propellants to maintain orbital station-keeping against atmospheric decay.
Commercial Implications
Sub-10 cm spatial resolution capabilities enable real-time infrastructure monitoring, precision agriculture analytics, and defence sector intelligence gathering. Capital expenditure requirements per satellite are offset by reduced launch mass requirements.