The Textron Systems Aerosonde is a field-proven expeditionary uncrewed aircraft family for multi-mission intelligence, surveillance, reconnaissance, communications relay, and signals intelligence. Its product boundary spans the fixed-wing Mk. 4.7 and runway-independent HQ/VTOL configurations, with shipboard and constrained-land launch-and-recovery systems supporting operations across land and sea without collapsing their distinct variant performance into one family specification. Earlier Aerosonde research configurations also had a civil meteorology role. NOAA documents deployments into Tropical Storm Ophelia in 2005 and Noel in 2007; the Noel experiment paired the uncrewed probe with a crewed NOAA research aircraft to collect observations at different atmospheric levels. NASA's archived Earth-science catalog identifies a Mk. 4.3 Aerosonde research platform, distinct from the later Mk. 4.7 and Mk. 4.8 configurations.
Future launches and major activity directly linked to this vehicle family.
The Textron Systems Aerosonde is a field-proven expeditionary uncrewed aircraft family for multi-mission intelligence, surveillance, reconnaissance, communications relay, and signals intelligence. Its product boundary spans the fixed-wing Mk. 4.7 and runway-independent HQ/VTOL configurations, with shipboard and constrained-land launch-and-recovery systems supporting operations across land and sea without collapsing their distinct variant performance into one family specification. Earlier Aerosonde research configurations also had a civil meteorology role. NOAA documents deployments into Tropical Storm Ophelia in 2005 and Noel in 2007; the Noel experiment paired the uncrewed probe with a crewed NOAA research aircraft to collect observations at different atmospheric levels. NASA's archived Earth-science catalog identifies a Mk. 4.3 Aerosonde research platform, distinct from the later Mk. 4.7 and Mk. 4.8 configurations.
Future launches and major activity directly linked to this vehicle family.