Reflecting zones concentrate solar rays onto internal photovoltaic cells, reducing weight and wind resistance for autonomous station-keeping.
Segmented components reduce transport weight while dynamic reset bars enable rapid reconfiguration of multiple targets.
Direct motor coupling replaces complex springs and multiple gears, reducing vibrations and maintenance while controlling target trajectory.
Linear actuator adjusts spring pre-load via flexible transmission, resolving bulkiness and precision trade-offs in clay pigeon launchers.
Retractable rods resolve space constraints by allowing side-loading, increasing capacity without expanding the machine frame.
Rotatable target plate rotates upon impact to reveal high visibility hit indicators, eliminating manual resetting and long-range detection challenges.
A top cap assembly secures tendon pairs at the balloon envelope apex using a doubler plate structure.