EvtolRescue: eVTOL de Recherche et Sauvetage (SAR) et Systèmes de Treuillage

EvtolRescue High-Altitude & Maritime Search and Rescue Architecture

Active rescue hoist, 406 MHz emergency beacon homing receiver, and thermal FLIR turret

Central System: Rescue Mission Director - High-Altitude Hover & Hoist Controller

Aviation Architecture Nodes

• High-Capacity Variable-Speed Rescue Hoist
• 406 MHz COSPAS-SARSAT Homing Antenna
• Gyrostabilized Cooled Thermal FLIR Turret
• High-Altitude Aerodynamic Rotor Blade Assembly
• Maritime Rescue Coordination Center (MRCC)

Architectural Layers & Protocol Stacks

• Extreme High-Altitude Hover Performance (Over-Torque Electric Propulsion / Wide-Chord Blades): Executing stable hover out of ground effect (HOGE) at 14,000 feet altitude in thin mountain air and fierce downdrafts.
• Automated Active Rescue Hoist System (High-Speed Variable Winch / Active Cable Anti-Sway): Lowering rescue specialists to vertical cliff ledges and hoisting injured hikers smoothly at up to 1.5 m/s.
• Multi-Spectral Optical & Radio Homing (406 MHz COSPAS-SARSAT Receiver / MWIR Thermal FLIR): Locking onto emergency locator beacons (ELT/EPIRB) and locating hypothermic victims in dense timber or rough seas.
• Maritime SAR Drift Modeling & Search Grids (Monte Carlo Oceanic Current & Wind Drift Solver): Executing optimal expanding square and creeping line search patterns based on live ocean currents.

Flight Telemetry Metrics: 14,000 ft (Hover Out of Ground Effect (HOGE) Ceiling) | 300 kg (Rescue Hoist Lifting Capacity) | 406 MHz (Emergency Distress Beacon Homing) | < 0.05° (Hover Position Stability in 35-Knot Winds)