DefenseVTOL: 군용 전투 VTOL 및 초고생존성 비행 아키텍처

DefenseVTOL Tactical Combat Aircraft Survivability Architecture

Ballistic-tolerant distributed propulsion, low-observable acoustic shaping, and multi-mission bay

Central System: Combat Flight Controller - High-Survivability Fly-by-Wire Core

Aviation Architecture Nodes

• Ballistic-Tolerant Distributed Rotors
• Self-Sealing High-Density Battery Armor
• Acoustic & Thermal Signature Suppressor
• Multi-Mission Tactical Payload Bay
• Tactical Terrain-Masked Autonav Core

Architectural Layers & Protocol Stacks

• Ballistic Tolerance & Damage Containment (Armored Kevlar/Dyneema Enclosures / Redundant Wiring): Surviving direct hits from 7.62mm and 12.7mm small-arms fire without catastrophic loss of flight control.
• Low-Observable Acoustic & Infrared Shaping (Toroidal Low-Noise Blades / Infrared Heat Suppressors): Eliminating distinct helicopter acoustic signatures, enabling undetected tactical ingress to within 500 meters.
• Nap-of-the-Earth (NOE) Autonomous Navigation (LiDAR Terrain Following / 3D Canopy Avoidance): Flying at tree-top level (under 50 feet AGL) at 200 km/h to evade enemy long-range surface-to-air radar.
• Expeditionary Maintenance & Rapid Turnaround (Field-Swappable LRU Modules / Common Fasteners): Permitting rapid motor and avionics module replacement in austere forward operating bases with standard hand tools.

Flight Telemetry Metrics: 12.7 mm (Small-Arms Ballistic Armor Tolerance) | < 65 dBA (Inaudible Ingress Beyond 500 Meters) | 50 ft AGL (Nap-of-the-Earth Flight Profile) | Dual-Rotor Loss (Controlled Landing Survivability)