AeroEvac Sentinel
Autonomous Rapid Extraction for Vertical Environments
AeroEvac Sentinel
Autonomous Rapid Extraction for Vertical Environments

Executive Summary
The AeroEvac Sentinel is a compact, human-rated heavy-lift drone designed for emergency egress from structures exceeding 10 stories. To resolve extreme payload physics, the Sentinel underwent a radical redesign: engineers cut approximately 4462 g (a 90% mass reduction) from the chassis by utilizing a gossamer-thin aerogel and carbon-nanotube lattice. To guarantee safe descent with a human payload, the rotor thrust was simultaneously increased by 880% using disproportionately massive stacked coaxial rotors and auxiliary micro-turbines. It safely lowers a single occupant to a designated ground-level safe zone without requiring pilot input, serving as a 'break-glass' solution for high-rise survival.
Technical Specifications
| Airframe Mass | 495 g (Reduced by 4462 g / ~90% via Aerogel Lattice) |
| Propulsion System | Stacked Coaxial Rotors + Micro-Turbines (880% Thrust Increase) |
| Max Payload Capacity | 135 kg (297 lbs) |
| Flight Time | 12 minutes (High-Thrust Hover/Descent profile) |
| Guidance System | GPS-Denied SLAM (LiDAR + Optical Flow) |
| Deployment Time | < 45 seconds from storage to flight |
Manufacturing Analysis
Bill of Materials
| Component | Material | Cost |
|---|---|---|
| Ultra-lightweight Airframe (495g total) | Graphene-Aerogel & Carbon Nanotube Lattice | 14,500 USD |
| 880% Oversized High-Thrust Propulsion Units | Superconducting Stators / Micro-Jet Thrusters | 18,200 USD |
| Energy Storage | Solid-State Lithium Metal Battery Pack (22,000mAh) | 5,000 USD |
| Avionics & Compute | NVIDIA Jetson Orin Module + Custom PCB | 1,800 USD |
| Emergency Recovery | Pyrotechnic Ballistic Parachute System | 2,500 USD |
Refinements update specs + costs and generate new renders. Approve in Review to generate the full schematic suite.