AAVDelivery: 자율 비행 라스트마일 배송 및 도심형 드론 물류 플랫폼

AAVDelivery는 컴퓨터 비전 착륙 구역 검증, 제어된 윈치 투하 및 도심 마이크로 허브 네트워크 통합을 제공합니다.

AAVDelivery Precision Winch Drop & Urban Logistics Architecture

LiDAR obstacle scanner, active tether tension controller, and ground customer optical handshake

Central System: Cargo Flight Controller - Precision Winch & Drop-Zone Core

Aviation Architecture Nodes

  • Tethered Precision Winch Drum
  • Drop-Zone Optical & LiDAR Scanner
  • Tension-Sensing Smart Cargo Hook
  • Ground Customer Optical Handshake
  • Logistics Dispatch & ERP Router

Architectural Layers & Protocol Stacks

  • Autonomous Flight & Hover Positioning (RTK-GNSS / Optical Flow Hover Stabilization): Holding steady hover position at 15 meters altitude within +/- 5 cm in gusty wind conditions.
  • Computer Vision Drop-Zone Validation (Semantic Segmentation / Stereo Depth Point Clouds): Continuously verifying that the delivery yard is clear of moving hazards (dogs, people, garden equipment).
  • Smart Tether & Tension Control System (Active Servo Motor / Strain Gauge Tension Feedback): Lowering parcels smoothly at 2 m/s, sensing package touchdown, and releasing the latch within 200 ms.
  • Fleet Dispatch & Chain-of-Custody (Automated Logistics Hub / BLE Customer Pairing): Managing delivery queues, battery recharge docks, and customer signature confirmation.

Flight Telemetry Metrics: < 10 min (Last-Mile Delivery Window) | +/- 5 cm (Hover Precision with RTK-GNSS) | < 200 ms (Cargo Touchdown Release Latency) | FAA Part 135 (Certified Commercial Air Carrier)

자율비행체(AAV) 라스트마일 배송, 자동화 계류윈치 낙하 및 도시 소포물류

Authoritative technical engineering reference for autonomous aerial vehicle (aav) last-mile delivery, automated tethered winch drops & urban parcel logistics in FAA Part 135/27, DO-178C DAL A avionics software, DO-254 hardware, 4D trajectory deconfliction, and ASTM F3411 Remote ID.

Core Engineering Areas

Technical Publications

Related Cluster Architecture Specifications