Infrastructure de Vertiports Automatisés de Nouvelle Génération pour Flottes eVTOL

AAVPort optimise le refroidissement des batteries eVTOL, la surveillance acoustique et l'intégration aux systèmes de gestion du trafic urbain.

AAVPort Vertiport Automation Architecture

FATO Precision Guidance, Megawatt Charging Robotics, and Turnaround Management

Central System: Vertiport Operations Core - Turnaround & FATO Supervisor

Aviation Architecture Nodes

  • Optical/RTK FATO Guidance Array
  • Megawatt Robotic Charging Arm
  • Acoustic Noise Footprint Monitor
  • Microburst Lidar Profiler
  • UTM Surface Slot Coordinator

Architectural Layers & Protocol Stacks

  • Precision Terminal Approach Guidance (Dual RTK-GPS Base Stations / Optical Fiducial Vision / 100 Hz Laser Profiling): Multi-sensor fusion combining Dual-RTK GNSS, infrared optical markers, and laser rangefinders for centimeter-accurate touchdown.
  • Megawatt Fast-Charging Robotics (Megawatt Charging System (MCS) / IEC 61851-23 / CAN bus ISO 15118): Automated robotic arms executing high-voltage liquid-cooled DC interconnects, delivering up to 1.2 MW with continuous battery cell thermal telemetry.
  • Micro-Meteorological Threat Detection (Doppler Lidar Anemometer / Ultrasonic 3D Wind Sensors / Sonic SODAR): Continuous scanning of rooftop wind shear, building canyon vortex shedding, and sudden thermal updrafts.
  • Surface Trajectory & Turnaround Scheduling (A-SMGCS Surface Guidance / Automated Turnaround Optimization Solver): Dynamic scheduling of taxiway tugs, passenger boarding gates, pre-flight safety checks, and takeoff clearance coordination with regional UTM.

Flight Telemetry Metrics: < 3 cm (FATO Touchdown Precision) | 1.2 MW (Peak Robotic Charging Power) | 8 min (Average eVTOL Turnaround Time) | 40+ (Hourly Operations Per Pad)

Débloquer des terminaux de mobilité aérienne urbaine à haut débit

Traditional heliports lack the acoustic dampening, automated charging robotics, and multi-gate throughput required for commercial air taxi scale. AAVPort standardizes high-speed turnaround operations with automated battery thermal monitoring, laser docking sensors, and micro-weather wind profiling.

Core Engineering Areas

Technical Publications

Related Cluster Architecture Specifications