Our Hardware

AeroDeflect uses advanced runway-installed technology to monitor aircraft wing deflection, landing impact, and structural stress in real time; without any modifications to the aircraft.

High-Speed Cameras: Capture rapid wing movements during landing and takeoff, ensuring even millisecond-level deflections are recorded. This data forms the foundation for accurate 3D modeling of wing behavior under stress.

LiDAR Sensors: Track the precise 3D position, angle, and motion of aircraft wings and landing gear. LiDAR provides millimeter-level accuracy and operates reliably in all lighting and weather conditions, allowing for consistent measurement of subtle structural movements.

Motion Sensors & Accelerometers: Measure landing impact forces, vibrations, and distributed loads across the wings. These readings enable the AI to calculate bending stress and cumulative fatigue, predicting maintenance needs and remaining wing lifespan.

Environmental Sensors: Record temperature, wind speed, and humidity during each landing. By factoring in these conditions, AeroDeflect ensures stress and fatigue predictions are accurate under real-world scenarios.

Data Transmission & Edge Computing Units: Preprocess and transmit data securely in real time to the AI platform. Edge computing reduces bandwidth needs by handling initial data processing locally, enabling immediate actionable insights for airlines.

Calibration & Maintenance Tools: Ensure sensors and cameras remain precisely aligned and fully functional. Routine calibration prevents drift in measurements, maintaining consistent, reliable performance over time.

This combination of hardware components allows AeroDeflect to deliver non-invasive, highly accurate structural insights, empowering airlines to optimize maintenance schedules, reduce unplanned downtime, and extend the life of their aircraft.