DroneLens provides autonomous drone inspections for aircraft, cutting inspection time from eight hours to under one hour while delivering 90–95% defect detection accuracy through AI-powered computer vision.
Funding
Funding not disclosed
Founders
Product
Problem
Aircraft maintenance inspections rely on manual visual checks performed by technicians at dangerous heights, leading to high safety risks, human error, and lengthy inspection times that can cause costly aircraft downtime.
Solution
DroneLens offers an autonomous drone system equipped with high‑resolution imaging and AI‑powered computer‑vision analysis to inspect the full airframe of aircraft in under one hour. The drones follow pre‑programmed flight paths, capture thousands of images, and detect cracks, peeling, and missing components with 90–95% accuracy validated by peer‑reviewed research. Detected defects are automatically tagged by severity, annotated, and compiled into a structured report that includes 3D location data, enabling maintenance teams to prioritize repairs quickly. The platform eliminates the need for technicians to work at height, reducing safety hazards and minimizing human‑error‑related inspection gaps. By accelerating the inspection process, airlines can reduce downtime and avoid the high financial impact of prolonged ground time.
Target Audience
Primary customers are commercial airlines, aircraft maintenance, repair and overhaul (MRO) providers, and aviation safety regulators that require fast, accurate, and safe aircraft inspections.
Features
- Proprietary cage‑frame drone designed for confined hangars and tight aircraft geometry
- Autonomous flight planning that provides full airframe coverage in under one hour
- Real‑time AI defect detection using computer vision with 90–95% accuracy for cracks, peeling, and missing parts
- Structured, severity‑tagged inspection reports with annotated images and 3D defect location data
- Patent‑pending ultrasonic sub‑surface inspection capability for detecting hidden defects
- Remote operation eliminates human exposure to high‑risk access areas, achieving up to 99% risk reduction