In our industry, missing or incorrectly fitted bolts can cause serious damage, even if such errors are rare. That is why it is good practice to have an AI system double-check the work after each assembly operation and record the results for future analysis. 04-May-2026
Our AI return on investment (ROI) tool helps you quantify and present the business case for implementing AI models such as those used in AI Visual MRO. It provides a quick assessment to support organisations evaluating the adoption of AI solutions. 04-May-2026
A comprehensive PowerPoint presentation covering all the information on this site, along with additional insights. Slide 10 includes an AI capability rating, from easy to difficult, giving a clear indication of the effort required to validate and deploy these AI models. 12-May-2026
AI Visual MRO uses deep learning to identify corrosion damage on aerospace components accurately and in real time, enabling the inspection and recognition of corroded areas on critical parts such as the fuselage, wings and engine components. 04-May-2026
The AI detects, counts, tracks and identifies the tiny airflow holes, then estimates the total mass airflow of this GE combustor head. If any area appears blocked, or one region of the combustor has a lower mass airflow, technical staff are alerted. This allows inspectors to identify and predict regions of reduced airflow, which run hotter and are more prone to wear. Contact us for more details. 06-April-2026
AI Visual MRO offers a cutting-edge approach to detecting dents on aerospace components. In this example, the AI detects dents and scratches on a CFM high-pressure compressor rotor module, complementing the visual inspection and supporting the accurate identification of damaged areas on critical aerospace parts. 02-May-2026
AI Visual MRO offers a cutting-edge approach to detecting dents, nicks and scratches on aerospace components. In this example, in addition to detecting nicks, dents and scratches, the AI also checks for missing or incorrectly sized bolts. The AI complements the visual inspection and supports the accurate identification of damage on critical aerospace parts. 02-May-2026
Detection of dents, scratches and other forms of foreign object damage (FOD) using AI. In this example, an AI model is deployed on an edge device (an Android device), enabling real-time visual inspection and alerting technical staff whenever an anomaly is detected. 06-May-2026
