Inspections across industries serve one main purpose: identifying defects in equipment or structures. While manual inspections allow inspectors to visually spot issues as they happen, modern remote visual inspection tools like the Elios 2 are changing the game—bringing new challenges, especially when it comes to locating those defects accurately.
When an inspector is physically present at a site, they can clearly see and note where a defect is located. But with the use of indoor drones and remote inspection systems, the challenge becomes how to map and pinpoint defects without GPS or traditional positioning systems.
For example, after capturing video footage of a boiler using the Elios 2, determining the exact location of a defect can be tricky. Inspectors often rely on a mix of data points—like barometric readings, blueprints, reference points from the video, and more—to get a clearer picture. Even with all this, getting the precise location right can still be difficult.
DATA LOCALIZATION = BIG SAVINGS
Getting the location of a defect right can save time, money, and resources. If you have to cut into a structure or dig through soil to reach a problem area, being off by just a few feet could mean unnecessary effort and delays. In some cases, incorrect localization can lead to extended downtime, which translates directly into lost revenue.
Additionally, accurate data localization helps companies reduce scaffolding costs by placing equipment exactly where it's needed, avoiding wasted time and materials.
DATA LOCALIZATION ALSO MEANS HAPPY CUSTOMERS
Customers expect clear, detailed reports after an inspection. Without precise location data, they may feel unsatisfied or unsure about the quality of the service provided. A report that shows exactly where each defect is located gives them confidence and transparency.
Data localization also improves communication between teams. From inspectors and maintenance workers to scaffolders and managers, everyone benefits from having a shared visual reference. A 3D map makes it easier for non-experts to understand what’s wrong and where it needs fixing.
For instance, a scaffolder who isn’t familiar with the plant can quickly find the right spot to place their equipment. An operator can point to a specific area on the map and clearly communicate repair needs to the team.
HOW INSPECTOR 3.0 SOLVES THE DATA LOCALIZATION PROBLEM
That’s why data localization is so important—and why Flyability’s new software, Inspector 3.0, is making a big difference. This tool allows inspectors to create a 3D map of the asset they’ve inspected, showing the exact location of any defects found during the mission.
Inspector 3.0 is designed specifically for users of the Elios 2, making it easy to turn visual data into actionable insights. With its mapping features, you can mark Points of Interest during your flight and then visualize them in a 3D model after the mission.
Here’s how it works:
- Fly your inspection with the Elios 2 and collect visual data.
- Mark key areas (like defects) using the POI button on your remote controller.
- Use Inspector 3.0 to generate a 3D map showing the exact location of each defect.
And the best part? You don’t have to wait days for results. Inspector 3.0 creates a sparse 3D map in just 20–50 minutes, allowing you to show your client the findings on the same day.
"Inspector 3.0 is exactly what we needed—localized data. My clients have been asking for it for a long time. Now I can say, look, the issue is right here." – Thibault Chatillon, Innovation and Development Manager at Setec
If you're looking to improve accuracy, efficiency, and customer satisfaction, Inspector 3.0 is a game-changer. Learn more today and take your inspections to the next level.
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