Collect inspection data inside tanks, shafts and industrial indoor environments without unnecessary physical access.
Perfect-Drone performs indoor drone inspections using specialised systems such as the Flyability Elios 2 and Elios 3. These drones allow us to closely inspect tanks, shafts, technical rooms, service tunnels and other hard-to-reach indoor environments.
The collected imagery can be used directly by your own inspectors or technical department for further assessment, maintenance planning and reporting.
Indoor drone inspections: safe, efficient and purpose-built
Perfect-Drone performs indoor drone inspections in environments where conventional inspection methods are difficult, time-consuming or potentially hazardous. These include tanks, boilers, shafts, technical rooms, service tunnels, production installations and other confined spaces.
Using specialised indoor drones such as the Flyability Elios 2 and Elios 3, we can collect inspection data without requiring personnel to immediately enter the space. The Elios 3 can also collect LiDAR data for 3D scanning and spatial documentation and can be equipped with a thermal camera to detect temperature differences and abnormalities.
This helps reduce risks, minimise downtime and provide faster insight into the condition of a space or installation.
Indoor drones allow tanks, silos and other confined storage spaces to be inspected internally without immediately requiring scaffolding, rope access or physical entry. This makes it possible to collect visual inspection data from areas that would normally be difficult to access.
The drone can capture corrosion, contamination, cracking, deposits and other visible abnormalities. This provides faster insight into the condition of the space and helps support better planning of follow-up maintenance.
Indoor drones are particularly suitable for inspecting narrow, dark or difficult-to-access spaces such as shafts, service tunnels and technical installations. Where direct human access is difficult or unsafe, a drone can quickly perform an initial visual inspection.
This makes the method suitable for documenting existing conditions, identifying abnormalities and supporting maintenance or renovation decisions.
Within industrial environments, indoor drones can be deployed for inspections inside process installations, production areas, boilers, storage tanks and other complex indoor locations.
The drone captures imagery from inside the space, allowing wear, contamination and damage to be assessed more effectively. This helps make inspections safer and more efficient and can reduce unnecessary preparation or extended downtime.
Depending on the environment, indoor inspection data can also be used for further documentation, analysis and 3D registration. The Flyability Elios 3 is equipped with LiDAR-sensor, enabling both visual inspections and the creation of a 3D scan of the inspected space.
This provides a clearer overview of the indoor environment, accessibility and technical situation. The data can be valuable for inspections, maintenance preparation, spatial documentation and follow-up inspections.
Daarnaast kan de indoor drone ook worden ingezet met een thermal camera, zodat temperatuurverschillen, hotspots of andere thermische afwijkingen in dezelfde omgeving zichtbaar kunnen worden gemaakt.
With the Flyability Elios 3, indoor inspections can go beyond visual imagery alone. The drone can collect LiDAR data for 3D registration and can be equipped with a thermal camera to identify temperature differences and abnormalities.
The Elios 3 can also be equipped with a UT payload for ultrasonic thickness measurements on metal structures, tanks and installations. This allows difficult-to-reach measurement points to be captured safely and linked to their inspection location within the 3D model.
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