Thermal diagnostics
Detect heat loss, moisture intrusion, and irregular temperature patterns across façades, roofs, and technical assets.
Inspecting critical structures is becoming more demanding: aging infrastructure, increasing safety requirements, difficult access conditions, and growing pressure to detect damage earlier and more reliably.
The IDAS Inspection Drone combines interchangeable sensor modules with fast aerial access for bridge assessments, façade inspections, thermal diagnostics, crack detection, and recurring structural monitoring.
Request a briefOne modular drone platform supports multiple inspection workflows by switching sensor payloads instead of changing the entire system.
Detect heat loss, moisture intrusion, and irregular temperature patterns across façades, roofs, and technical assets.
Capture detailed visual data for surface defects, material degradation, and hard-to-reach structural details.
Inspect bridges and critical structures with repeatable workflows and safer access from the air.
The IDAS Inspection Drone is designed as a flexible sensing platform. By changing sensor payloads, the system can be adapted to different inspection scenarios, asset classes, and data requirements.
Typical inspection applications include, but are not limited to:
Bridges and critical infrastructure require regular inspection to identify wear, structural defects, corrosion, and surface damage at an early stage. Traditional inspection methods can be disruptive, labor-intensive, and costly – especially when access is limited.
The IDAS Inspection Drone enables a more efficient and flexible inspection workflow:
Undersides, supports, joints, edges, and difficult-to-reach sections can be inspected quickly without extensive setup of scaffolding or access equipment.
Detailed aerial inspection data supports early identification of visible damage patterns and improves documentation for maintenance planning.
Standardized inspection routes and modular sensor integration enable recurring assessments and comparison of structural changes over time.
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Challenge: Many building and infrastructure issues are not immediately visible to the naked eye. Heat loss, moisture intrusion, insulation defects, and hidden material failures often require specialized sensing to be detected reliably.
The IDAS Inspection Drone can be equipped with thermal imaging sensors to support advanced diagnostics:
Thermal imaging supports the identification of heat loss, insulation weaknesses, moisture-related issues, and irregular temperature patterns across buildings and technical assets.
Large surfaces can be scanned quickly from the air, enabling targeted evaluation of thermal performance and potential damage zones.
Sensor-based diagnostics provide actionable data for prioritizing repairs, planning interventions, and reducing unnecessary manual inspection work.
Repeated thermal inspections can support long-term condition tracking and validation of repair or refurbishment measures.
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Application: High-resolution visual sensors can be used to identify cracks, surface defects, material degradation, and other visible signs of structural wear on façades, walls, and engineered structures.
Application: The platform can support inspection workflows in industrial facilities, storage sites, production plants, and technical infrastructure where access is limited or inspections must be carried out efficiently and repeatedly.
Application: The core strength of the IDAS Inspection Drone lies in its modularity. Sensor packages can be exchanged depending on the mission – enabling one drone platform to perform visual inspection, thermal diagnostics, structural monitoring, and other sensor-based tasks with minimal reconfiguration effort.
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