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Drone-based RGB inspections use high-resolution imagery to visually assess the condition of buildings, roofs, façades, and exterior structures. This approach allows for the safe and efficient identification of visible damage, deterioration, and maintenance issues, while documenting areas that may be difficult or unsafe to access from the ground.

Thermal inspections use infrared imaging technology to detect temperature variations that may indicate hidden issues such as moisture intrusion, insulation deficiencies, or electrical overheating. Both qualitative and quantitative thermography methods are applied depending on the inspection objectives, allowing the identification of abnormal thermal patterns as well as the measurement of temperature differences when required. This non-invasive approach helps detect problems early and supports mo

Water intrusion inspections help identify hidden moisture and potential leaks within roofs, walls, and building envelopes. Using infrared thermography and professional moisture detection instruments, we can locate areas affected by water infiltration without invasive methods. Early detection of moisture problems helps prevent structural damage, mold growth, and costly repairs.

Electrical panel inspections use infrared thermography to identify abnormal heat patterns that may indicate overloaded circuits, loose connections, or failing electrical components. Thermal imaging allows for a safe and non-invasive evaluation of electrical systems, helping detect potential issues before they develop into equipment failure or safety hazards.

Solar panel inspections use infrared thermography and high-resolution imagery to detect thermal anomalies that may indicate defective cells, connection issues, or underperforming modules. This technology allows for a fast and non-invasive evaluation of solar installations, helping identify performance issues and maintain optimal system efficiency.

Professional aerial video and photography provide dynamic perspectives that showcase properties, landscapes, and architectural features from above. High-resolution drone imagery captures unique angles and cinematic views that enhance visual presentation and support effective real estate marketing.

Drone flights conducted within the property boundaries capture unique aerial perspectives that highlight the layout, architecture, and surrounding features of the property. These controlled flights provide dynamic visuals that enhance real estate presentations and showcase the full character of the property.

Virtual tours allow potential buyers to explore a property remotely through interactive 360° imagery. This immersive experience showcases the layout, design, and flow of interior spaces, helping viewers better understand the property while enhancing real estate marketing and online listings.

Drone-based photogrammetry uses high-resolution aerial imagery to generate detailed orthomosaics and 3D models of buildings and structures. This technology allows precise visual documentation, measurement, and analysis of building exteriors, supporting condition assessments, maintenance planning, and engineering evaluations.

Drone-based photogrammetry uses high-resolution aerial imagery to generate detailed orthomosaics and 3D models of industrial facilities and infrastructure. This technology allows accurate visual documentation, measurement, and analysis of structures, equipment, and large installations, supporting maintenance planning, inspections, and engineering evaluations.

Drone-based photogrammetry uses high-resolution aerial imagery to generate detailed orthomosaics and 3D models of construction sites. This technology allows accurate site documentation, progress monitoring, measurements, and visual analysis to support project planning, engineering evaluations, and construction management.

Drone-based photogrammetry uses high-resolution aerial imagery to create detailed maps and models of agricultural fields. This technology supports crop monitoring, field analysis, and land assessment, providing valuable data to improve farm management and decision-making.