Drone Inspection Technology. Unmatched Clarity.

Radiometric thermal sensors (640x512) capture absolute temperature data for every pixel. Essential for detecting roof moisture, solar panel anomalies, electrical hot spots, and building envelope failures.

• • ≤50 mK thermal sensitivity (NETD) for early-stage anomaly detection
• • Custom emissivity and reflected temperature calibration
• • Isotherm mapping, dynamic palettes, and per-pixel temperature export

Triple-payload optical systems pairing a 48MP wide-angle camera with medium-tele and long-reach telephoto sensors. Used to inspect tower connections, bridge structures, wind turbine blades, and high-voltage equipment from safe standoff distances.

• • 48MP wide-angle for orthomosaic mapping and high-detail capture
• • Hybrid telephoto zoom for close-detail imagery from 100m+ standoff
• • Mechanical shutter for distortion-free survey-grade imagery

Onboard laser rangefinder geo-tags every measured point with precise distance and absolute coordinates. Critical for accurately locating defects on towers, blades, and structures without relying on GPS estimation alone.

• • Long-range distance measurement to inspection targets
• • Geo-tagging of defects with absolute coordinates
• • Safer standoff inspection of energized and elevated assets

Real-Time Kinematic (RTK) positioning provides centimeter-level absolute accuracy, ideal for stockpile volumetrics, construction progress mapping, and survey-grade orthomosaics — with or without ground control points.

• • Centimeter-level absolute X, Y, Z accuracy with RTK
• • High-density 3D point clouds and digital surface models
• • Repeatable flight plans for site-over-time comparisons