Drone Inspection Technology. Unmatched Clarity.

Radiometric thermal sensors (640x512) preserve temperature data for every pixel. We use that data to identify and document thermal patterns that may warrant closer review.

• • ≤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 high-detail exterior documentation
• • Hybrid telephoto zoom for close-detail imagery from 100m+ standoff
• • Mechanical shutter for consistent imagery during motion

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

Our platforms can collect overlapping, position-tagged imagery for repeatable documentation. Processed mapping products require a defined and validated workflow, so we do not currently market thermal orthomosaics, 3D thermal models, or survey-grade photogrammetry as standard deliverables.

• • Repeatable image capture for progress and condition documentation
• • Project-specific processing scopes available after workflow review
• • Repeatable flight plans for site-over-time comparisons