Drone Inspections

Elevating Inspections with Precision, Safety, and Efficiency.

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Our drone inspection services provide a fast, safe, and accurate way to assess assets and infrastructure across a variety of industries. Whether you need to inspect roofs, monitor construction progress, or conduct industrial equipment assessments, our advanced drone technology allows us to capture high-resolution data quickly and efficiently.

With years of experience and the latest drone inspection tools, we help you save time, reduce risk, and get the information you need to keep your projects moving forward. Our team of experts delivers reliable drone inspection services that are tailored to your specific needs, ensuring detailed and actionable results

Aerial view of a red tiled roof with multiple sections showing signs of damage and wear, including missing tiles, cracks, and moss growth, with some vents and a small gable window.

Drone Roof Inspections

Infrared thermal image of electronic circuit boards, showing heat distribution with bright yellow and orange indicating high heat and purple indicating cooler areas.

Infrared Drone Roof Inspection

Holland Productions - Roof Inspections - Hybrid Workflow of RGB and Thermal Imaging

ASTM 1153 - RGB + Infrared Scan

Holland Productions - Drone Inspections - Drone Photo of a Bridge that needs repair

Drone Bridge Inspection

Holland Productions - Drone Inspection - Thermal Image taken by Drone of damaged rooftop solar panels.

Solar Farm Drone Inspection

Aerial view of a cell tower with multiple antennas and electronic equipment mounted on the tower structure, situated in a rural area with dry grass and nearby buildings.

Drone Cell Tower Inspection

Drone Inspection FAQ’s

Buildings and facades, roofs, bridges, solar farms, cell towers, industrial plants, parking structures, and other infrastructure.
Cracks, spalling, efflorescence, failed sealants, moisture or heat-loss patterns (thermal), loose or displaced components, corrosion, missing fasteners, and general condition anomalies.
Typical standoff is 1–3 m for safety and sharpness. Tighter passes are possible after a site-specific hazard assessment and client approval.
Yes. We use radiometric thermal cameras for roof moisture screening, heat-loss mapping, and electrical or solar anomaly detection, scheduled for appropriate delta-T and solar loading.
High-resolution image sets, annotated defect logs with IDs, orthomosaic strips, PDF plan sheets, CSV tables, CAD or GIS or KMZ layers, and optional 3D context models.
Each item receives an ID, location, severity, notes, and photos. We can map IDs to your drawing set and export PDF or CSV and web viewer links.
Yes. We plan ground cordons, spotters or VOs, dynamic holds, and flight paths that avoid overflight of people. Work windows can be scheduled to minimize disruption.
Yes. We operate under Transport Canada RPAS rules, coordinate with NAV CANADA when required, and obtain site and municipal permissions.
We record image EXIF positions and can provide coordinates, level or bay references, and elevation notes. For survey-grade tie-ins, we align to your CRS.
We prefer dry conditions, stable winds near the structure, and even lighting (bright overcast is ideal). Thermal scans are timed for useful temperature differentials.
Most single-site inspections are delivered in 2–5 business days with an executive summary first, followed by full annotated sets.
Yes. Commercial aviation liability, documented SMS or hazard assessment, Transport Canada compliance, NAV CANADA coordination (when applicable), and on-site safety integration with your team.

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