- HEP Roofing
- High-resolution Drone Imaging

High-resolution Drone Imaging
High-resolution Drone Imaging | Roof Inspections | Roofing | Hillsboro
When Hillsboro’s wind, rain, and summer sun put your shingles to the test, HEP brings clarity from above. Our high-resolution drone imaging captures every ridge, valley, and flashing in stunning detail, revealing issues that traditional binocular checks often miss. By eliminating ladders and guesswork, we deliver safer, faster, and more accurate roof inspections that fit neatly into your busy schedule.
Within hours of flight, you receive a comprehensive digital report complete with zoom-ready photos, thermal readings, and expert recommendations—so you can prioritize repairs before minor wear turns into major leaks. Whether you’re a homeowner safeguarding your investment or a property manager overseeing multiple buildings, HEP’s cutting-edge approach turns routine maintenance into a clear, actionable plan you can trust.
FAQs
Why should I choose a drone-based roof inspection instead of a traditional on-roof inspection?
High-resolution drones let us capture centimeter-level imagery and thermal data without stepping on your shingles. That means no ladders, no safety risk, and zero chance of causing extra damage to delicate roofing materials. A 20-minute flight covers the same area a crew might need two hours to walk, so you get faster results and significantly lower labor costs. In addition, the imagery is permanently archived, allowing you, your insurer, or a contractor to review the roof’s condition anytime without another site visit.
What kinds of problems can your Hillsboro drone inspections identify?
Our 48-megapixel cameras and optional radiometric thermal sensors detect missing or damaged shingles, lifted flashing, granule loss, ponding water, hail impacts as small as ¼ inch, soft spots on flat roofs, clogged gutters, and even early-stage moisture intrusion beneath membranes. The orthomosaic maps we produce highlight trouble areas to within ±1 cm, so your repair contractor knows exactly where to start.
Is using a drone for roof inspections legal and safe in Hillsboro?
Yes. We are FAA Part 107 certified, carry $2 million in aviation liability coverage, and obtain real-time LAANC authorization before flying inside Hillsboro Airport’s Class D airspace. Every mission includes a pre-flight risk assessment, automatic return-to-home programming, and propeller guards when operating near trees or power lines. The entire flight is logged and stored to prove the inspection was carried out in full regulatory compliance.
Will a drone inspection void my roof warranty or affect my insurance claim?
No. Because the drone never touches your roof, warranties stay intact and many insurers actually prefer drone documentation for claims. We provide date- and GPS-stamped photos plus a PDF report that meets the evidence requirements of major carriers such as State Farm and Farmers. If your policy or manufacturer asks for additional information, we can usually supply it within 24 hours.
How soon will I receive my inspection results and in what format?
For most single-family homes in Hillsboro, you’ll receive a secure download link within 24 hours. The package includes: 1) a color-coded 2-D orthomosaic map of the entire roof, 2) 30–60 high-resolution still images, 3) an annotated PDF highlighting defects, and 4) an optional 3-D model compatible with free viewers like Sketchfab. Commercial or multi-building projects may take 48–72 hours, but rush services are available.
What does a high-resolution drone roof inspection cost and how do I book one?
Residential inspections within a 15-mile radius of downtown Hillsboro start at $249, which includes flight planning, on-site data capture, and the full digital report package. Larger or more complex roofs are quoted case-by-case after we review satellite imagery. Scheduling is easy—call, text, or use our online calendar. We fly seven days a week, weather permitting, and can often accommodate same-day service if winds are below 20 mph and rain is not in the forecast.