Before something fails, it runs warm.
Radiometric thermal inspection from remotely piloted aircraft: wet insulation, failing connections, cooling losses, and heat-loss paths — located, measured as ΔT signatures, and severity-ranked in a report targeted within 48 hours. For data centers, commercial buildings, industrial sites, and community associations across Northern Virginia.
- SCOPE
- Thermal inspection — roofs, electrical, mechanical, and exterior envelope
- SENSORS
- Radiometric thermal + high-resolution visual
- COVERAGE
- 100% of the surveyed surface per single mission
- TIMELINE
- On-site capture typically a single day; report targeted within 48 hours of capture
- DELIVERABLE
- Severity-ranked findings report with ΔT measurements (PDF)
- CLASSIFICATION
- Severity-ranked by condition and urgency; NFPA 70B-aligned for electrical findings
- CONDITIONS
- Captured in thermal-contrast windows — scheduled around weather, season, and airspace
- AREA SERVED
- Northern Virginia — Loudoun, Fairfax, and Prince William counties, DC metro, wider Mid-Atlantic
- Radiometric
- Thermal payload class — findings resolve as measured ΔT signatures, not impressions
- 100%
- Coverage per single mission — every section surveyed, no ladders, no personnel on the membrane
- 48HR
- Findings report targeted within 48 hours of capture — geolocated and severity-ranked
- NFPA70B
- Severity classification for electrical findings — aligned to the maintenance standard your team already runs
What you receive.
Executive Summary
Findings by severity, the systems at highest risk, and a recommended order of action for budget, maintenance, or board review.
Severity-Ranked Findings
Every finding geolocated with ΔT measurements, thermal-and-visual image pairs, and a severity rating — so priorities are unambiguous.
Thermal and Moisture Map
Wet insulation, heat-loss paths, and cooling anomalies mapped to affected sections — for roofs, envelopes, and mechanical surfaces.
Visual and Thermal Record
Wet insulation reads as ΔT patterns in thermal; surface damage reads in the high-resolution visual set. Together they separate cosmetic wear from developing problems.
Repair Scope Input
Findings arrive as scope for your own contractors — locations, extents, and priorities, each with the evidence attached. Jinki performs no remediation and carries no conflict of interest.
Condition of Record
Date-stamped, geolocated documentation for insurance files, capital planning, and reserve studies — a measured baseline for the next cycle.
How the engagement runs.
- 01 · T+0
Scoping Call
We learn the property — systems, known problem spots, budget timing, and who will act on the report.
- 02 · WK 1
Conditions and Flight Planning
Thermal contrast peaks in specific conditions — dry nights after warm days, when wet and dry sections release stored heat differently. We schedule capture for those windows, around weather and airspace.
- 03 · DAY 1
Capture
Radiometric thermal and high-resolution visual data across 100% of the target surfaces — typically a single day.
- 04 · HR 48
Report Delivered
Severity-ranked findings with ΔT measurements, locations, and image pairs, targeted within 48 hours of capture.
- 05 · WK 2-3
Review and Handoff
We walk through the findings with you and your contractors so every item becomes a clear line in a scope of work.
Start small. Scale on evidence.
No engagement asks for trust we haven't earned yet — each rung produces the proof the next one stands on. The first scan is your baseline; the program turns it into a condition-of-record that tracks degradation velocity over time.
One mission as part of the founding cohort. Full facility pass, severity-ranked report on a 48-hour target. Zero integration required.
Persistent coverage on one site for one quarter — baselines, alert verification, and the trend line that makes the case.
Standing coverage with degradation-velocity tracking and founder-direct reporting, priced on scope.
What the eye misses, ΔT shows.
Capture is typically a single day; the findings report is targeted within 48 hours.
Asked before engaging.
What is aerial thermal inspection?
A survey method: remotely piloted aircraft carry radiometric thermal sensors that read surface-temperature differences (ΔT) across roofs, envelopes, electrical equipment, and mechanical systems. Anomalies — wet insulation, failing connections, blocked cooling, heat loss — stand out as temperature signatures, and each is located, measured, and ranked in the report.
What can thermal inspection find that a visual inspection cannot?
Hidden conditions: moisture under intact membrane, insulation that is wet or missing, electrical connections running hot before failure, and cooling equipment losing capacity. A visual inspection sees the surface; thermal reads what the surface is hiding.
How are findings classified?
Severity-ranked by condition and urgency, with electrical findings aligned to NFPA 70B severity classes — the same standard your maintenance team already uses — so the report maps directly to your work-order process.
When do you fly?
Capture is scheduled into thermal-contrast windows: dry nights after warm days, when wet and dry sections release stored heat at different rates. The visual portion tolerates a much wider range of weather, so the two data sets are planned together.
Can you fly at night or inside the SFRA?
Thermal contrast is often strongest after sunset. Night operations are Part 107 flights on parcels verified outside the DC SFRA; inside the SFRA, work runs in daylight and twilight windows.
Who acts on the findings?
Your own contractors and maintenance team. Jinki inspects only and performs no remediation — the report is written as scope, not a sales pitch, and carries no conflict of interest.
How does this relate to the Facility Intelligence Scan?
The scan is a packaged one-time engagement: full-facility capture, the complete report, and the compliance package. Aerial thermal inspection is the survey discipline itself — scoped to whatever you need read, from a single roof to an electrical yard to a full cooling plant.
Related field notes.
- Substation Thermal Inspection From the Air ENERGY
- From Hot Spot to Work Order: NFPA 70B-Style Severity METHOD
- How Aerial Thermal Surveys Find Cooling-Tower Heat Loss DATA CENTERS
- Liquid-Cooling Micro-Leaks: What Aerial Thermal Can See DATA CENTERS
- Flat Roof Moisture Detection Without Core Cuts MOISTURE
- Drone Inspection Services — the umbrella SERVICE
Request a Q3 assessment
Two fields. A one-business-day response target. A mutual NDA before we see your site.
- Mutual NDA by default
- $5M liability coverage per operation
- Your data stays in your control
REQUEST FILED
- REF
- FILED
- SCOPE
- FACILITY ASSESSMENT
- NEXT
- FOUNDER RESPONSE TARGET < 1 BUSINESS DAY
Filed directly with Adnan Abdillahi, founder. Keep the reference for your reply.