A Level 3 thermographic assessment of a high-rise residential block in Edinburgh, commissioned as part of a pre-refurbishment condition programme. Thermal and RGB imagery captured by a third-party Level 1 operator was reviewed, annotated and classified under Level 3 oversight in accordance with EN 13187 and ISO 6781-3. Findings across 18 thermograms included structural thermal bridging, roof moisture indicators, and pervasive fabric heat loss. A complete, standards-aligned Level 3 report was delivered by Thermography Services (UK).

Thermography Services (UK) provided Level 3 thermographic analysis and reporting consultancy for a 517 m municipal water pipeline corridor survey in Lanzarote, Canary Islands. Pre-dawn aerial radiometric data was analysed across 42 thermograms using a purpose-built dual-baseline two-pass classification methodology developed for a shared-trench detection environment. Six confirmed candidate locations were identified for ground investigation under Level 3 Master Thermographer supervision. This is Part One of a two-part project record.

A building performance consultancy commissioned Thermography Services (UK) to provide Level 3 thermographic analysis and certified reporting for a BREEAM new construction assessment at a multi-storey student development in London. Our Level 3 Master Thermographer reviewed a 28-thermogram dataset submitted by the consultancy’s Level 1 thermographer, corrected taxonomy and severity entries, confirmed a significant glazing head fault condition using comparative unit analysis, and delivered a certified FLIR Studio report and Word summary for BREEAM submission.

A Level 3 thermographic assessment of a high-rise residential block in Edinburgh, commissioned as part of a pre-refurbishment condition programme. Thermal and RGB imagery captured by a third-party Level 1 operator was reviewed, annotated and classified under Level 3 oversight in accordance with EN 13187 and ISO 6781-3. Findings across 18 thermograms included structural thermal bridging, roof moisture indicators, and pervasive fabric heat loss. A complete, standards-aligned Level 3 report was delivered by Thermography Services (UK).

A combined internal and external building envelope thermographic inspection was commissioned for a new-build residential property to investigate thermal performance concerns. Conducted to BS EN ISO 6781-1:2023 under Level 3 Master Thermographer certification, the survey identified widespread insulation deficiency across the first-floor ceiling void, continuous ground-floor perimeter thermal bridging, confirmed air infiltration at two locations, and sustained external wall surface heat loss across multiple elevations. Findings were compiled into a professionally structured, defensible report.

A dawn aerial thermographic survey was conducted at a Lanzarote winery estate to identify subsurface irrigation pipe leakage beneath a stamped concrete driveway. Delivered as a collaborative project between Thermography Services (UK) and Skynox Drones, with Level 3 supervised analysis and reporting by TSUK, the survey identified a primary high-confidence candidate zone supported by multi-angle thermal corroboration and independent physical evidence. A rigorous post-survey RGB review ensured only fully scrutinised findings were reported.

An insurance-led electrical thermography survey was conducted across seven commercial distribution boards to assess fire risk and operational integrity. Using Level 3 supervised infrared inspection aligned with ISO 18436-7 and ISO 9712, the survey identified predominantly stable thermal performance with one advisory-level RCBO observation consistent with load conditions. No critical anomalies were detected. The project demonstrates how structured electrical thermography supports insurer compliance, condition-based maintenance and evidence-led risk management.

A comprehensive domestic thermography survey identified roof insulation irregularity, variable cavity wall injection performance, slab-to-ground heat loss and structural thermal bridging within a traditional cavity masonry home. While the central heating system was operating effectively, cumulative fabric-level inefficiencies were contributing to reduced heat retention. This project demonstrates how Level 3 thermographic interpretation can diagnose building heat loss scientifically, non-intrusively and in accordance with recognised professional standards.

A Level 3 domestic thermography survey of a mid-century bungalow with modern extension revealed consistent loft insulation discontinuity, cumulative window thermal bridging, and junction-level heat loss. Internal and external infrared imaging under controlled winter conditions provided evidence-based insight to support architectural redesign and targeted refurbishment. The inspection identified moderate but widespread inefficiencies, offering a structured foundation for improving thermal performance, comfort, and long-term energy efficiency without intrusive investigation.

This Phase 1 proof-of-concept project explored the use of aerial thermography to support underground potable water leak detection in a volcanic urban environment. Conducted at a known leak site, the work focused on protocol development, survey timing, spatial resolution, and disciplined interpretation rather than blind detection. The study demonstrated where thermography adds value as a qualitative screening tool, highlighted its limitations, and established best-practice methods for future phased deployment.