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Roof Survey &
Condition Reports
Drone inspections provide a fast, safe, and efficient way to assess the condition and integrity of roofs without the need for scaffolding or manual access. Using high-resolution aerial imagery, we carry out detailed inspections that minimise risk while maximising accuracy. Our comprehensive Condition Reports clearly identify areas of concern, enabling property owners and contractors to plan informed maintenance programmes and targeted repair works with confidence.
Infastructure
Inspections
Our inspections use drones equipped with the latest thermal imaging and high-zoom camera payloads, enabling detailed and close-up assessments from a safe distance. This technology is ideal for inspecting critical infrastructure such as bridges, chimney stacks, culverts, tunnels, and other hazardous or hard-to-access locations, delivering accurate results while reducing risk to people and site disruption.
Topographical
Surveys
Accurate topographical surveys delivered from ground level to the air, providing a complete and reliable picture of the site. Using the latest drone and laser scanning technologies, we capture high-resolution spatial data with exceptional accuracy. This enables the production of detailed survey outputs that support informed planning, efficient design, and confident decision-making across a wide range of projects, while reducing time on site and minimising disruption.
Time-lapse / Hyper-lapse
Time-lapse monitoring provides a powerful way to visualise construction progress over weeks, months, or even years by capturing images at consistent intervals to create a clear visual record of how a project evolves from groundworks through to completion. Using both fixed cameras and drone-based hyper-lapse imagery, projects can be documented from consistent viewpoints that reveal how site conditions, structures, and logistics areas develop over time.
3D Modelling and Point Cloud Surveys
Precision 3D modelling and LiDAR mesh outputs are built for accuracy-critical projects, capturing data from both aerial and ground-based surveys. High-resolution 3D models create a digital twin of the site, allowing teams to visualise, survey, and inspect structures directly from a desktop. This capability improves coordination, communication, and decision-making, while reducing the need for costly, time-consuming, on-site visits. It ensures stakeholders have reliable, detailed data at every stage of the project
3D Laser Scanning
Laser and LiDAR scanning is a powerful tool for capturing complex sites quickly and with exceptional accuracy. By generating highly detailed point clouds, we can produce as-built drawings, 3D CAD models, detailed maps, floor plans, elevations, and sections—all fully compatible with your existing design software. This technology reduces the need for repeated site visits, minimises costly re-surveys, and provides precise data that supports confident decision-making.
Thermal Survey
Drone thermal surveys use advanced infrared imaging to detect heat variations, uncovering hidden issues such as insulation gaps, water ingress, or electrical faults. This non-invasive method allows safe and efficient inspections of roofs, buildings, and infrastructure, providing accurate data that helps teams identify problems early, plan maintenance, and make informed decisions.
Volumetic Surveys
Drone-based volumetric surveys, using LiDAR or photogrammetry, offer a fast, accurate, and cost-effective solution for measuring and analysing volumes across construction, earthworks, and land development projects. High-resolution 3D data enables precise calculations, supports project planning, and helps teams monitor progress and manage resources efficiently.
Confined Space Inspection
Inspecting confined or hard-to-reach spaces carries significant risks, from limited access and poor visibility to hazardous conditions. We use drones that are equipped with protective cages, high-resolution cameras, thermal imaging, LiDAR, and gas sensors to perform detailed mapping, 3D modelling, and condition assessments in tunnels, culverts, chimneys, and other complex or hazardous environments—enabling teams to gather critical data safely.