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High-precision UAV surveying, drone surveys, and aerial mapping, delivering accurate land survey data with cutting-edge drone technology.
Capturing detailed data on properties, roads, structures, and terrain is easier than ever with advanced 3D mapping and surveying drones.
Our UAV survey services utilise high-precision photogrammetry and LiDAR data to generate digital elevation models and accurate 3D models for projects ranging from residential developments to large area infrastructure planning.
As a surveyor Toowoomba wide, we leverage advanced drones to assist with infrastructure corridor mapping, land surveying, 3D terrain modelling, topographic survey analysis, land movement monitoring, and high-resolution aerial imagery for visual inspections.
Whether you’re constructing a home or managing a large-scale development, our aerial photography and UAV mapping solutions provide precise data collection with efficiency and safety.
Our drone surveys and mapping services support everything from individual residential builds to complex commercial projects.
We offer advanced UAV surveying solutions to residential builders, developers, and civil project managers. As a trusted UAV surveyor Yeppoon wide, our aerial surveys help define and deliver:
UAV volumetric surveys provide an accurate, cost-effective solution for measuring material volumes and assessing the capacity of structures like dams and landfills.
Our high-precision lidar data gives you the insights needed to manage resources efficiently and make informed project decisions. Using advanced surveying drones, we capture volumetric data for:
Our Remotely Piloted Aircraft (RPA) operators are fully accredited by the Civil Aviation Safety Authority (CASA), ensuring safe, compliant, and precise UAV surveying and aerial mapping.
With the efficiency of remote sensing and drone technology, we can rapidly deploy to locations across Brisbane, Toowoomba, Sunshine Coast, Rockhampton, and Yeppoon, providing accurate land surveying data with minimal disruption.
Using advanced UAVs, our team delivers topographic survey reports, volumetric assessments, detailed aerial imagery, and drone inspection to support construction, mining, and asset inspection projects.
Contact us today to discover how UAV lidar technology can optimise your next project.
UAV technology is revolutionising data collection across various industries. Some key applications of drone surveying and mapping include:
UAV surveying offers a range of benefits, from faster data collection to improved accuracy and safety.
Drones capture thousands of precise measurements in a single flight, providing detailed maps, point clouds, and elevation models for better planning.
Drones easily reach steep, remote, or hazardous locations, eliminating the need for manual entry into unsafe areas.
UAVs collect vast amounts of data quickly, reducing survey time while ensuring full site coverage—ideal for construction, mining, and infrastructure projects.
With real-time aerial insights, UAV surveys enhance safety and help track project progress efficiently.
Drones equipped with high-resolution cameras, RTK/PPK GPS, and a Lidar sensor, such as the DJI Matrice 300 RTK, DJI Phantom 4 RTK, and WingtraOne, are ideal for drone surveys due to their accuracy and data collection capabilities. The choice of a drone depends on factors like terrain, required accuracy, and project size.
High-resolution aerial imagery and aerial photography provide accurate measurements that enhance drone data collection. This ensures precise site assessments for infrastructure planning, land development, and asset inspection, making drone operations an essential tool for surveyors.
UAV drone surveys can achieve accuracy levels of 1–3 cm with RTK/PPK GPS technology and proper ground control points (GCPs). Factors like flight altitude, sensor quality, and environmental conditions can impact precision, ensuring highly accurate data and making UAV surveying a highly reliable method for aerial survey and infrastructure mapping.
UAV land surveying can produce deliverables such as orthomosaic maps, digital elevation models, point clouds, 3D terrain models, contour maps, and volumetric measurements. These outputs are essential for construction projects, mining operations, land development, and environmental monitoring.
UAV surveys are limited by weather conditions, airspace regulations, and battery life. Strong winds, rain, and restricted airspace can impact aerial data collection, and UAVs have flight time constraints that require efficient planning for large-area survey projects. In some cases, manual inspection may still be needed for highly detailed analysis.
Drone mapping involves capturing aerial images with GPS-tagged coordinates, processing the data using photogrammetry software, and generating accurate geospatial outputs such as 3D models and orthophotos. RTK/PPK technology and ground control points enhance accuracy.
Drone surveys and UAV mapping involve capturing aerial photographs with GPS-tagged coordinates, processing the drone data using photogrammetry software, and generating geospatial outputs like 3D models and orthophotos. Advanced Lidar surveying techniques and traditional survey methods, such as ground control points, improve precision.
A UAV survey can capture accurate data on terrain elevation, site topography, infrastructure details, vegetation coverage, volumetric measurements, and thermal data. The collected geographic information supports urban planning, environmental studies, and engineering projects.
Traditional surveying methods rely on ground-based instruments, which can be time-consuming and labour-intensive. UAVs offer faster data collection, covering large areas efficiently with remote sensing technology.
Topographic surveys provide essential data on land elevations, contours, and natural features, helping engineers and developers plan effectively before construction begins.
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