Surveying
The Surveying Payload uses a high-resolution Ouster LiDAR sensor and FARO Connect processing software to generate survey-grade 3D point clouds, digital twins, and accurate measurements of tunnels, shafts, tanks, sewers, and industrial infrastructure, with centimetre-level accuracy and mapping ranges of up to 100 metres.
Ultrasonic Testing (UT)
The Ultrasonic Testing (UT) payload allows it to measure material thickness and assess asset condition.
The UTM gauge can take accurate thickness measurements backed up with high-resolution scans in the most challenging areas such as confined spaces and at height. Using LiDAR-based mapping capabilities, thickness readings are automatically geolocated on a digital twin, improving inspection traceability and efficiency.
Elios 3
The Elios 3, equipped with a surveying payload can create accurate 3D maps and digital models using LiDAR technology.
The Ultrasonic Testing (UT) payload allows it to measure material thickness and assess asset condition.
Together, these capabilities improve safety, reduce downtime, and provide valuable data for inspecting industrial, mining, energy, infrastructure assets and more.
Matrice 4E
The DJI Matrice 4 Enterprise can capture high-resolution imagery, create accurate maps, and perform detailed inspections of infrastructure, construction sites, utilities, and industrial assets.
Equipped with high-resolution cameras, laser range finding, and advanced mapping capabilities, it can be used for surveys, face inspections, stockpile volume calculations, and more.
3D Rendering
Capture high-resolution aerial imagery and generate accurate 3D models to provide a detailed visual representation of assets and terrain, supporting volumetric calculations, site planning, geotechnical assessments, and more.
By delivering accurate, up-to-date digital models without the need for extensive ground surveying, 3D rendering improves efficiency, enhances decision-making, and provides a safer way to assess hard-to-reach areas.
Inspections & Survey
A powerful drone solution to conduct detailed mapping and inspection of quarry faces, slopes, and more, allowing engineers to monitor rock mass conditions, assess structural features, and track changes over time.
Automated flight missions and rapid data capture help to increase efficiency, reduce survey costs, and maintain accurate, up-to-date site information with minimal disruption to operations.