What We Do
UNMANNED AERIAL VEHICLE (UAV) / DRONE
Scope UAV - Image & DEM for Design
When millimetre accuracy isn’t required, UAVs can be used for surveying both small and large areas, being up to 5 times quicker than conventional surveying techniques.
UAVs are also one of the safest options when conducting surveys in hazardous areas such as earthworks and construction sites - they avoid the risk of interaction with mobile plant and machinery.
Applications for the UAV include:
LASER SCANNING
High Definition Scanning enables us to capture massive amounts of information in rapid time. Scanners provide a dense point cloud of data to which a mosaic of still images, automatically taken by the in-built camera, can be overlaid to produce a co-ordinated 3D image.
Scope Scanner - Heritage Building Preservation
Scanning is ideal for detail surveys, including:
RC BOAT - BATHYMETRIC / HYDROGRAPHIC SURVEYS
Scope can also measure the base of a water body using our remote-controlled survey boat. With this data, the shape of terrain below the surface of the water can be determined and used for such things as:
Scope RC Boat - Topography Survey
RC Boat key features:
Depth range: 300mm – 35m
Depth sounder and GPS achieve +/-80mm 3D data
Self-guided option = maximum survey efficiency over large water bodies
Separate sounder - can be mounted on large / manned boats if conditions require
Remote controlled = no personnel on the water
Sturdy Hull Construction = operational in hazardous environments
Battery powered = no fuel spills or noise
Battery life enables up to 14 hours survey without recharging
Scope RC Boat - Survey for Jetty Design
Scope RC Boat - Tailings Dam Storage Check Survey
Need more information? Contact our friendly team today on 02 4934 2868 to discuss your surveying requirements.
QUICK LINKS
CONTACT INFORMATION
Tel: 02 4934 2868
Address: 46 Bulwer St Maitland NSW 2320
Address: 46 Bulwer St Maitland NSW 2320
ABN: 50728824172
BUSINESS HOURS
Monday - Friday: 7:00 am – 5:00 pm
Saturday - Sunday: Closed
Memberships: ACCNSW | ISNSW