Aerial Mapping Survey

Aerial Photogrammetry Survey

Aerial Photogrammetry Survey is a branch of Aerial Mapping Survey where maps are professionally plotted from photographs taken by airplanes or helicopters equipped with a metric camera utilized for geometric measurements. Our team of Photogrammetry Surveyors have the ability to provide measurements of vast areas of natural and man-made landscapes as this survey method eciently captures geodata on dicult to access areas. Photogrammetry is especially cost-effective when surveying large geographical areas. In the long run, the data provided can be easily analysed and utilised for monitoring activities.

Related Industries

Planners, engineers and land developers often need photogrammetry surveys for large areas of land. Data obtained from Photogrammetry Surveys are benecial to the government agencies, the mining industry, oil and gas, property and infrastructure as well as plantations. The use of aerial photogrammetry provides an advantage to the design and construction of pipeline work, railroads, highways and locating possible areas to situate new structures such as oil bearing structures for the oil and gas industry as Aerial Photogrammetry Survey constructs a three-dimensional point cloud used to generate the same topographic maps, digital terrain models, meshes, and orthophotos that architects and engineers rely on for design and build work.

UAV Surveying & Mapping

UAV surveying and mapping involve using unmanned aerial vehicles equipped with cameras to capture aerial photos for creating high-resolution orthoimage mosaics and digital elevation models (DEM). UAVs offer the flexibility to take images from nearly any angle, overcoming the limitations of ground-based surveys. Setia Geosolutions uses UAVs to collect and analyze aerial data more quickly and cost-effectally, making it an ideal choice for surveying small land parcels without the need for manned aircraft, offering significant savings and ease of operation.

Related Industries

UAV measured surveys is extensively used in construction sites, land, quarries, mines and other areas where this remote technique can replace the need for staff on the ground, reducing health and safety risks and lowering costs.

Planners, engineers, government agencies, and developers utilize UAV qualitative datasets. Property and Infrastructure, the Government, Agriculture and Plantations, Utilities, Oil and Gas industries benet from UAV mapping especially in making well-informed decisions in regards to real estate and infrastructure construction management.

Airborne Laser Profiling

LiDAR is a surveying method that uses pulsed laser light to measure distances and create 3-D maps of the Earth’s surface, including both natural and man-made features. It works day or night and can penetrate obstacles like dense forests, making it more reliable than methods like photogrammetry in some cases. This technology enables the quick and precise collection of high-density surface data, improving the quality of digital maps and supporting their integration with other data.

Related Industries

Airborne laser proling produces data which are benecial to professional ranging from civil engineers and forestry engineers to archaeologists and geologists by producing Topographic data and deformation monitoring.

Airborne laser proling is also able to produce clear proes of landscapes used for design and planning purposes, providing measurements of land surface features. It is also benecial for a wide range of industries, namely, the Mining, Infrastructure, Urban Planning, Property and Infrastructure, Government, Plantation, and Environmental Industries.

List of Experience :

Land Survey (New Marine Line) by Using UAV system At Petron Port Dickson Renery, Negeri Sembilan.
Data Observation Using LIDAR And Construction Of GPS Control Station For The Purpose of New Road construction from Sungai Lembing
To Jerantut (Fasa 1), Pahang Darul Makmur.
Land used survey work by using UAV for General Agricultural area at Kluang, Johor.
Land used survey work by using UAV for General Agricultural area at Mersing, Johor.
The Topography Survey by using UAV system at Mukim Batang Berjuntai, Mukim Pasangan, Mukim Tanjong Karang dan Mukim Ulu Tinggi, Daerah Kuala Selangor
Slope Monitoring Survey Using UAV technique at Sg Koyan, Cameron Highland.
Proposed Railway Double Tracking Project Between Ipoh-Pulau Pinang-Padang Besar by using LIDAR system for Keretapi Tanah Melayu Berhad (KTMB).
Route Survey by using UAV system at Bandar Penawar, Tanjung Surat District, Kota Tinggi, Johor.
Proposed Land Survey work by using UAV at Sungai Gatom, Segamat, Johor.
Proposed Land Survey Work by using LiDAR method at Genting Highlands.