The Work Required Micro Level Work in 9 Steps as following:
KML boundary finalization with Concern Department.
GCP points fixing for georeferenced by DGPS.
Drone fly Drone data processing.
In house/ Structural Drawing preparation for topography.
Field site survey with field book.
Rechecking & detailing with the help of field book.
Drawings verification by Department.
Drawings correction if any comments.
Final verification & drawings submission.
Uses of drones and survey software
Existing/original ground check (initial topo vs engineering or survey topo)
Progress quantities (survey over survey cut/fill)
Tonnage measurements and inventory value calculations
Current conditions vs final/finished grade
Stockpile quantities
Trenching quantities
Slope gradient requests
Distances (for projects such as pipe laying)
Square footage for concrete laid
Verification of truck counts
Videography & Real Time Verification / Video
Drone-LiDAR Surveys
Drone-LiDAR technology is transforming traditional surveying. Here are the key benefits:
High Precision and Accuracy: LiDAR sensors capture millions of data points per second, creating detailed and accurate 3D models of terrain and structures.
Speed and Efficiency: Drone surveys cover large areas quickly, reducing project timelines and overall costs.
All-Terrain Accessibility: LiDAR-equipped drones easily survey rugged, forested, or difficult-to-access areas, delivering reliable results where traditional methods fall short.
Vegetation Penetration: Unlike traditional photogrammetry, LiDAR can penetrate dense vegetation, making it ideal for forestry, environmental studies, and land development projects.
Industries We Serve
Our Drone and LiDAR services cater to a wide range of industries, including:
Construction and Infrastructure Development
Mining and Quarrying
Forestry and Environmental Management
Transportation and Roadway Planning
Agriculture and Precision Farming
Utilities and Powerline Inspection
Applications of Drone LiDAR Surveys
Topographic Mapping: Generate high-resolution elevation models for construction, planning, and land management.
Vegetation and Forestry Analysis: Assess canopy structure, tree density, and biomass with precision.
Infrastructure Inspection: Monitor roads, bridges, railways, and powerlines for maintenance and development planning.
Flood Risk and Drainage Modeling: Analyze drainage patterns and flood risk areas with detailed terrain data.
Mining Operations: Conduct volumetric analysis, stockpile measurements, and mine planning efficiently.
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