Services
Kothari Industrial Corporation Limited (KICL) provides a complete range of drone-based surveying, geospatial mapping, and engineering support services. Our solutions combine advanced technology, field expertise, and reliable workflows to deliver accurate spatial data and actionable insights for infrastructure, environmental, and development projects.
Outdoor
Services
Total Station Survey
Total Station Survey is a ground-based surveying method that uses an electronic instrument combining distance measurement, angle measurement, and coordinate computation to determine accurate positions and elevations on the ground. It is commonly used to establish control points, carry out layout and alignment work, measure levels, and record existing site conditions. Total station surveys are widely applied in building construction, road and rail projects, industrial plants, and infrastructure development for tasks such as setting out foundations, marking centerlines, checking elevations, and preparing as-built drawings.
DGPS Survey
DGPS (Differential Global Positioning System) Survey provides high-accuracy ground control and reference coordinates essential for drone, LiDAR, and GIS-based mapping projects. DGPS is used to establish Ground Control Points (GCPs) and check points that ensure positional accuracy during aerial data acquisition and processing. The collected DGPS data supports precise georeferencing, vertical accuracy validation, and seamless integration of drone imagery and LiDAR point clouds into GIS platforms for reliable mapping, analysis, and decision-making.
Drone Survey
Drone Survey involves the use of unmanned aerial vehicles (UAVs) to capture high-resolution aerial data for mapping, measurement, and analysis. Drone surveys are used to generate orthomosaic images, topographic maps, contours, and 3D models, supporting planning, monitoring, and decision-making. The data integrates seamlessly with DGPS and GIS systems to deliver accurate, scalable, and cost-effective solutions for infrastructure, mining, urban planning, and land development projects.
Drone Based LiDAR Survey
Drone-Based LiDAR Survey uses airborne laser scanning technology mounted on UAV platforms to capture high-density, accurate 3D point cloud data. This method is especially effective in dense vegetation, hilly terrain, and complex corridors where conventional drone imagery is limited. Drone-based LiDAR surveys are used to generate precise Digital Terrain Models (DTM), Digital Surface Models (DSM), contours, and elevation profiles, supporting road and rail projects, mining operations, utility corridors, flood studies, and GIS-based planning and analysis.
Bathymetry Survey
Bathymetry Survey involves the measurement and mapping of underwater terrain using hydrographic survey equipment to determine depth, profiles, and bed conditions of water bodies. It is used for reservoirs, rivers, canals, lakes, and ports to assess storage capacity, sedimentation, dredging requirements, and hydraulic behavior. Bathymetric survey data integrates with DGPS, drone, and GIS systems to support water resource management, infrastructure planning, flood studies, and environmental analysis.
Drone-Based Inspection and Monitoring
Drone-Based Inspection and Monitoring uses unmanned aerial vehicles equipped with visual and thermal sensors to inspect and monitor infrastructure, assets, and project sites safely and efficiently. It is applied for power lines, transmission towers, pipelines, buildings, bridges, mines, and construction projects to identify defects, assess progress, and monitor operational conditions. Drone-based inspections reduce manual risk, improve coverage, and provide accurate visual records that integrate with GIS and asset management systems for analysis and reporting.
Agriculture Spraying Service
Agriculture Spraying Services use drone technology for precise and controlled application of pesticides, fertilizers, and nutrients over agricultural fields and plantations. Drone spraying ensures uniform coverage, reduces chemical usage, minimizes crop damage, and improves operational efficiency compared to manual methods. These services are suitable for crop protection, pest control, and nutrient management, especially in large or difficult-to-access farming areas, while ensuring safer operations and optimized resource utilization.
Indoor
Services
GIS Mapping
GIS Mapping involves the collection, integration, and analysis of spatial data to create accurate digital maps and geospatial databases. GIS mapping combines data from DGPS surveys, drone imagery, LiDAR point clouds, and field surveys to support visualization, analysis, and decision-making. It is widely used for infrastructure planning, asset management, land records, utilities, urban planning, and environmental studies, enabling reliable spatial analysis and efficient data management across projects.
Photogrammetry
Photogrammetry is a mapping technique that uses overlapping aerial images to create accurate 2D and 3D spatial outputs. Using drone-captured imagery, photogrammetry is applied to generate orthomosaic, point clouds, Digital Surface Models (DSM), contours, and 3D models. It is widely used for topographic mapping, volume calculations, infrastructure planning, urban development, and GIS integration where high-resolution visual detail and accurate measurements are required.
LiDAR / Mobile LiDAR – Classification & Processing
LiDAR / Mobile LiDAR – Classification & Processing involves the systematic processing and classification of raw LiDAR point cloud data to extract meaningful geospatial information. This includes ground and non-ground classification, feature extraction, elevation modeling, and accuracy validation. Processed LiDAR data is used to generate Digital Terrain Models (DTM), Digital Surface Models (DSM), contours, and vector layers for roads, utilities, buildings, and terrain. These outputs integrate seamlessly with GIS and engineering platforms, supporting infrastructure planning, corridor mapping, asset management, and decision-making.
CAD Related Services
CAD Related Services involve the preparation, conversion, and drafting of engineering drawings based on survey, drone, LiDAR, and GIS data. These services include creation of topographic drawings, alignment plans, cross-sections, profiles, and as-built drawings in standard CAD formats. CAD outputs support design, planning, construction, and documentation requirements for infrastructure, utilities, mining, and urban development projects, ensuring accuracy and compatibility with engineering workflows.
BIM (Building Information Modeling)
BIM (Building Information Modeling) involves the creation of intelligent 3D digital models that represent physical and functional characteristics of built assets. BIM integrates data from surveys, drone imagery, LiDAR, and CAD drawings to support planning, design coordination, construction, and asset management. BIM models enable accurate visualization, clash detection, quantity extraction, and lifecycle management for buildings and infrastructure projects, improving coordination, efficiency, and decision-making across project stakeholders.
Orthophoto Processing
Orthophoto Processing involves the correction and processing of aerial images to produce geometrically accurate, scale-consistent orthophotos. Using drone imagery integrated with DGPS and photogrammetry workflows, orthophotos eliminate distortions caused by terrain and camera tilt. The resulting high-resolution orthomosaic images are used for accurate measurement, mapping, GIS analysis, land-use assessment, and infrastructure planning across urban, rural, and industrial projects.
Consultancy Services
Consultancy Services provide technical and advisory support across the planning, execution, and management of geospatial and drone-based projects. These services include project feasibility assessment, methodology planning, regulatory guidance, quality control, and data validation for survey, drone, LiDAR, GIS, and BIM works. Consultancy support helps clients optimize project outcomes, ensure compliance with technical standards, and achieve accurate, reliable results for infrastructure, urban, mining, and utility projects.
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