LIDAR SURVEY

Lidar Services: Atom Aviation has been a leading Lidar survey company in India for over five years, delivering precise Lidar mapping services for both government and commercial projects. Our highly skilled team uses state-of-the-art technology to ensure accurate elevation data collection, supporting everything from infrastructure development to environmental studies.

Atom Aviation is providing Lidar mapping services for government and commercial Area users for over 5 years. Our professional staff is dedicated to enhancing our Lidar processes and production centers to deliver the highest quality products at a competitive price. With the Stereo Lidar technique, you can get an accuracy of up to 5-10 cm for Drone capturing data and approx. accuracy of up to 2 meters for Satellite Imagery ortho. This is very important for doing an accurate lidar Survey.

Atom’s knowledge of advanced lidar environments and geospatial applications enables us to provide support at all stages of the digital LIDAR surface process. Atom has the world’s most advanced Microstation PowerDraft software.

With the help of lidar techniques, you can achieve high accuracy in getting the elevation of bare earth. It is the most important aspect of the construction industry whether road or rail needs to be built, this is very crucial.

Why Choose Atom Aviation for Lidar Surveying?

Atom Aviation leverages advanced Stereo Lidar techniques to offer exceptional accuracy in mapping. Whether you’re conducting a drone-based Lidar survey with up to 5-10 cm precision or using satellite imagery orthophotos with accuracy around 2 meters, our processes are designed to meet your needs.

We use MicroStation PowerDraft software, which enhances the efficiency and precision of Lidar data processing, making us one of the best Lidar survey companies in India. This ensures we can deliver high-quality outputs at competitive prices.

Applications of Lidar Surveying

Lidar technology is crucial in a range of sectors, from urban planning to transport infrastructure. Below are some of the key areas where our services are highly valued:

• Road & Rail Route Planning: Precise Lidar data supports route optimization by assessing cut-and-fill requirements for highways, railways, and other transportation systems.
• Field Location Survey: Get accurate measurements of agricultural fields, industrial zones, and other key areas.
• Residential & Airport Development: Ensure that construction projects are based on the most accurate topographic data available.
• Greenfield Projects: Lidar is essential in determining land elevation and planning for large-scale developments.

Our Lidar survey services are designed to provide the highest levels of accuracy, ensuring that your projects remain on track from start to finish.

Key Benefits of Lidar Surveys

• High Accuracy Elevation Data: One of the main advantages of using Lidar for construction is its ability to capture bare-earth elevation data with unparalleled accuracy. This is critical for projects in the construction industry, including road, rail, and bridge construction.

• Efficient Terrain Mapping: Lidar systems allow for the mapping of terrain with a high-resolution digital elevation model (DEM), which can be used for everything from hydrological modeling to land-use planning.

• 3D Modeling: Lidar enables the creation of detailed 3D models of structures, landscapes, and other features, which are invaluable for architectural planning and engineering projects.

General description

Lidar uses ultraviolet, visible, or near-infrared light to image objects. It can target a wide range of materials, including non-metallic objects, rocks, rain, chemical compounds, aerosols, clouds, and even single molecules A narrow laser beam can map physical features with very high resolutions; for example, an aircraft can map terrain at 30-centimeter (12 in) resolution or better.

This LIDAR may be used to scan buildings, rock formations, etc., to produce a 3-D model. The LIDAR can aim its laser beam in a wide range: its head rotates horizontally; a mirror tilts vertically. The laser beam is used to measure the distance to the first object on its path.

Description Using Lidar Classification Point

• Low Point
• Ground
• Low Vegetation
• Medium Vegetation
• High Vegetation
• Building
• Water Bodies
• High-tension tower
• Wire
• Fence
• Terrain
• Orthomosaic 
• Digital Elevation Model
• Digital Terrain Model
• Digital Surface Model
• Contour
• Plan file