Expand Your Horizons with Technology!
Fast, reliable and precise mapping with UAVs. Additionally, enhance your project with our comprehensive terrestrial techniques (Total Station, RTK GNSS, etc.). Discover the expertise of Erdem Atik.
01
Topographic Survey
Lay the groundwork for your project with precision. Our topographical surveys provide detailed and accurate representations of the terrain, essential for planning, design, and construction. Using advanced surveying technologies, we ensure that you have the most reliable data at every stage of your project.
02
Aerial Photogrammetry
Capture the big picture with high-resolution imagery. Aerial photogrammetry allows for efficient and detailed mapping of large areas. By integrating UAV technology, we offer precise topographic and terrain analysis, enabling informed decision-making for your projects.
03
Engineering Surveys
Support your engineering projects with precise measurements and data. Our engineering surveys, conducted using Drone, Total Station, GNSS, and other state-of-the-art instruments, deliver the accuracy required for successful Project(residence, infrastructure, mining) planning, design, and implementation.
04
Land Development
Maximize the potential of your land. Our land development consulting services guide you through every phase of your project, from initial site evaluation to final development. We provide strategic insights and data-driven solutions to ensure the success of your land development endeavors.
What We’ve Done!
Flawless Projects
Our Istanbul-based company combines traditional surveying techniques with innovative drone mapping solutions to deliver highly accurate results in construction, mining, and land development projects. RTK/GNSS (Real-Time Kinematic/Global Navigation Satellite System) technology enables UAVs to achieve centimeter-level positioning accuracy, enhancing the precision and reliability of the data collected.
Every Plan Has a Map
Erdem Atik lays the foundation for great works with precise planning and innovative technology. With his expertise in aerial mapping and photogrammetry, we take the right steps for each project to progress successfully.
Experienced in Nature's Harsh Conditions
Erdem Atik provides services in the field of aerial mapping and photogrammetry with experience in multiple and challenging natural conditions. By providing reliable and detailed maps in every project, it offers the most appropriate solutions for the needs of its customers.
We flew, we surveyed, we calculated
It was a pleasure working with Erdem Atik! I was impressed by his expertise in mapping and photogrammetry. His professional approach and detailed work made our project a success. Working with him meant knowing that our work was in the right hands. I highly recommend him!
Selami T.
Civil Eng. / PMP / İstanbul
“Innovative Mapping Solutions with UAV Tech”
Advancements in microprocessors, image processing, and sensor technologies are bringing about revolutionary changes in surveying and land analysis. Unmanned Aerial Vehicles (UAVs) are at the forefront of these innovations. Equipped with high-resolution cameras and precise sensors, UAVs offer the capability to carry out aerial mapping processes more quickly, accurately, and economically. This innovative method is opening new horizons in the fields of surveying engineering and geographic information systems (GIS).
UAVs have become critical tools for tasks such as photogrammetric mapping, orthophoto production, point cloud creation, and 3D modeling. Particularly with RTK/GNSS (Real-Time Kinematic/Global Navigation Satellite System) technology, UAVs provide centimeter-level positioning accuracy, enhancing the reliability and accuracy of data collected for projects. This plays a vital role in planning and land analysis.
The UAV mapping process typically consists of five main steps:
Flight Planning: The route of the area to be mapped is determined, taking into account no-fly zones and structures that could pose hazards to the drone.
Flight Preparation: On the day of the flight, weather conditions are checked, and Ground Control Points (GCPs) are established in suitable locations using RTK GNSS equipment.
Flight Stage: After ensuring that the UAV is receiving RTK corrections (“fix”), it flies along the predetermined route, usually autonomously, collecting RGB, thermal, or multispectral images and data as required.
Data Processing: The collected data and aerial photos are processed using various software to create orthophotos, 3D models, and point clouds.
- Analysis and Reporting: The obtained data can be used to produce topographic maps; cross-section, longitudinal-section, and volume calculations can be performed. Additionally, images with location data necessary for GIS systems can be generated for vegetation health assessment, soil/water pollution detection, energy efficiency analysis, and more.
The advantages offered by UAVs are numerous. Large areas can be surveyed in a short time; within a few hours, dozens of hectares of land can be captured in high resolution. This method is not only faster but also more cost-effective compared to traditional land surveying techniques. Moreover, UAVs can be safely used in hard-to-reach and hazardous areas, minimizing risks during fieldwork.
Of course, UAV mapping processes can encounter challenges. Weather conditions, no-fly zones, and technical issues can affect operations. Therefore, every stage requires expertise and careful attention.
In conclusion, UAV mapping represents a revolutionary development in modern surveying engineering and GIS. This technology allows for the rapid, precise, and cost-effective collection of land data, providing significant advantages in sectors such as construction, mining, renewable energy, agriculture, and forestry sectors. Integrating RTK/GNSS technology greatly contributes to precision and data reliability. These innovative approaches are certain to advance mapping and land analysis processes even further in the future.