Our advanced aerial surveying capabilities enable us to provide you with a comprehensive suite of accurate data that allows you to gain extremely valuable insights from the surveyed area.

This includes:

• High-Resolution Imagery: High-resolution aerial imagery ensures that fine details and intricate characteristics of the surveyed landscape or objects are captured accurately, allowing for a more thorough examination and understanding of the examined area.
• LiDAR Scans: LiDAR scans rely on laser beams to measure distances and generate precise three-dimensional representations of the surveyed environment. These scans offer detailed elevation data that can be applied for tasks such as terrain modeling, volumetric calculations, and vegetation analysis. 
• Thermal Imaging: Thermal imaging involves the use of  infrared radiation to generate thermal images. By detecting variations in temperature, thermal imaging can help identify heat signatures, uncover energy inefficiencies in buildings, locate underground water leaks, and conduct thorough inspections of structures, assets, and equipment.
• Multispectral Data: Multispectral data is obtained by using sensors that capture information across different wavelengths of light. By processing and analysing the collected data, you can gain valuable insights to assess vegetation health, soil composition, and water quality. These insights enable informed decision-making in various fields such as agriculture, environmental monitoring, and resource management.
• Hyperspectral Data: Hyperspectral data provides highly detailed insights into the chemical composition and properties of objects or materials. This aerial surveying capability is used in applications that involve geological mapping, mineral exploration, and environmental monitoring.
• Photogrammetry: Photogrammetry is a technique that involves capturing aerial images from various angles to create precise and detailed 3D models. It enables accurate measurements, volumetric calculations, and the creation of visual representations of captured data. This method proves valuable in fields where precise spatial information is needed, such as architecture, engineering, land surveying, and virtual reality applications.
• Point Cloud Data: Point cloud data is generated through LiDAR or photogrammetry techniques, representing a collection of 3D points that accurately depict the surveyed area. Point clouds enable detailed analysis, feature extraction, and virtual reconstructions.
• Digital Elevation Models (DEMs): DEMs are high-resolution representations of the Earth’s surface to provide precise elevation data. These models are essential for applications that involve topographic mapping, flood risk assessment, and infrastructure planning.
• Orthomosaic Images: Orthomosaic images are created by merging multiple aerial photographs, resulting in a highly accurate and georeferenced representation of the captured scene. This process involves stitching the images together and applying orthorectification, which corrects distortions and ensures precise scale and alignment. The resulting orthomosaic image provides a detailed and visually consistent view of the studied region, allowing for precise measurements, detailed analysis, and informed decision-making.
• Video and Live Streaming: Video and live streaming capabilities are integral features of drones equipped with cameras. Drones have the ability to capture live video feeds or record high-quality videos while in flight. The availability of real-time or recorded video footage can assist with inspections, surveillance, monitoring, and documentation purposes.

Our aerial surveying solutions ensure the efficient capture, processing, and analysis of these different types of data, enabling you to harness the full potential of the data that is collected during our flights.