Drone Orthomosaic Mapping and Modeling
Precision Unleashed: Elevate Your Projects with UA-Visions' Advanced Photogrammetry and RTK Services
At UA-Visions, we harness the power of photogrammetry and RTK to provide accurate and detailed geospatial solutions. Our drone mapping and 3D modeling services empower businesses with valuable insights, enabling faster and more informed decision-making. With our commitment to quality and professionalism, we deliver results that exceed expectations. Choose UA-Visions for your photogrammetry and RTK needs and elevate your project to new heights."
What is an Orthomosaic Map?
Our advanced drone technology captures high-resolution aerial photos, which are then stitched together and orthorectified to create detailed, accurate orthomosaic maps.
These maps are perfect for a wide range of applications, from real estate and construction to environmental research and agriculture. Unlike an uncorrected aerial photograph, an orthophoto can be used to measure true distances, because it is an accurate representation of the Earth's surface, having been adjusted for topographic relief, lens distortion, and camera tilt.
With our drone mapping and 3D modeling services, you can gain valuable insights and make better decisions faster.
Mapping the Future: The Revolutionary Power of Photogrammetry
We understand that each client has unique needs and objectives. That's why our drone mapping projects are tailored to meet your specific goals. Whether you're in construction, agriculture, real estate, or any other industry, we'll work closely with you to determine the deliverables that will provide the most value for your project. From detailed orthomosaic maps and 3D models to comprehensive inspection reports and thermal imaging, we're committed to delivering high-quality results that drive your success. Your goals are our mission, and we're here to provide the drone mapping solutions you need.
Digital Terrain Model
Digital Elevation Models
Digital Elevation Models (DEMs), providing you with a detailed 3D representation of your project's terrain. DEMs are a game-changer for industries such as civil engineering, surveying, geology, and land planning, enabling comprehensive terrain analysis, flood risk assessment, and infrastructure planning. With our DEMs, you can visualize your project like never before, making informed decisions quickly and efficiently. Choose UA-Visions for your drone mapping needs and transform the way you see your projects.
There are different types of DEMs, each offering unique insights into the terrain of your project area. From Digital Surface Models (DSMs) that capture the earth's surface including buildings and vegetation, to Digital Terrain Models (DTMs) that represent the bare ground surface without any objects, our drone technology can deliver the data you need. Whether you're in civil engineering, surveying, geology, or land planning, our DEMs provide the detailed terrain analysis, flood risk assessment, and infrastructure planning necessary to drive your project to success
Digital Surface Model
Capturing Project Clarity at Every Elevation
Impress your clients with the latest in mapping advanced digital mapping technology. Emerging technologies have enabled the development of unmanned flight systems that can be used to increase situational awareness and improve decision making. With Aerial Mapping and Surveying, we offer a specialized product that allows our clients to visualize a virtual environment for their project that provides a better perspective for future planning.
Transform Raw Data into Actionable Insights
Drones save surveyors and other earthwork professionals hassle, time, and money over traditional survey methods. Collect, process, and use survey data faster than you ever thought possible. With our aerial mapping and modeling, we can create and provide high quality 3D models in a fraction of the time as conventional methods. Using autonomous drones to capture a structure’s surface from every angle with complete coverage and ultra-high-definition to generate 3D models with minimal pilot oversight, or generate 2D orthomosaics flying a planar pattern leveraging the power of full obstacle avoidance.