To meet your industry needs
Aspect Drones provide a range of high quality and accurate aerial surveying options that includes orthomosaic mapping, point clouds, digital surface/terrain models and more for the construction, mining, agriculture, large property/ solar farm, surveying & engineering industries.
Drone mapping can streamline your business giving your team access to current & accurate data providing the ability to preform elevation, length, width, volume, area and stockpile measurements with high cm accuracy. We can map individual assets or buildings, full sites, large areas, pipelines, telco towers, bridges and much more. With drone RTK GPS technology & surveyed ground control points we can achieve CM level accuracy from our data.
Drone-generated orthomosaics provide accurate and detailed visual representations of large areas. They are high-resolution, georeferenced images that offer precise measurements, analysis, and planning capabilities.
Orthomosaics integrate with GIS, allowing for spatial referencing and overlaying additional data layers. They contribute to cost and time savings by efficiently capturing vast areas and supporting streamlined workflows for various applications.
Road & Corridor Mapping
Discover the future of road and corridor mapping through our specialized drone services. With a profound focus on roadways, highways, and linear infrastructure, we're your ultimate partner for accurate and efficient mapping. Our team of skilled professionals is dedicated to transforming your projects using cutting-edge drone technology.
From intricate road networks to expansive corridors, our services are designed to provide detailed insights and actionable data. Our drones equipped with advanced cameras and sensors capture data with precision, enabling you to make informed decisions.
Drone photogrammetry capture combines drones high quality cameras with advanced post processing software to create accurate point clouds, maps, and measurements. By capturing overlapping images from above, drones enable precise reconstruction of terrain, buildings, and objects.
This technology benefits various industries. In construction, it aids in site mapping and design planning. Agriculture benefits from crop monitoring and precision farming. Environmental researchers use it for habitat monitoring, and archaeologists for site exploration.
Drone LiDAR surveys refer to the use of unmanned aerial vehicles (drones) equipped with Light Detection and Ranging (LiDAR) technology to collect accurate and detailed geospatial data. LiDAR uses laser sensors to measure distances and create precise three-dimensional point cloud representations of the surveyed area.
The data collected from drone LiDAR surveys can be used for various applications, such as topographic mapping, land surveying, urban planning, forestry management, and infrastructure inspections. It enables professionals in fields like engineering, construction and environmental science to make informed decisions based on accurate and up-to-date geospatial information.
Drone-captured digital twins revolutionize industries by creating virtual replicas of physical assets. These replicas offer remote monitoring, precise measurements, and valuable insights for sectors like infrastructure management and asset tracking.
With the ability to detect changes over time, digital twins enable proactive decision-making and efficient resource management. By leveraging the power of drones, these virtual replicas drive efficiency and enhance collaboration among stakeholders.
Fast and efficient: Drone stockpile measurements can be completed in a fraction of the time it would take to conduct the same measurements manually, reducing the amount of time needed for inventory management.
Traditional methods of measuring stockpiles often require significant time and resources, such as equipment rentals, surveyors, and ground crew. Drone stockpile measurements can be done with minimal personnel, equipment and resources, resulting in significant cost savings.
Drone digital surface and terrain models revolutionize mapping and analysis. These models provide accurate 3D representations of Earth's surface, including objects and terrain. Drones equipped with LiDAR or photogrammetry cameras capture high-resolution images and elevation data, enabling detailed visualization and analysis.
Digital Surface Models (DSMs) and Digital Terrain Models (DTMs) generated by drones offer valuable benefits for various applications. DSMs represent the Earth's surface, including all objects on it. While DTMs focus on the bare Earth's surface by removing structures and vegetation.
High Density Point Cloud
Our streamlined process begins with a meticulously planned drone flight, where our expert pilots navigate the skies to collect vast amounts of data points. These data points, generated through LiDAR or photogrammetry techniques, create a comprehensive point cloud—a virtual map of the area with an array of applications.
From urban planning and construction site analysis to environmental monitoring and agriculture, our drone-based point cloud collection opens up new avenues for precision, efficiency, and insights in various industries.