Our drones contain the most up to date drone technology for every type of user and shooting scenario. From 48MP photos, 4K/60fps at 120Mbps, 8K Hyperlapse to Full Frame 45MP, 6K CinemaDNG, 5.2K Apple ProRes, and many more industry standard external load outputs like Ronin 4D and 8K RED cameras.

We use the top of the line postproduction software to generate a variety of state-of-the-art high resolution 3D maps and detailed model reconstruction to centimeter accuracy horizontally and vertically.

An orthomosaic image, also known as an orthoimage, orthophoto, or orthophotograph, is a high-resolution aerial image taken by a drone. When stitched together with specialized software using a process called orthorectification, these images can be used to create a highly detailed, distortion-free map that enhance the visibility of details that may not be visible using more common photogrammetry techniques. 

Drone imagery and associated software provides a cost-effective solution to traditional methods of stockpile and mining inventory valuations. Drone mapping solutions provide topography and survey data, eliminating the costly and labor-intensive conventional methods of stockpile management while also increasing accuracy. Improve safety and increase accuracy while saving time & money over the conventional methods of estimating stockpiles by unleashing the power of drone technologies. Drones can quickly and efficiently aid in surveying by mapping large tracks of lands in a fraction of the time of traditional methods. Drone data can then be used to create contour and topographical maps affording end users accurate visual representations.

Thermal camera sensors, like standard electro-optical cameras, generate an image or digital reproduction of what they see, but instead of capturing the wavelengths of light to which our eyes are sensitive, they capture heat, emitted as infrared radiation, to produce an image undetectable to the naked eye. Local government agencies, large and small private businesses, and even ordinary households can now use thermal imaging to enhance their physical security, to identify areas in need of immediate repair or likely to need repair in the future in their buildings and infrastructure, and to provide additional services in a variety of industries and applications such as; Solar Panel Field Inspections, Electrical Inspections, Roof and Building Inspections, Road and Bridge Inspections, Agriculture, Oil and Gas, Public Safety and Security.

Airborne Hyperspectral Imaging (or Remote Sensing) is the collection and processing of information from across different bands of the electromagnetic spectrum via an aerial vehicle, such as a drone. Hyperspectral Imaging Sensors collect spectral information from a large area (such as a forest) as a set of images, allowing the identification of objects and materials through their individual characteristics (or “spectral fingerprint”).

The use of drones in the agriculture industry is steadily growing as part of an effective approach to sustainable agricultural management that allows agronomists, agricultural engineers, and farmers to help streamline their operations, using robust data analytics to gain effective insights into their crops. Drones are particularly useful for the careful monitoring of large areas of farmland, considering factors such as slope and elevation, for example, to identify the most suitable seeding prescriptions. The technology has also proven useful in gaining an extensive overview of plant emergence and population, as more accurate data can help with replanting decisions, as well as thinning and pruning activity and the improvement of crop models. Crucially, the high-resolution nature of drone data can be used to assess the fertility of crops, allowing agricultural professionals to apply fertilizer, reduce wastage, and plan – and troubleshoot – irrigation systems more accurately. The technology can also be particularly effective following natural disasters, such as a flood, to help farmers to assess damage across terrains that may not be readily accessible on foot. The potential for UAVs in the improvement of sustainable agriculture is huge.

Drone application has an invaluable and demanding role to play when it comes to supporting disaster management. Large scale disasters often disrupt the infrastructure of a region. A post disaster survey using drones can give rescuers the information they need to find open roads and locate survivors. This is possible because, drones provide an aerial vantage point which help cover large amounts of ground. Thermal drones are essential for emergency response. Instead of sending in first responders, a drone can scan the area to locate hot spots on the ground. When used with zoom or infrared cameras, the drone can detect people in adverse and other low-visibility scenarios.

What the professional industry is really concerned with is automated data collection, and the process of making inferences from this data to clarify unanswered industry questions. For example: Monthly reports of stockpile volumes represent useful data, but what does a stock manager need to do with that information? Getting that raw number isn’t enough. A model that relates the calculated dollar value of a stockpile to the costs of input materials over time produces insights that can be actioned upon, to the extent to which information from drone services is being transitioned, into decision-making process of the customer and information delivery platforms to meet the needs of a specific user. Let us help transform this data collection tool into “Actionable Reports” that can be utilized to maximize profits and efficiency.