MRS-Double Poles Rocker Switch
Features
â—† Wide Application
Widely used for various kinds of electrical products, instrument, car, boat, household appliances such as lights, water dispenser, treadmill, coffee pot, speaker, electric car, motorcycle, TV, massage machine etc.
â—† High Operating Life
Made of high quality polyamide eP(Nylon PA66) material, this sturdy mini boat Rocker Switch is born for anti-corrosion,anti-acid and high resistant with silver terminals.100,000 times of ON/OFF operating life span.
â—† Easy Installation Auto
Easy to implement into all kinds of electronics projects, just drill a hold the right size and it slides straight in.This inexpensive rocker switches are always good to have around.
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When discussing "UAV software," many people immediately associate it with "UAV flight control"—software that manages the drone's flight. While this is accurate, the scope of UAV software today goes beyond just controlling the drone. Modern UAV software typically includes basic flight control features, such as route planning and automated movement, allowing drones to perform autonomous flights and even automatic photography. However, what I want to focus on here is the software used for processing data collected during these flights—specifically, aerial survey software.
Aerial survey software is a broad category, but for the sake of clarity, we'll focus on drone-based aerial mapping and modeling tools. These programs are designed to process images captured by drones and generate maps, 3D models, and other geospatial data. Let’s take a closer look at some of the most popular options in the market.
Pix4D is one of the leading names in this field. Originally launched from the Computer Vision Laboratory at EPFL in 2011, the company has since expanded globally, setting up offices in France, the U.S., and China. The Pix4D suite includes Pix4Dcapture, Pix4D Desktop, and Pix4D Cloud. These tools allow users to plan flights, capture images, and then process them into detailed outputs like 3D point clouds, digital surface models, orthomosaics, and more. Pix4Dcapture is a free mobile app for route planning, while Pix4D Desktop offers advanced offline processing capabilities. Pix4D Cloud allows users to store and analyze data in the cloud, making it ideal for those without high-performance local systems.
Another notable player is Altizure, developed by Everest Technology, an incubator from the Hong Kong University of Science and Technology. Altizure specializes in converting drone-captured images into real-world 3D models. It offers multiple platforms: an app for route planning and image uploads, a web interface for processing, and a desktop version for offline viewing and analysis. Free users get 3 gigapixels of credit, which is enough for around 250 high-resolution images. Professional users can purchase additional credits based on their project size.
Skycatch, based in San Francisco, focuses on data acquisition and has raised $22 million in funding. Their software helps users define what data they need, and Skycatch handles the rest, from flight planning to data delivery. Their services are widely used in construction, mining, agriculture, and solar energy. They also offer their own flight planning app and a dashboard for managing data.
DroneDeploy, another major player, has raised $20 million in Series B funding. It stands out with its App Market, where users can access specialized tools for different industries, such as crop analysis or 3D printing. DroneDeploy’s cloud-based platform allows users to map large areas and analyze data in real time. However, its localization in China remains a challenge due to slower internet speeds and outdated map data.
Datumate, an Israeli company, has partnered with DJI to create a professional mapping solution. Their software, including DatuFly for flight planning and DatuSurvey for image processing, is known for its high accuracy. It’s widely used in engineering, infrastructure inspection, and land surveying.
Site Scan, formerly part of 3D Robotics, now focuses on enterprise solutions. It integrates with Autodesk for advanced data analysis and supports DJI’s Mavic 4 Pro. Mesh, another innovative tool, emphasizes real-time collaboration between drones and ground teams. It supports multi-platform workflows, enabling real-time data sharing and analysis.
In summary, modern UAV aerial survey software typically combines mobile apps for flight planning and web/desktop tools for image processing. While flight planning is a standard feature, the true differentiator lies in the quality of the data processing algorithms. Among the seven highlighted, each offers unique strengths, and their ability to deliver precise and detailed outputs makes them top choices for professionals in the field. Whether you're capturing data or analyzing it, these tools are essential for maximizing the potential of drone technology.