Agisoft Metashape: Professional Edition

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Agisoft photoscan professional edition free.Top 10 Drone Mapping Apps and Software (Updated October 2021)


Having this eye in the sky allows for very quick turnaround times, typically much quicker than an on-the-ground inspection could provide. Although drones have been taking great aerial images for years now, many industries were looking for advanced mapping and surveying options. Only until recently have the mapping apps come around to the point where they provide accurate and timely data analysis and flight programming for a reasonable and accessible cost. We have compiled a list of the top 10 drone mapping apps available on the market today and more specifically, mapping software that is compatible with DJI drones , the current market leader in consumer UAVs.

It features universally compatible visual tools that can be used across multiple mainstream platforms like Apple, Android, and Windows. This data mapping software is more geared toward industries that manage resources or civil projects.

It is advertised as a tool for helping to calculate out on-site metrics, among other uses. The Propeller Aero drone mapping software excels in multitasking and can be used for checking progress in dig sites, managing inventory, and tracking changes in an efficient and affordable manner. This makes Propeller Aero a very popular choice among commercial operators, as it has shown exceptional results when used in the construction, waste management, mining, aggregates, and surveying industries.

Wherever a detailed outdoor recording is needed, Propeller Aero is where professionals go. The pricing model of the Propeller Aero is an annual price model based on the number of worksites. The Annual Roving Site license allows for drone mapping operations in multiple worksites, support for up to 10 users, as well as all features of the single worksite subscription.

Arguably the biggest name in the prosumer drone mapping industry, DroneDeploy has made big strides in the past years in terms of streamlining the mapping process, making their interface incredibly intuitive, and allowing for a wide range of applications with their 3rd party app market. Their mapping app makes mapping with pretty much any of the DJI drones a breeze. Simply draw a circle or polygon around the area or object you would like to capture, set your desired resolution and the drone will do the rest!

One of the early players in the drone mapping industry, DroneDeploy has evolved from an often glitchy user interface to a smooth, streamlined option for drone mapping. One of their major strengths is their app store which allows 3rd parties to interface with the collected aerial imagery and generate their own datasets. DroneDeploy integrates with some of the big names in the ag industry John Deere, Skymatics etc and has some incredible apps available in their app store such as the Birds.

Some industry professionals feel that some of the other mapping options such as Pix4D provide a more accurate map and allows for significantly more control over the dataset than DroneDeploy does. Among the professional surveying crowd DroneDeploy is viewed as great entry level tool, but when it comes to enterprise level data processing Pix4D appears to be a more robust solution. Enterprise Plan- Custom pricing.

Founded in , Pix4D has close to a decade of aerial imaging and mapping experience. Their focus has been on the enterprise level crowd that demands the highest quality map available. From the start they have been committed to assembling professional georeferenced maps built on years of academic research.

Their original partnership with eBee still stands but they have expanded their software to interface with the ubiquitous DJI UAV systems. Cloud processing of their images is included in their different mapping packages. Enterprise level mapping and inspection software with a solid team to back it up.

Plenty of training material and a certification course are available. Targeted at advanced user and enterprise level customers demanding the best of the best mapping software, some users have stated their interface is not as intuitive as DroneDeploy.

Subscription monthly or yearly. Several pricing options are available on the Pix4D site, including perpetual licenses for educational purposes. DJI is by far and away the leader in consumer and prosumer UAVs, and have the marketshare to prove it.

Although their app and software does not do any image processing, it does integrate tightly with all of their UAVs. It is currently only compatible with the Apple iPad.

As it is built by the manufacturer it works fairly seamlessly with their UAVs. Clean interface, intuitive. Maximum of 99 waypoints which can be limiting for some professional users.

Only compatible with DJI drones and the iPad. Some users say the software is not that polished and occasionally glitchy. Infrequent updates also seems to be an issue. Does not export any files, mission planner only.

Raptor Maps has a strong focus on performing solar analysis and solar construction site monitoring , as well as generating reports for both.

Founded in by MIT engineers who were involved in SpaceX and advanced biomedical engineering, Raptor Maps has an incredible depth of knowledge and academia backing it. Strong focus on thermal imaging and assessing solar PV panels. Their mission is to make it easy for solar companies to monitor and assesses performance of PV panels and to use their advanced artificial intelligence algorithms to detect and performance altering deficiencies.

Raptor Maps states that their customers are completing solar farm inspections up to 4X faster than competing systems that require orthomosaics. When it comes to mapping PV panels Raptor Maps is unparalleled. It does not have the most intuitive of workflows, but the company is young and rapidly evolving.

Raptor maps does not currently have publicly available pricing. Maps Made Easy and DroneDeploy have been among the top contenders for ease-of-use and low barrier to entry. Initially Maps Made Easy was the preferred of the the two due to its seemingly more accurate stitching algorithm and more reliable app. DroneDeploy has recently made some big changes to their workflow and now seems to have surpassed Maps Made Easy as far as ease of use and functionality.

The big plus that Maps Made Easy has going for it is the per-acre pricing , which is great for occasional users who do not want to sign up for yet another month-to-month subscription service. Ease of use, some great options under the free package. Also, pay-as-you-go means you are not stuck in a month-to-month contract like you are with some of the others. If you are interested in pursuing a UAV photogrammetry business or similar, buy the best quadcopter and sensors you can.

There is tremendous opportunities for owners with quality UAV lidar and photogrammetry equipment. Photogrammetry is the science of making measurements from photographs.

The output from photogrammetry is typically a map, a drawing or a 3D model of some real world object or land mass. To create 3D maps from aerial photogrammetry, the camera is mounted on the drone and is usually pointed vertically towards the ground. Using photogrammetry to create 3D models of monuments or statues, the camera is mounted horizontally on the UAV. It is essential to have a UAV which has waypoint navigation technology.

Lidar actually means Light Detection And Ranging. Lidar scanners can capture hundreds of square kilometers in a single day.

By measuring 10 to 80 points per square meter, a very detailed digital model of a landscape can be created.

The accuracy of the measurements, allow the 3D models created using the lidar drone to be used in planning, design and decision making processes across various sectors. Lidar sensors can also pierce dense canopy and vegetation, making it possible to capture bare earth structure which satellites cannot see, as well as ground cover in enough detail to allow vegetation categorization and change monitoring.

Through the use UAV photogrammetry and lidar mapping, there is a large range of products, which can be extracted from the aerial imagery. These products include;. Here are some of the best uses of lidar and photogrammetry. All of these sectors benefit for having precision 3D images of their projects. They also benefit with increased efficiency and reduced costs than using traditional aircraft.

Here is a very specific article which covers all the uses of lidar sensors and best Lidar UAVs. NOTE: Vegetation Modelling use multispectral sensors and lidar sensors rather than photogrammetry sensors. There are several drones with cameras, which are ready made for 3D Mapping. In reality, any drone equipped with an intervalometer on the camera would be suitable. An intervalometer triggers the camera shutter. A minimum photo capture would be 1 photo every every 2 seconds. The below cameras all work well for photogrammetry and mapping.

GoPro camera lenses are not great for creating aerial maps. To get some sort of decent results, you would have to be flying higher than feet approx meters. Also, the integrated cameras on the DJI drones such as the Phantom 3, Phantom 4 and Inspire 1 will allow you to capture photogrammetry images. More information below on DJI.

The photos should be as clear as possible. If you have drone with a zoom camera and you zoom in on your aerial photos, are the small features blurry. If so, try to figure out the reason for the blur and your 3D images will improve immensely. Eliminate everything standing in the way of maximum sharpness. This is where more megapixels actually matters. Shooting in RAW definitely helps. Lighting is always important in photography. Shallow depth-of-field is actually a bad thing for photogrammetry, because blurred details confuse the software.

The goal is to have high detail, sharp, and flat imagery which requires closing up the aperture, giving more light. Good lighting will also allow you to lower the ISO, which will reduce grain, and it will allow you to have a high shutter speed which also reduces motion blur.

Give the 3D photogrammetry software only high resolution information. If one image is off or not aligning correctly with the images before and after it, then delete this image. Humans are still smarter than software, which will be stitching the images together.

Filtering out bad or off line photos before the software gets to work, will make the work of the 3D photogrammetry software easier giving higher image accuracy. If you are new to the world of photography, here is a terrific article with on aerial photography tips. Most of the drones highlighted below, are featured in our drone reviews on this website. Also check out 7 very affordable drones with autopilot and GPS which are essential technologies for photogrammetry and lidar mapping.

DroneDeploy is one of the top companies producing photogrammetry software. DroneDeploy have a mobile app for programming the autonomous flight and capturing photos, which can then be uploaded to the DroneDeploy Platform in the cloud. This DroneDeploy platform will then create the 3D maps and models.

You can view it during the automated flight. Read the full DroneDeploy review here, which has all the information on their 3D maps and models software. The Mavic 2 and older Mavic Pro is perfect for photogrammetry and lidar mapping applications. These quadcopters all use the latest IMU and flight control stabilization technology to fly super smoothly.

They also have a 4k stabilized integrated gimbal and camera. The Mavic are all compatible drones for use with the top 3D mapping software from companies such as DroneDeploy or Pix4D. Waypoint navigation is very important for creating accurate 3D photogrammetry images.

The Mavic drones uses the Waypoints for its autonomous programmed flight. However, all the top photogrammetry software will include waypoint navigation. With a transmission range of 4. It is built to closely integrate with a host of powerful DJI technologies, including the A3 flight controller, Lightbridge 2 transmission system, Intelligent Batteries and Battery Management system, for maximum performance and quick setup. The modular design of the M makes it quick and easy to set up. Top quality cameras along with an super stable multirotor will give you perfect 3D maps every time.

The M features an extended flight time and a 5 km long-range, ultra-low latency HD image transmission for accurate image composition and capture. This multirotor uses 6 small DJI intelligent batteries with a customized battery management system and power distribution board allowing all six batteries to be turned on with one button press, and keeps the system in flight in the event of a failure of a single battery, and allows users to check the battery status in real-time during flight.

The Matrice has enhanced GPS with allows for highly accurate photogrammetry. You can read further on the DJI Matrice here.

The Phantom 4 flies perfectly smooth, uses dual navigation systems, uses obstacle detection and collision avoidance sensors. It has a 4k camera.


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Agisoft Metashape Professional Edition. Educational license (rehostable node-locked) $ Buy now License terms. Agisoft Metashape Standard Edition. Update from PhotoScan to Metashape is completely free and does not require any additional payments from the licensed users. Agisoft Metashape licenses are compatible with earlier Agisoft. Dec 12,  · Metashape Professionalの全機能を30日間、無料でテストすることが出来ます。ソフトウエアをインストールし、Metashapeを起動すると、最初に以下画面が表示されます。「Start a free day trial」を選択しOKしてください。. Aug 28,  · This first videos shows you how to create 3D Model using the DJI Phantom 4 and the Photogrammetry mapping Agisoft PhotoScan software. DJI Phantom 3 And Inspire 1 Photogrammetry In September , a firmware and software update gave the DJI Inspire 1 and Phantom 3 models waypoint navigation and can now be used for photogrammetry.