Choose the right flight for your inspection.
Which Mission should i select?
Click on the PDF Link for an explanation of each mission available to you.
Get the images you need to track inventory, without affecting processing.
Before an antenna can be repaired or replaced, detailed information is needed. With Cell Tower flight you can extract height, azimuth, downtilt, and plumb to identify your antenna model for inventory.
PIX4Dscan’s missions work to get the best imagery for creating dense point clouds and 3D models. Work with your images in PIX4Dinspect for best results.
If you incorporate Pix4Dscan into your company workflow, your time on site will be reduced.
PIX4Dscan is a professional asset flight application for iPad developed by photogrammetry experts for visual inspections from images. This companion of PIX4Dinspect allows for both manual and automatic drone flights (Cell Tower, Orbit, Cylinder, and Grid), to meet your mission’s specific needs and to collect actionable data.
PIX4Dscan provides two versions: Inspection and Inspection-Telecom.
The Inspection version contains functionalities used to perform general scanning and inspection of structures. The Inspection-Telecom version contains the additional functionality aimed at scanning and inspecting cell towers.
The Cell Tower mission contains the recommended workflow for scanning such structures. For the mission planning, points of interest such as the center and the maximum altitude of the cell tower need to be manually identified in the field. The mission is then created in relation to the measured position of these references.
PIX4Dscan is currently supported on iOS (iPad only). Pix4Dscan requires iPad OS 11.0 or later. We recommend using the latest OS version as it is usually the one used for internal testing. Pix4Dscan has been tested with the following devices:
PIX4Dscan is compatible with different drones. Click PDF Link
PIX4Dscan is a professional asset flight application for iPad and tablet developed by photogrammetry experts for visual inspections from images. This companion of PIX4Dinspect allows for both manual and automatic drone flights (Cell Tower, Orbit, Cylinder, and Grid), to meet your mission’s specific needs and to collect actionable data.
For information about PIX4Dscan’s pricing, contact our sales team.
PIX4Dscan provides two versions: Inspection and Inspection-Telecom.
The Inspection version contains functionalities used to perform general scanning and inspection of structures. The Inspection-Telecom version contains the additional functionality aimed at scanning and inspecting cell towers.
PIX4Dscan provides four mission types: Orbit, Cylinder, Cell Tower, and Grid.
The Cell Tower mission is a flight mission specifically designed to optimize the scanning of cell towers and it is available only with the Inspection-Telecom version. The Cell Tower mission will enable the 3D reconstruction of cell tower structures and antennas with the highest level of detail.
If you require further information on this product please get in touch.
The Cell Tower mission is a flight mission specifically intended for scanning cell towers. The Cell Tower mission aims to efficiently capture the components and geometries by applying multiple sub-missions: Orbit, Cylinder, Single vertical, and Underneath Orbit.
The full description of the Cell Tower mission please refer to PIX4DScan Manual.
PIX4Dscan is currently supported on iOS (iPad only) and Android (tablet only). Pix4Dscan requires iPad OS 11.0 / Android 7 or later. We recommend using the latest OS version as it is usually the one used for internal testing. Pix4Dscan has been tested with the following devices:
Manufacturer | Drone | Camera | Controller | iOS | Android |
---|---|---|---|---|---|
DJI drones | Phantom 4 | Built-in | Default GL300C | Compatible – Not tested (1.0.0 and later) | Compatible – Not tested (1.0.0 and later) |
Phantom 4 Pro | Built-in | Default GL300F | Compatible (1.0.0 and later) | Compatible (1.0.0 and later) | |
Phantom 4 Pro V2.0 | Built-in | Default GL300L | Compatible (1.0.0 and later) | Compatible (1.0.0 and later) | |
Phantom 4 RTK* | Built-in | Default GL300L (SDK remote controller) | Compatible – Not tested (1.5.0 and later) | Not Compatible | |
Mavic 2 Pro | Built-in | Default RC1A | Compatible (1.0.0 and later) | Compatible (1.0.0 and later) | |
Mavic 2 Zoom | Built-in | Default RC1A | Compatible (1.6.0 and later) | Compatible (1.0.0 and later) | |
Matrice 200** | DJI Zenmuse X4S/X5S*** | Default GL6D10A | Compatible (1.5.0 and later) | Compatible (1.0.0 and later) | |
Matrice 200 V2 | DJI Zenmuse X4S/X5S*** | Default GL900A (Cendence) | Compatible (1.6.0 and later) | Compatible (1.0.0 and later) | |
Matrice 210** | DJI Zenmuse X4S/X5S*** | Default GL800A (Cendence) | Compatible (1.5.0 and later) | Compatible (1.0.0 and later) | |
Matrice 210 V2 | DJI Zenmuse X4S/X5S*** | Default GL900A (Cendence) | Compatible (1.6.0 and later) | Compatible (1.0.0 and later) | |
Matrice 210 RTK** | DJI Zenmuse X4S/X5S*** | Default GL800A (Cendence) | Compatible (1.5.0 and later) | Compatible (1.0.0 and later) | |
Matrice 210 RTK V2 | DJI Zenmuse X4S/X5S*** | Default GL900A (Cendence) | Compatible (1.6.0 and later) | Compatible (1.0.0 and later) | |
Parrot drones | Anafi | Built-in | Default SkyController 3 | Compatible (1.0.0 and later) | Not Compatible |
Anafi Thermal | Built-in (RGB only) | Default SkyController 3 | Compatible (1.1.0 and later) | Not Compatible | |
Anafi USA | Built-in (RGB only) | Default SkyController 3 | Compatible (1.1.0 and later) | Not Compatible |
Internet connection in the field is not strictly required but it is recommended.
Before performing an offline flight, it is also recommended to connect to the internet and move around the basemaps, so that they can be cached and made available for offline viewing.