Buy your Klau PPK Software for Phantom 4 RTK from Rise Above in Sydney, and have confidence that you are dealing with Australia's UAV experts. We always offer Australia's best prices and support. For more info, click here
KlauPPK software enables professional users to achieve the most accurate and reliable results with their P4RTK drone without running it in RTK mode. PPK does not require a real-time connection to the base. Not only does this save users the time in the field, but the data collected is complete, no losses due to communications links or range means better data quality, and as it is post-processed the solution is more rigorous than a real time RTK solution.
• No Survey Equipment or Smart GCPs Required. The KlauPPK software offers a proven, effective method which reduces this requirement to only a single GCP. Using the KlauPPK software, your drone can be used as a static survey equipment to collect any number of check or control points, reducing the field time and operational costs. You no longer need to place smart ground control points or measure targets with survey equipment.
• Integrated Base Station Data. KlauPPK software has seamlessly integrated both free and commercial CORS data sources in most parts of the world. This enables users to process their PPK data without having to set up a base station or search for the right data.
• 3D Lever Arm Correction. This feature brings even more precision to the computed results by modelling the 3D offset between the GPS antenna and the camera centre, or lever arm, which changes as the drone tilts in different directions, to determine the exact camera centre position for each photo.
• Geoid and Coordinate System Support. KlauPPK software converts the default WGS84 geographic coordinates from the DJI P4RTK to any published coordinate system and applies the geoid separation. Users can also add a new coordinate system, perform datum transformations and site localization to calculate accurate camera positions in their local site frame of reference.
• Smart Geotagging. Computed high-accuracy camera positions with their horizontal and vertical accuracy values can be written to the image EXIF data, or to a text file with other survey report information. The accuracy values are applied in photogrammetry processing software, again helping to achieve the best possible results.
