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POSPac PP-RTX for UAV

CORRECTION SERVICE FOR APPLANIX PRODUCTS AND SOLUTIONS

POSPac PP-RTX® for UAV is a cloud-based solution providing centimeter-level post-processed positioning accuracy without the need to set up or maintain local base stations. Trimble CenterPoint® RTX™ correction service utilizes data from a dedicated global network of tracking stations to compute corrections to satellite orbit and clock information as well as atmospheric delay models.

  • POSPac PP-RTX for UAV
Applanix
85 Leek Crescent
L4B 3B3 Richmond Hill
Canada
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Description

POSPac PP-RTX® for UAV is a cloud-based solution providing centimeter-level post-processed positioning accuracy without the need to set up or maintain local base stations. Trimble CenterPoint® RTX™ correction service utilizes data from a dedicated global network of tracking stations to compute corrections to satellite orbit and clock information as well as atmospheric delay models. POSPac uses this data to post-process the GNSS-inertial trajectory as an alternative to the known SingleBase, SmartBase, and Multi-SingleBase augmentation processing methods. POSPac PP-RTX is ideal for UAV mapping applications in remote regions such as in mountainous and forested areas where existing base stations are not present and setting up a base station can be difficult.

  • Map inaccessible regions that have no existing CORS without the cost of deploying local base stations
  • Attain more uptime and reliability with Trimble’s professionally managed, highly maintained private network
  • Achieve centimeter-level accuracy within minutes
  • Maximize productivity – reduce acquisition costs and rework costs
  • Streamlined map production workflow – faster production and better accuracy

 

APPLICATIONS

CREWED AIRBORNE: Due to the mission size, crewed airborne projects can easily exceed the maximum of 20 km distance from a single base station that is required for a precise GNSS-Inertial solution. POSPac PP-RTX has no such limitation and is hence ideal for crewed aerial surveys. Furthermore, since POSPac PP-RTX is a global service, it eliminates the cost and headache of setting up or procuring local base stations in different countries or remote locations. The duration of a typical manned survey mission is well above 30 minutes which means allows to run it in the fast or standard region at the precision outlined under question 3).

UNCREWED AIRBORNE: Short flights (10 – 30 min) require the fast region coverage for best performance. Long flights (> 30 min) can make use of both regions without any performance loss. This is particularly useful for BVLOS applications or longer linear flights such as those associated with corridor mapping. POSPac PP-RTX is also ideal for UAV mapping applications in remote regions such as in mountainous and forested areas where existing base stations are not present and setting up a base station can be difficult.

LAND APPLICATION: POSPac PP-RTX currently requires clean GNSS observables with minimal cycle slips and interruptions. This means for Land applications that are exposed to frequent GNSS disruptions (buildings, vegetation, tunnels) in urban environments the POSPac PP-RTX service will not be able to achieve full accuracy. For missions in rural areas with no or only a few GNSS obstacles, it may produce adequate results. Please contact Applanix for more details

MARINE APPLICATION: The POSPac PP-RTX service can be used for all POS MV systems and applications. For offshore projects and remote coastal line surveys it is the only cost-effective method for achieving cm level position accuracy. For surveys in ports or missions close to the mainland, it eliminates the cost needed to procure or set up local base stations.

Specifications

  • Area of application
  • Processing type
  • Operating System
  • Subscription

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