Applanix POSPac 9.1 full cracked release

$ 180.00

Applanix POSPac Mobile Mapping Suite, now with Applanix POSPac Trimble Post-Processed CenterPoint RTX (PP-RTX), is our next generation, industry-leading software for Direct Georeferencing of mobile mapping sensors using GNSS and inertial technology. It is optimized for all environments and platforms (air, land, marine) and compatible with a variety of mapping sensors. This smart software solution achieves both maximum accuracy and maximum efficiency for Direct Georeferencing.


Applanix IN-Fusion+

When creating spatial intelligence via Mobile Mapping, Navigation, Guidance and Control of Autonomous Vehicles (AVs), Asset or Fleet tracking, or Mobile Remote Sensing, the state-of-the art Applanix IN-Fusion+ technology provides the most robust, accurate, and continuous measurements of spatial knowledge. Our latest white paper explores the many methods of data collection, their advantages and drawbacks, and explains how Applanix technology is able to create the best possible solution across all sensors.

Applanix POSPac MMS 9

Applanix POSPac MMS (Mobile Mapping Suite) 9 is Trimble’s next generation of industry leading GNSS-Aided Inertial post-processing software for georeferencing data collected from cameras, LIDARs, multi-beam sonars and
other sensors on mobile platforms.
Applanix POSPac MMS is optimized for all environments and platforms (air, land,
marine) and compatible with a variety of mapping sensors. This smart software solution achieves both, maximum accuracy and efficiency for Direct Georeferencing. The cloud-based version of Applanix POSPac is available and supports data from crewed airborne, uncrewed airborne and mobile mapping missions. The interface to the cloud service is via API and all POSPac desktop functionality is supported in the cloud.

USE TRIMBLE RTX TECHNOLOGY Using Trimble® RTX™ technology, POSPac
MMS 9 delivers signifi cant benefi ts for mobile mapping from land, air, marine and
UAV platforms:

• Achieve centimeter-level accuracy within minutes after data collection with just an
internet connection – no need to set up base stations, no need to wait for delivery
of public-domain ephemeris data
• Map inaccessible regions that have no existing Continuously Operating
Reference Stations (CORS) without the cost of deploying local base stations
• Automatically survey in dedicated base stations direct from POSPac – streamline
map production workflow IN-FUSION+ PROCESSING The new IN-Fusion+ processing provides improved performance through the usage of the multi-satellite and multi-frequency GNSS constellations supported by the latest hardware- and firmware generation. INFusion+ is first available for Single Base
processing of mobile mapping data and for PP-RTX 2 processing of uncrewed airborne data (also supported in POSPac UAV).


Trimble RTX is a proprietary GPS, GLONASS, GALILEO, BeiDou and QZSS
enabled technology that provides high-accuracy GNSS positioning worldwide
without the use of traditional local base stations or a VRS network. By combining
real-time data from a global reference station infrastructure with innovative
positioning and compression algorithms,Trimble RTX technology computes
centimeter-level positions based on satellite orbit and clock information.


Applanix LiDAR QC Tools are a set of POSPac software tools to achieve the
highest level of georeferencing accuracy with LiDAR sensors, supporting boresight
calibration between IMU and LiDAR sensor, trajectory adjustment and LAS file point
cloud generation.The main goal is to create a consistent and homogenous point cloud and a corrected vehicle trajectory using the LiDAR data as an aiding sensor.


• Boresight Angles
• Adjusted Trajectory (Corrected SBET)
• Accurate and matching Point Cloud (LAS)
• PCDA statistics for quality check (LOG)

Key Features

• Post-Processed Trimble CenterPoint RTX trajectory processing (PP-RTX/
• Automatic base station survey using static RTX Survey In function
• IN-Fusion+ – the new engine for Mobile Mapping or UAV data
• Network License Support – share a single license across a network
• Initialize without GNSS (in Dead-Reckoning) incl. PFix Support
• LiDAR QC Tools for boresight calibration and trajectory adjustment
• Windows 11 support
• Smartbase concept with > 9,000 supported base stations worldwide
• Batch Processing for automation and higher productivity
• Term License (annual) to reduce upfront cost

POSPac MMC mapping software is a set of intelligent positioning and positioning data processing software developed by Applanix, which processes the data collected by the Positioning and Positioning System (POS AV), which integrates GNSS and inertial navigation technologies, and through the software solving and processing, it can still obtain the high-precision positioning and positioning data of the mapping sensor.

Detailed introduction

POSPac mobile mapping software is a set of intelligent positioning and positioning data processing software developed by Applanix, which processes the data collected by the positioning and positioning system (POS AV) integrating GNSS and inertial navigation technology, and through software solving, it can still obtain the high-precision positioning and positioning data of the mapping sensor.

Functional characteristics of POSPacMMS software

POSPac software adopts the navigation satellite system and inertial navigation technology for direct positioning of aerial mapping sensors, which can optimize the aerial mapping environment and is compatible with different types of sensors. The software adopts a new user interface,* data processing technology – Applanix SmartBase and Applanix IN-Fusion, intelligent data processing solutions can quickly and efficiently get accurate positioning and positioning data. The software includes the following features :

Importing, managing and evaluating POS AV and GNSS reference station data.

Generate highly accurate position and attitude information from GNSS and inertial navigation data recorded by POS AV.

Calculates the position and attitude of each image acquired by UltraCam, DMC, RMK Top, RC20/30, LMK 2000 and Applanix DSS systems.

Outside orientation elements for each image captured by the aerial camera, exported to third-party photogrammetric software for processing.

Inertial Navigation Unit (IMU), camera axis and coordinate system calibration.

Detailed assessment and control of the data quality of the external orientation elements, camera calibration and coordinate conversion.

Provides detailed documentation and reports related to aerial photography tasks.

Generates Digital Sensor System (DSS) images.

Quickly generates orthophotos directly from DSS images.

  • PP-RTX (Post-Processed RTX): Process your trajectory without a base station. This service works globally within minutes after data acquisition.
  • SmartBase: Process your trajectory with multiple free base stations (database holds thousands of stations worldwide) to overcome short baseline restrictions.
  • Network License: Perpetual and Term License Support in network environment. Local checkout license support for field jobs.
  • Survey Base Station Coordinates: Use static CenterPoint RTX to survey in your base station coordinates.
  • LiDAR QC: Calibrate the boresight angles of your LiDAR and adjust the trajectory based on LiDAR Data.
  • Camera QC: Calibrate the boresight angles of your camera and/or run quality control of your image data.
  • Batch Processing: Process your data in batch command line mode to automate your production.
  • Multi-Single Base Processing: Optimized for corridor mapping projects.
  • Intuitive GUI and smart Plots: Quick user learning and smart plots to evaluate results.


  • No need to deploy base stations – make use of PP-RTX Service or existing stations (SmartSelect)
  • Reduce flight time and fly sharper turns while maintaining performance quality
  • Use GNSS Quality Control (QC) to optimize solution/minimize operational cost
  • Obtain EO for Images with photogrammetric angles (industry formats supported)
  • Camera QC for boresight calibration and quality control



  • Eliminate the need to deploy GNSS base stations by using PP-RTX service or the POSPac free base station database (thousands of stations)
  • Use batch processing to streamline production
  • Use GNSS Quality Control (QC) to optimize solution and minimize operational cost
  • Obtain maximum immunity to GNSS outages in difficult environments – under bridges, cranes or other structures


  • Increase accuracy/efficiency by using SmartSelect downloading best base network for trajectory processing
  • LiDAR QC for boresight calibration and trajectory adjustment
  • Minimize re-work by getting first solution is right solution
  • Increase robustness by using GNSS Quality Control (QC) and optimize solution/minimize operational cost
  • Use batch command line mode to automate your production chain