SOFTWARE LiDAR

POSPAC

POSPac UAV is Applanix’ industry-leading differential GNSS-aided inertial post-processing software for georeferencing data from the Trimble APX series of board sets flying on small UAVs.

POSPac UAV turns your UAV into a low-cost, highly efficient, professional grade mapping solution compatible with cameras, LiDAR and other mapping sensors.

KEY FEATURES

► cm-level post-processed DGNSS position accuracy
• removes the need for Ground Control Points in aero-triangulation (AT)
• achieve cm level accuracy in LiDAR point cloud
► Accurate GNSS position translation from Antenna Phase Center (APC) to sensor origin
• eliminates the need to estimate offset in AT which results in better accuracy
• obtains cm level accuracy in LiDAR point cloud
► High accuracy orientation
• strengthens the geometry in the AT block which reduces or eliminates sidelap
• obtains cm level accuracy in LiDAR point cloud
► Speeds up processing time of AT by improving point matching success and blunder detection
► 200 Hz Georeferencing solution
• filters out bad GNSS observables
• improves heading accuracy
• reduces interpolation errors to sensor sampling times
► Automatically survey in dedicated base stations direct from POSPac using Trimble CenterPoint® RTX™
• streamline map production workflow
► Full transformation support
• user selectable datums and projections
• transformation to camera Exterior Orientation
► Optional PP-RTX subscription for mapping without base stations (Fast Regions)
► Optional LIDAR QC Tools for UAV module for LIDAR
• Boresight calibration
• LiDAR-based Corrected SBET trajectory
• Point Cloud generation

YOUR BENEFITS

✓ Reduced acquisition costs
✓ Reduced re-work costs with “know before you go” in field quality control
✓ Faster production
✓ Better accuracy
✓ Increased utilization

InsPRO

The InsPRO software generates the point clouds in  .las format from the raw data captured by the InsHMS system and the post-processing path generated by POSPac. The InsPRO software allows us to automatically process a complete project and apply different filters to the output data to obtain results appropriate to the needs of the project.
The data processing is a sequential process, where the loading of all the data is carried out first and, finally, the processing and generation of the output files, applying filters if they are selected by the user.

KEY FEATURES

► cm-level post-processed DGNSS position accuracy
• removes the need for Ground Control Points in aero-triangulation (AT)
• achieve cm level accuracy in LiDAR point cloud
► Accurate GNSS position translation from Antenna Phase Center (APC) to sensor origin
• eliminates the need to estimate offset in AT which results in better accuracy
• obtains cm level accuracy in LiDAR point cloud
► High accuracy orientation
• strengthens the geometry in the AT block which reduces or eliminates sidelap
• obtains cm level accuracy in LiDAR point cloud
► Speeds up processing time of AT by improving point matching success and blunder detection
► 200 Hz Georeferencing solution
• filters out bad GNSS observables
• improves heading accuracy
• reduces interpolation errors to sensor sampling times
► Automatically survey in dedicated base stations direct from POSPac using Trimble CenterPoint® RTX™
• streamline map production workflow
► Full transformation support
• user selectable datums and projections
• transformation to camera Exterior Orientation
► Optional PP-RTX subscription for mapping without base stations (Fast Regions)
► Optional LIDAR QC Tools for UAV module for LIDAR
• Boresight calibration
• LiDAR-based Corrected SBET trajectory
• Point Cloud generation

YOUR BENEFITS

✓ Reduced acquisition costs
✓ Reduced re-work costs with “know before you go” in field quality control
✓ Faster production
✓ Better accuracy
✓ Increased utilization