Sensors and Systems
Breaking News
Arup and Ordnance Survey hit major milestone in development of national heat network zoning model
Rating12345 Supporting the Government’s target for heat networks to...
Wingtra achieves a key accuracy milestone with terrestrial laser scanner data comparison
Rating12345Zurich, Switzerland, 12 June 2025—Swiss survey firm Lerch Weber recently conducted...
Esri’s Jack Dangermond Honored with Award from International Fund for China’s Environment
Rating12345 Esri president Jack Dangermond received the 30 Years...

December 16th, 2010
All-New Lidar Rectification Software for ALTM Owners

  • Rating12345
Optech Incorporated, the world’s leading manufacturer of advanced lidar survey instruments, is pleased to announce the full release of their new software package, Optech Lidar Mapping Suite version 2.0, for their Airborne Laser Terrain Mapper clients. Optech LMS offers ALTM clients an all-new workflow designed specifically for the production environment. Incorporating a fully-automated batch-mode capability, Optech LMS enables simultaneous processing of multi-mission data collects, and includes multi-threaded and distributed processing capabilities to further increase processing efficiency. An all-new lidar rectification module provides additional value by maximizing and quantifying project-wide accuracies. 

“We are extremely pleased to offer such a capability to our clients,” says Michael Sitar, Optech’s Airborne Survey Products Manager. “Optimizing lidar data accuracies by minimizing flight-line to flight-line variations is a standard workflow process. By incorporating our proprietary lidar optical models, we are able to offer a workflow that enables raw lidar point files to be exported directly to value-added software without further refinement. This can pay dividends in maximizing the efficiency of the lidar production environment.”

Optech LMS also includes pre- and post-rectification results, as well as relative and absolute accuracy comparisons. Results are available as a project deliverable in the form of reports, plots and graphic comparisons. Coupled with robust underlying algorithms that have been field-proven for more than two years, it largely eliminates the need for independent calibration flight regimes. www.optech.ca