| |
| |
 |
Optech: ALTM Airborne Laser Terrain Mapper
With up to 167 kHz laser PRF, Optech’s ALTM Gemini pushes the technology to the next level in customer-driven requirements.
ALTM Gemini retains all the performance characteristics of the ALTM 3100EA but offers a 62% increase in data coverage and effective collection rate over every other commercial lidar system in the world. |
|
| |
 |
Optech: SHOALS Airborne Laser Bathymeter Systems
Based on the same principle as sonar, but using light instead of sound, SHOALS gathers shallow water, shoreline and topographic (ground elevation) data simultaneously, integrating land and water measurements in the same data set. Depth and position measurements are accurate to IHO Order 1.
|
|
| |
 |
SPECIM: AISA+ and AISA Eagle
Total turnkey system - Ready to use systems to produce radiometrically calibrated and geo-referenced hyperspectral data.
| Features: |
| •
|
Small size |
| •
|
High performance, stable operation |
| •
|
Low maintenance |
|
| Specifications: |
|
•
|
VNIR 400 - 970 nm |
| •
|
512 or 1024 spatial pixels |
|
•
|
Up to 488 spectral bandse |
|
|
|
| |
 |
SPECIM: AISA Hawk
| Specifications: |
|
•
|
SWIR 970 - 2450 nm |
| •
|
256 spatial pixels |
|
•
|
320 spectral bands |
|
|
| |
 |
SPECIM: AISA Dual
| Specifications: |
|
•
|
Full 400 - 2450 nm |
| •
|
320 spatial pixels |
|
•
|
Up to 500 spectral bands
|
|
|
| |
 |
SPECIM AISA Eaglet for UAV
| Specifications: |
|
•
|
VNIR 400 - 1000 nm |
| •
|
1900 spatial pixels |
|
•
|
Up to 200 spectral bands
|
|
|
| |
 |
The Quick Terrain Modeler
The Quick Terrain Modeler is a fast 3-D visualization software which will work with any type of 3-D dataset, whether it is generated by LiDAR, Synthetic Aperture Radar (SAR), multi beam sonar, or other sensor. Toolset includes importing, editing, visualization, analysis, exporting.
|
|
| |
 |
The Quick Terrain Reader
The Quick Terrain Reader enables the widespread distribution of large and complex 3-D models. The Quick Terrain Reader is free, simple to use and extremely powerful, distribution of large 3-D terrain models has never been easier, more effective, or more economical.
|
|
| |
 |
TerraScan
TerraScan is a versatile software package for processing raw airborne or terrestrial scanned laser data (Lidar). Operators and other users read-in trajectories and raw data points and classify them into user-defined point classes like ground, vegetation and buildings.
|
|
| |
 |
TerraModeler
TerraModeler is a full featured terrain modeling. It creates surface models (TIN) of ground, soil layers or design elements by reading in laser points, graphical design elements or XYZ text files. Versatile functions to edit TINs and display them as contours, colored nets, profiles as well as calculate volumes between TINs, makes TerraModeler a powerful package for many environmental design purposes.
|
|
| |
 |
TerraMatch
Automated correction of position and orientation parameters means better accuracy in final products.
In this process TerraMatch compares overlapping laser strips from different flight lines with each other. During the process it measures differences between temporary TINs or the intensity of laser points from different strips. After finding the best fit it adjust the orientation parameters. The user can decide if TerraMatch matches either all the data points or only points of selected trajectories. |
|
| |
 |
TerraPhoto
TerraPhoto produces orthorectified images from airborne images. It is specifically developed to process images, which are taken during a laser-scanning mission. TerraPhoto uses TIN of ground laser points for an accurate projection model. Some known points on the ground are used only for quality control.
|
|
|
| |
|
|  |
