Drone and Aerial Lidar System Specifications.xlsx
XLSX spreadsheet 12 KB Posted
- Attached to
- Drone Aerial Lidar System
- Solicitation number
- S-63500-00006416
- Issued by
- Marion County, Oregon
About this file
This document contains the specifications for an aerial lidar system, including a drone, lidar sensor, and associated software and hardware, to be purchased by the Oregon Department of Fish and Wildlife (ODFW) Habitat Division. The system is required to collect high-accuracy position data (vertical and horizontal) to establish digital elevation models for modeling flow conditions in larger streams. The requested equipment includes a RTK-enabled drone capable of carrying the lidar payload, a lidar system with specific accuracy and point rate requirements, an integrated IMU, and various accessories such as batteries, chargers, and processing software. The required system is to be used across the jurisdictions of Marion County and the City of Salem, Oregon.
The document does not provide information on pricing terms, set asides, incumbents, funding sources, or other salient commercial details. It focuses exclusively on the technical specifications and capabilities of the required aerial lidar system.
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specifications
| Gear type | Specifications of gear needed | Quantity | Specifications of gear capabilities |
| RTK enabled Drone | Drone | 1 | Capable of carrying lidar payload |
| Obstacle sensing equipment | 1 | Sensing range of at least 0.7m to 40m | |
| In-flight RTK | 1 | Position accuracy of at least 1 cm+1 ppm (Horizontal) and 1.5 cm + 1 ppm (Vertical) | |
| RTK GNSS base station | 1 | Position accuracy of at least 1 cm+1 ppm (Horizontal) 2 cm + 1 ppm (Vertical) | |
| Flight batteries for | As needed for flight time | Capable 5 hrs or greater flight time | |
| Flight batteries charger | 1 | ||
| Flight controller, batteries, and charger | 1 each | ||
| Flight propellers | as many as needed for flights and standard maintenance | ||
| Landing gear and Pad | as many as needed for flights and standard maintenance | ||
| Gimbal to attach lidar | 1 | ||
| Carrying case(s) | 1 | ||
| Calibration equipment | as many as needed to calibrate equipment | ||
| Mission planning, flight, and data collection Software | Software license | 1 | Software will have the ability to create waypoint, oblique, and linear flight mission plans, collect and export lidar data and generate field reports, and create georeferenced 2d and 3d models |
| Lidar and IMU | Lidar system | 1 | System accuracy of at least 10 cm (at 50 m flight elevation) Horizontal and 5 cm (at 50 m flight elevation ) Vertical, a point rate of at least 240,000 pts/s for single returns and 480,000 pts/s multiple returns, and the ability to collect at least three returns from lidar |
| Integrate IMU | 1 | Yaw accuracy equal to or less than 0.3° Real-time and 0.15° Post-processing and a Pitch accuracy equal to or less than 0.05° Real-time and 0.025° and Post-processing. | |
| Any required microSD or SD storage cards | as many as needed for standard data collection | ||
| Lidar targets | 2 or as many as needed for standard data collection | ||
| Post processing software - used to process and classify lidar data and create surface models | Software license(s) | 1 or as many as needed to achieve requirements | Ability to import data formats generated by drone aerial lidar data collection software, process and classify point data and generate surfaces, and create raster data (Geotiff) compatible with ArcGIS 10.0 (or higher) and ArcGIS Pro |
| Training and support | Training course for up to 6 individuals (we can travel within the Willamette Valley) | 1 | |
| Additional product support | as needed |
File details come from the government source that posted it. Updated .