Attachment 1 Specifications.pdf
PDF 103 KB Posted
- Attached to
- Blue UAS Hexacopter (Pendleton, OR) Federal contract opportunity
- Solicitation number
- 12905B23Q0151
About this file
This document contains specifications for a federal contract opportunity. The Department of Agriculture Agricultural Research Service Field Research Implementation and Information Delivery Pacific West Area is soliciting for a Blue UAS Hexacopter or equivalent to meet the following specifications: it must be Blue UAS-approved and able to carry a payload of at least 17 lbs, have a maximum flight time of at least 35 minutes with at least two included batteries, support both automated and manual flight control with the ability to execute automated flight plans specifying various parameters, and integrate a MicaSense Altum-PT multispectral/thermal sensor with tools for radiometric calibration. The UAV must also be equipped with RTK technology to precisely geolocate itself and the sensor, integrated with an auxiliary base station. The solicitation number is 12905B23Q0151.
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Other files for this federal contract opportunity
| File | Type | Posted |
|---|---|---|
| SF30_12905B23Q0151_0001.pdf | ||
| RFQ_12905B23Q0151_Terms and Conditions.pdf |
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Text version
Specifications (Brand Name or Equal)
Harris Ariel Carrier H6 Electric Blue UAS Hexacopter, or equivalent.
Performance specifications and salient characteristics.
UAV (or Drone): Must be Blue UAS-approved.
UAV Payload: At least 17 lbs.
UAV Maximum Flight Time: At least 35 minutes.
UAV Batteries: At least two batteries included.
UAV Controls: Automated and manual flight control; ability to execute automated flight plans with specified flight altitudes, airspeeds, image capture rates and overlap, and spatial resolution.
Multispectral/Thermal Sensor: MicaSense Altum-PT. Tools for radiometric calibration should be included, such as a calibration board and a downwelling light sensor.
Sensor Integration: Full electrical integration of UAV and sensor, including sensor mounting.
RTK GPS: Equipped with RTK technology that enables precise UAV geolocation, integrated with sensor, with use of an auxiliary base station.
File details come from the government source that posted it. Updated .