the Creative Commons Attribution 4.0 License.
the Creative Commons Attribution 4.0 License.
The NASA Aerosol Wind Profiler Doppler Wind Lidar, Part I: Instrument Description and Airborne Demonstration
Abstract. There is a well-recognized need for new orbital 3-dimensional (3-D) wind measurements to improve weather prediction and understanding of atmospheric processes. A new airborne, coherent-detection Doppler wind lidar system called the Aerosol Wind Profiler (AWP) has recently been developed at NASA to address community wind measurement needs and demonstrate technologies needed for an orbital wind lidar mission, leveraging decades of NASA Langley Research Center and industry partner experience with wind lidar instrumentation. This paper describes the AWP instrument, data collection methods, and 3-D wind profile retrieval methods applied to data from its first science campaigns that occurred from September–November 2024. Additional demonstrations of AWP observations and their validation are provided in Part II of this paper.
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Status: open (until 02 Oct 2026)
- RC1: 'Comment on egusphere-2026-4872', Benjamin Witschas, 02 Sep 2026 reply
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The manuscript “The NASA Aerosol Wind Profiler Doppler Wind Lidar, Part I: Instrument Description and Airborne Demonstration” by Bedka et al. presents a comprehensive overview of coherent-detection Doppler wind lidar systems that have recently been developed by NASA, in particular the Aerosol Wind Profiler (AWP), to demonstrate the readiness of this technology for space applications. Together with descriptions of the hardware of the respective systems, the wind retrieval method used is also explained and demonstrated by means of first airborne measurements performed in 2024. The paper is very informative and well structured. It therefore recommended for publication after revision according to the minor comments given in the attached .pdf file.