Simpson Weather Associates, Inc.
Dba Simpson Weather Associates Inc
CAGE Code: 0PUR4
NCAGE Code: 0PUR4
Status: Active
Type: Commercial Supplier
Dun & Bradstreet (DUNS): 074371584
Summary
Simpson Weather Associates, Inc., Dba Simpson Weather Associates Inc is an Active Commercial Supplier with the Cage Code 0PUR4 and is tracked by Dun & Bradstreet under DUNS Number 074371584..
Address
809 E Jefferson St
Charlottesville VA 22902-5131
United States
Points of Contact
- Telephone:
- 4349793571
- Fax:
- 4349795599
-
http://www.swa.com/
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Frequently Asked Questions (FAQ) for CAGE 0PUR4
- What is CAGE Code 0PUR4?
- 0PUR4 is the unique identifier used by NATO Organizations to reference the physical entity known as Simpson Weather Associates, Inc. Dba Simpson Weather Associates Inc located at 809 E Jefferson St, Charlottesville VA 22902-5131, United States.
- Who is CAGE Code 0PUR4?
- 0PUR4 refers to Simpson Weather Associates, Inc. Dba Simpson Weather Associates Inc located at 809 E Jefferson St, Charlottesville VA 22902-5131, United States.
- Where is CAGE Code 0PUR4 Located?
- CAGE Code 0PUR4 is located in Charlottesville, VA, USA.
Contracting History for CAGE 0PUR4 Most Recent 25 Records
- 80NSSC23PA685
- Support Langley With The Noaa Baa Flight Campaign Through Planning And Data Analysis.
- 7 Nov 2023
- Support Langley With The Noaa Baa Flight Campaign Through Planning And Data Analysis.
- Nasa Shared Services Center
- National Aeronautics And Space Administration (Nasa)
- $79,844.97
- National Aeronautics And Space Administration (Nasa)
- NNX17CS57C
- The Advanced Coherent Detection Wind Space Pathfinder (Wind Sp) Lidar Directly Advances The Overall Technology Maturation And Readiness Of Coherent Detection Wind Measurements Towards The 3D Global Wind Space Mission. It Represents A Major Next Step That Will Result In A New Instrument That Matches Form, Fit, And Function Of The Lidar Subsystem With A Space-Ready Instrument While Retaining Appropriate Alignment Accessibility. The Primary Objective Of The Wind Space Pathfinder Activity Is To Design, Develop, And Demonstrate A Next Generation Coherent Detection Wind Lidar That Represents A Major Step Towards The Ultimate Wind Space Mission. Simpson Weather Associates Of Charlottesville, Va Is A Small Business Of 8-10 Employees And Numerous Consultants From The University Of Virginia And The Private Sector. Since 2002, Swa Has Been Flying Airborne Doppler Wind Lidars Over Coastal Regions, In Complex Mountain-Valley Terrain, And Around Severe Storms. Swa Has Developed Numerous Data Processing Algorithms Dealing With Issues Such As Ground Effects, Aircraft Effects, And Pointing That Have Enabled The Optimum Retrieval Of Useful Profile Data From A Raw Lidar Signal.
- 28 Apr 2021
- The Advanced Coherent Detection Wind Space Pathfinder (Wind Sp) Lidar Directly Advances The Overall Technology Maturation And Readiness Of Coherent Detection Wind Measurements Towards The 3D Global Wind Space Mission. It Represents A Major Next Step That Will Result In A New Instrument That Matches Form, Fit, And Function Of The Lidar Subsystem With A Space-Ready Instrument While Retaining Appropriate Alignment Accessibility. The Primary Objective Of The Wind Space Pathfinder Activity Is To Design, Develop, And Demonstrate A Next Generation Coherent Detection Wind Lidar That Represents A Major Step Towards The Ultimate Wind Space Mission. Simpson Weather Associates Of Charlottesville, Va Is A Small Business Of 8-10 Employees And Numerous Consultants From The University Of Virginia And The Private Sector. Since 2002, Swa Has Been Flying Airborne Doppler Wind Lidars Over Coastal Regions, In Complex Mountain-Valley Terrain, And Around Severe Storms. Swa Has Developed Numerous Data Processing Algorithms Dealing With Issues Such As Ground Effects, Aircraft Effects, And Pointing That Have Enabled The Optimum Retrieval Of Useful Profile Data From A Raw Lidar Signal.
- Nasa Shared Services Center
- National Aeronautics And Space Administration (Nasa)
- $204,921.00
- National Aeronautics And Space Administration (Nasa)
- NNX17CS57C
- Igf::Ot::Igf The Advanced Coherent Detection Wind Space Pathfinder (Wind Sp) Lidar Directly Advances The Overall Technology Maturation And Readiness Of Coherent Detection Wind Measurements Towards The 3D Global Wind Space Mission. It Represents A Major Next Step That Will Result In A New Instrument That Matches Form, Fit, And Function Of The Lidar Subsystem With A Space-Ready Instrument While Retaining Appropriate Alignment Accessibility. The Primary Objective Of The Wind Space Pathfinder Activity Is To Design, Develop, And Demonstrate A Next Generation Coherent Detection Wind Lidar That Represents A Major Step Towards The Ultimate Wind Space Mission. Simpson Weather Associates Of Charlottesville, Va Is A Small Business Of 8-10 Employees And Numerous Consultants From The University Of Virginia And The Private Sector. Since 2002, Swa Has Been Flying Airborne Doppler Wind Lidars Over Coastal Regions, In Complex Mountain-Valley Terrain, And Around Severe Storms. Swa Has Developed Numerous Data Processing Algorithms Dealing With Issues Such As Ground Effects, Aircraft Effects, And Pointing That Have Enabled The Optimum Retrieval Of Useful Profile Data From A Raw Lidar Signal.
- 11 Feb 2019
- Igf::Ot::Igf The Advanced Coherent Detection Wind Space Pathfinder (Wind Sp) Lidar Directly Advances The Overall Technology Maturation And Readiness Of Coherent Detection Wind Measurements Towards The 3D Global Wind Space Mission. It Represents A Major Next Step That Will Result In A New Instrument That Matches Form, Fit, And Function Of The Lidar Subsystem With A Space-Ready Instrument While Retaining Appropriate Alignment Accessibility. The Primary Objective Of The Wind Space Pathfinder Activity Is To Design, Develop, And Demonstrate A Next Generation Coherent Detection Wind Lidar That Represents A Major Step Towards The Ultimate Wind Space Mission. Simpson Weather Associates Of Charlottesville, Va Is A Small Business Of 8-10 Employees And Numerous Consultants From The University Of Virginia And The Private Sector. Since 2002, Swa Has Been Flying Airborne Doppler Wind Lidars Over Coastal Regions, In Complex Mountain-Valley Terrain, And Around Severe Storms. Swa Has Developed Numerous Data Processing Algorithms Dealing With Issues Such As Ground Effects, Aircraft Effects, And Pointing That Have Enabled The Optimum Retrieval Of Useful Profile Data From A Raw Lidar Signal.
- Nasa Shared Services Center
- National Aeronautics And Space Administration (Nasa)
- $204,921.00
- National Aeronautics And Space Administration (Nasa)
- NNX17CS57C
- Igf::Ot::Igf The Advanced Coherent Detection Wind Space Pathfinder (Wind Sp) Lidar Directly Advances The Overall Technology Maturation And Readiness Of Coherent Detection Wind Measurements Towards The 3D Global Wind Space Mission. It Represents A Major Next Step That Will Result In A New Instrument That Matches Form, Fit, And Function Of The Lidar Subsystem With A Space-Ready Instrument While Retaining Appropriate Alignment Accessibility. The Primary Objective Of The Wind Space Pathfinder Activity Is To Design, Develop, And Demonstrate A Next Generation Coherent Detection Wind Lidar That Represents A Major Step Towards The Ultimate Wind Space Mission. Simpson Weather Associates Of Charlottesville, Va Is A Small Business Of 8-10 Employees And Numerous Consultants From The University Of Virginia And The Private Sector. Since 2002, Swa Has Been Flying Airborne Doppler Wind Lidars Over Coastal Regions, In Complex Mountain-Valley Terrain, And Around Severe Storms. Swa Has Developed Numerous Data Processing Algorithms Dealing With Issues Such As Ground Effects, Aircraft Effects, And Pointing That Have Enabled The Optimum Retrieval Of Useful Profile Data From A Raw Lidar Signal.
- 18 Apr 2018
- Igf::Ot::Igf The Advanced Coherent Detection Wind Space Pathfinder (Wind Sp) Lidar Directly Advances The Overall Technology Maturation And Readiness Of Coherent Detection Wind Measurements Towards The 3D Global Wind Space Mission. It Represents A Major Next Step That Will Result In A New Instrument That Matches Form, Fit, And Function Of The Lidar Subsystem With A Space-Ready Instrument While Retaining Appropriate Alignment Accessibility. The Primary Objective Of The Wind Space Pathfinder Activity Is To Design, Develop, And Demonstrate A Next Generation Coherent Detection Wind Lidar That Represents A Major Step Towards The Ultimate Wind Space Mission. Simpson Weather Associates Of Charlottesville, Va Is A Small Business Of 8-10 Employees And Numerous Consultants From The University Of Virginia And The Private Sector. Since 2002, Swa Has Been Flying Airborne Doppler Wind Lidars Over Coastal Regions, In Complex Mountain-Valley Terrain, And Around Severe Storms. Swa Has Developed Numerous Data Processing Algorithms Dealing With Issues Such As Ground Effects, Aircraft Effects, And Pointing That Have Enabled The Optimum Retrieval Of Useful Profile Data From A Raw Lidar Signal.
- Nasa Shared Services Center
- National Aeronautics And Space Administration (Nasa)
- $204,921.00
- National Aeronautics And Space Administration (Nasa)
- NNX17CS57C
- The Advanced Coherent Detection Wind Space Pathfinder (Wind Sp) Lidar Directly Advances The Overall Technology Maturation And Readiness Of Coherent Detection Wind Measurements Towards The 3D Global Wind Space Mission. It Represents A Major Next Step That Will Result In A New Instrument That Matches Form, Fit, And Function Of The Lidar Subsystem With A Space-Ready Instrument While Retaining Appropriate Alignment Accessibility. The Primary Objective Of The Wind Space Pathfinder Activity Is To Design, Develop, And Demonstrate A Next Generation Coherent Detection Wind Lidar That Represents A Major Step Towards The Ultimate Wind Space Mission. Simpson Weather Associates Of Charlottesville, Va Is A Small Business Of 8-10 Employees And Numerous Consultants From The University Of Virginia And The Private Sector. Since 2002, Swa Has Been Flying Airborne Doppler Wind Lidars Over Coastal Regions, In Complex Mountain-Valley Terrain, And Around Severe Storms. Swa Has Developed Numerous Data Processing Algorithms Dealing With Issues Such As Ground Effects, Aircraft Effects, And Pointing That Have Enabled The Optimum Retrieval Of Useful Profile Data From A Raw Lidar Signal.
- 29 Sep 2020
- The Advanced Coherent Detection Wind Space Pathfinder (Wind Sp) Lidar Directly Advances The Overall Technology Maturation And Readiness Of Coherent Detection Wind Measurements Towards The 3D Global Wind Space Mission. It Represents A Major Next Step That Will Result In A New Instrument That Matches Form, Fit, And Function Of The Lidar Subsystem With A Space-Ready Instrument While Retaining Appropriate Alignment Accessibility. The Primary Objective Of The Wind Space Pathfinder Activity Is To Design, Develop, And Demonstrate A Next Generation Coherent Detection Wind Lidar That Represents A Major Step Towards The Ultimate Wind Space Mission. Simpson Weather Associates Of Charlottesville, Va Is A Small Business Of 8-10 Employees And Numerous Consultants From The University Of Virginia And The Private Sector. Since 2002, Swa Has Been Flying Airborne Doppler Wind Lidars Over Coastal Regions, In Complex Mountain-Valley Terrain, And Around Severe Storms. Swa Has Developed Numerous Data Processing Algorithms Dealing With Issues Such As Ground Effects, Aircraft Effects, And Pointing That Have Enabled The Optimum Retrieval Of Useful Profile Data From A Raw Lidar Signal.
- Nasa Shared Services Center
- National Aeronautics And Space Administration (Nasa)
- $204,921.00
- National Aeronautics And Space Administration (Nasa)
- 80NSSC23PA685
- Support Langley With The Noaa Baa Flight Campaign Through Planning And Data Analysis.
- 15 Mar 2023
- Support Langley With The Noaa Baa Flight Campaign Through Planning And Data Analysis.
- Nasa Shared Services Center
- National Aeronautics And Space Administration (Nasa)
- $44,579.28
- National Aeronautics And Space Administration (Nasa)
- DOCEE133013SE1265
- De-Obligate Remaining Funds Not Used
- 24 May 2022
- De-Obligate Remaining Funds Not Used
- Dept Of Commerce Noaa
- Department Of Commerce (Doc)
- $24,848.92
- Department Of Commerce (Doc)
- 80NSSC20P0740
- Participate In, Assist Larc Dawn Team, And Process Dawn Data From The Cpex-Aw Airborne Science Campaign In Summer 2020
- 12 May 2022
- Participate In, Assist Larc Dawn Team, And Process Dawn Data From The Cpex-Aw Airborne Science Campaign In Summer 2020
- Nasa Shared Services Center
- National Aeronautics And Space Administration (Nasa)
- $206,246.93
- National Aeronautics And Space Administration (Nasa)
- W911QX17P0134
- Igf::Ot::Igf Technical Support For C-17 Field Test
- 23 May 2017
- Igf::Ot::Igf Technical Support For C-17 Field Test
- W6qk Acc-Apg Adelphi
- Department Of Defense (Dod)
- $119,275.56
- Department Of Defense (Dod)
- W911QX18P0242
- No Cost Extension Due To Covid-19 - Lidar Technical Analysis Of Cirpas Twin-Otter Testing
- 10 Jan 2022
- No Cost Extension Due To Covid-19 - Lidar Technical Analysis Of Cirpas Twin-Otter Testing
- W6qk Acc-Apg Adelphi
- Department Of Defense (Dod)
- $194,803.66
- Department Of Defense (Dod)
- W911QX18P0242
- Lidar Technical Analysis Of Cirpas Twin-Otter Testing
- 23 Aug 2018
- Lidar Technical Analysis Of Cirpas Twin-Otter Testing
- W6qk Acc-Apg Adelphi
- Department Of Defense (Dod)
- $194,803.66
- Department Of Defense (Dod)
- NNX17CS57C
- The Advanced Coherent Detection Wind Space Pathfinder (Wind Sp) Lidar Directly Advances The Overall Technology Maturation And Readiness Of Coherent Detection Wind Measurements Towards The 3D Global Wind Space Mission. It Represents A Major Next Step That Will Result In A New Instrument That Matches Form, Fit, And Function Of The Lidar Subsystem With A Space-Ready Instrument While Retaining Appropriate Alignment Accessibility. The Primary Objective Of The Wind Space Pathfinder Activity Is To Design, Develop, And Demonstrate A Next Generation Coherent Detection Wind Lidar That Represents A Major Step Towards The Ultimate Wind Space Mission. Simpson Weather Associates Of Charlottesville, Va Is A Small Business Of 8-10 Employees And Numerous Consultants From The University Of Virginia And The Private Sector. Since 2002, Swa Has Been Flying Airborne Doppler Wind Lidars Over Coastal Regions, In Complex Mountain-Valley Terrain, And Around Severe Storms. Swa Has Developed Numerous Data Processing Algorithms Dealing With Issues Such As Ground Effects, Aircraft Effects, And Pointing That Have Enabled The Optimum Retrieval Of Useful Profile Data From A Raw Lidar Signal.
- 12 Aug 2019
- The Advanced Coherent Detection Wind Space Pathfinder (Wind Sp) Lidar Directly Advances The Overall Technology Maturation And Readiness Of Coherent Detection Wind Measurements Towards The 3D Global Wind Space Mission. It Represents A Major Next Step That Will Result In A New Instrument That Matches Form, Fit, And Function Of The Lidar Subsystem With A Space-Ready Instrument While Retaining Appropriate Alignment Accessibility. The Primary Objective Of The Wind Space Pathfinder Activity Is To Design, Develop, And Demonstrate A Next Generation Coherent Detection Wind Lidar That Represents A Major Step Towards The Ultimate Wind Space Mission. Simpson Weather Associates Of Charlottesville, Va Is A Small Business Of 8-10 Employees And Numerous Consultants From The University Of Virginia And The Private Sector. Since 2002, Swa Has Been Flying Airborne Doppler Wind Lidars Over Coastal Regions, In Complex Mountain-Valley Terrain, And Around Severe Storms. Swa Has Developed Numerous Data Processing Algorithms Dealing With Issues Such As Ground Effects, Aircraft Effects, And Pointing That Have Enabled The Optimum Retrieval Of Useful Profile Data From A Raw Lidar Signal.
- Nasa Shared Services Center
- National Aeronautics And Space Administration (Nasa)
- $204,921.00
- National Aeronautics And Space Administration (Nasa)
- NNX17CS57C
- Igf::Ot::Igf The Advanced Coherent Detection Wind Space Pathfinder (Wind Sp) Lidar Directly Advances The Overall Technology Maturation And Readiness Of Coherent Detection Wind Measurements Towards The 3D Global Wind Space Mission. It Represents A Major Next Step That Will Result In A New Instrument That Matches Form, Fit, And Function Of The Lidar Subsystem With A Space-Ready Instrument While Retaining Appropriate Alignment Accessibility. The Primary Objective Of The Wind Space Pathfinder Activity Is To Design, Develop, And Demonstrate A Next Generation Coherent Detection Wind Lidar That Represents A Major Step Towards The Ultimate Wind Space Mission. Simpson Weather Associates Of Charlottesville, Va Is A Small Business Of 8-10 Employees And Numerous Consultants From The University Of Virginia And The Private Sector. Since 2002, Swa Has Been Flying Airborne Doppler Wind Lidars Over Coastal Regions, In Complex Mountain-Valley Terrain, And Around Severe Storms. Swa Has Developed Numerous Data Processing Algorithms Dealing With Issues Such As Ground Effects, Aircraft Effects, And Pointing That Have Enabled The Optimum Retrieval Of Useful Profile Data From A Raw Lidar Signal.
- 11 Feb 2019
- Igf::Ot::Igf The Advanced Coherent Detection Wind Space Pathfinder (Wind Sp) Lidar Directly Advances The Overall Technology Maturation And Readiness Of Coherent Detection Wind Measurements Towards The 3D Global Wind Space Mission. It Represents A Major Next Step That Will Result In A New Instrument That Matches Form, Fit, And Function Of The Lidar Subsystem With A Space-Ready Instrument While Retaining Appropriate Alignment Accessibility. The Primary Objective Of The Wind Space Pathfinder Activity Is To Design, Develop, And Demonstrate A Next Generation Coherent Detection Wind Lidar That Represents A Major Step Towards The Ultimate Wind Space Mission. Simpson Weather Associates Of Charlottesville, Va Is A Small Business Of 8-10 Employees And Numerous Consultants From The University Of Virginia And The Private Sector. Since 2002, Swa Has Been Flying Airborne Doppler Wind Lidars Over Coastal Regions, In Complex Mountain-Valley Terrain, And Around Severe Storms. Swa Has Developed Numerous Data Processing Algorithms Dealing With Issues Such As Ground Effects, Aircraft Effects, And Pointing That Have Enabled The Optimum Retrieval Of Useful Profile Data From A Raw Lidar Signal.
- Nasa Shared Services Center
- National Aeronautics And Space Administration (Nasa)
- $204,921.00
- National Aeronautics And Space Administration (Nasa)
- NNX17CS57C
- Igf::Ot::Igf The Advanced Coherent Detection Wind Space Pathfinder (Wind Sp) Lidar Directly Advances The Overall Technology Maturation And Readiness Of Coherent Detection Wind Measurements Towards The 3D Global Wind Space Mission. It Represents A Major Next Step That Will Result In A New Instrument That Matches Form, Fit, And Function Of The Lidar Subsystem With A Space-Ready Instrument While Retaining Appropriate Alignment Accessibility. The Primary Objective Of The Wind Space Pathfinder Activity Is To Design, Develop, And Demonstrate A Next Generation Coherent Detection Wind Lidar That Represents A Major Step Towards The Ultimate Wind Space Mission. Simpson Weather Associates Of Charlottesville, Va Is A Small Business Of 8-10 Employees And Numerous Consultants From The University Of Virginia And The Private Sector. Since 2002, Swa Has Been Flying Airborne Doppler Wind Lidars Over Coastal Regions, In Complex Mountain-Valley Terrain, And Around Severe Storms. Swa Has Developed Numerous Data Processing Algorithms Dealing With Issues Such As Ground Effects, Aircraft Effects, And Pointing That Have Enabled The Optimum Retrieval Of Useful Profile Data From A Raw Lidar Signal.
- 11 Jun 2018
- Igf::Ot::Igf The Advanced Coherent Detection Wind Space Pathfinder (Wind Sp) Lidar Directly Advances The Overall Technology Maturation And Readiness Of Coherent Detection Wind Measurements Towards The 3D Global Wind Space Mission. It Represents A Major Next Step That Will Result In A New Instrument That Matches Form, Fit, And Function Of The Lidar Subsystem With A Space-Ready Instrument While Retaining Appropriate Alignment Accessibility. The Primary Objective Of The Wind Space Pathfinder Activity Is To Design, Develop, And Demonstrate A Next Generation Coherent Detection Wind Lidar That Represents A Major Step Towards The Ultimate Wind Space Mission. Simpson Weather Associates Of Charlottesville, Va Is A Small Business Of 8-10 Employees And Numerous Consultants From The University Of Virginia And The Private Sector. Since 2002, Swa Has Been Flying Airborne Doppler Wind Lidars Over Coastal Regions, In Complex Mountain-Valley Terrain, And Around Severe Storms. Swa Has Developed Numerous Data Processing Algorithms Dealing With Issues Such As Ground Effects, Aircraft Effects, And Pointing That Have Enabled The Optimum Retrieval Of Useful Profile Data From A Raw Lidar Signal.
- Nasa Shared Services Center
- National Aeronautics And Space Administration (Nasa)
- $204,921.00
- National Aeronautics And Space Administration (Nasa)
- NNX17CS57C
- Igf::Ot::Igf The Advanced Coherent Detection Wind Space Pathfinder (Wind Sp) Lidar Directly Advances The Overall Technology Maturation And Readiness Of Coherent Detection Wind Measurements Towards The 3D Global Wind Space Mission. It Represents A Major Next Step That Will Result In A New Instrument That Matches Form, Fit, And Function Of The Lidar Subsystem With A Space-Ready Instrument While Retaining Appropriate Alignment Accessibility. The Primary Objective Of The Wind Space Pathfinder Activity Is To Design, Develop, And Demonstrate A Next Generation Coherent Detection Wind Lidar That Represents A Major Step Towards The Ultimate Wind Space Mission. Simpson Weather Associates Of Charlottesville, Va Is A Small Business Of 8-10 Employees And Numerous Consultants From The University Of Virginia And The Private Sector. Since 2002, Swa Has Been Flying Airborne Doppler Wind Lidars Over Coastal Regions, In Complex Mountain-Valley Terrain, And Around Severe Storms. Swa Has Developed Numerous Data Processing Algorithms Dealing With Issues Such As Ground Effects, Aircraft Effects, And Pointing That Have Enabled The Optimum Retrieval Of Useful Profile Data From A Raw Lidar Signal.
- 15 Dec 2017
- Igf::Ot::Igf The Advanced Coherent Detection Wind Space Pathfinder (Wind Sp) Lidar Directly Advances The Overall Technology Maturation And Readiness Of Coherent Detection Wind Measurements Towards The 3D Global Wind Space Mission. It Represents A Major Next Step That Will Result In A New Instrument That Matches Form, Fit, And Function Of The Lidar Subsystem With A Space-Ready Instrument While Retaining Appropriate Alignment Accessibility. The Primary Objective Of The Wind Space Pathfinder Activity Is To Design, Develop, And Demonstrate A Next Generation Coherent Detection Wind Lidar That Represents A Major Step Towards The Ultimate Wind Space Mission. Simpson Weather Associates Of Charlottesville, Va Is A Small Business Of 8-10 Employees And Numerous Consultants From The University Of Virginia And The Private Sector. Since 2002, Swa Has Been Flying Airborne Doppler Wind Lidars Over Coastal Regions, In Complex Mountain-Valley Terrain, And Around Severe Storms. Swa Has Developed Numerous Data Processing Algorithms Dealing With Issues Such As Ground Effects, Aircraft Effects, And Pointing That Have Enabled The Optimum Retrieval Of Useful Profile Data From A Raw Lidar Signal.
- Nasa Shared Services Center
- National Aeronautics And Space Administration (Nasa)
- $204,921.00
- National Aeronautics And Space Administration (Nasa)
- NNX17CS57C
- The Advanced Coherent Detection Wind Space Pathfinder (Wind Sp) Lidar Directly Advances The Overall Technology Maturation And Readiness Of Coherent Detection Wind Measurements Towards The 3D Global Wind Space Mission. It Represents A Major Next Step That Will Result In A New Instrument That Matches Form, Fit, And Function Of The Lidar Subsystem With A Space-Ready Instrument While Retaining Appropriate Alignment Accessibility. The Primary Objective Of The Wind Space Pathfinder Activity Is To Design, Develop, And Demonstrate A Next Generation Coherent Detection Wind Lidar That Represents A Major Step Towards The Ultimate Wind Space Mission. Simpson Weather Associates Of Charlottesville, Va Is A Small Business Of 8-10 Employees And Numerous Consultants From The University Of Virginia And The Private Sector. Since 2002, Swa Has Been Flying Airborne Doppler Wind Lidars Over Coastal Regions, In Complex Mountain-Valley Terrain, And Around Severe Storms. Swa Has Developed Numerous Data Processing Algorithms Dealing With Issues Such As Ground Effects, Aircraft Effects, And Pointing That Have Enabled The Optimum Retrieval Of Useful Profile Data From A Raw Lidar Signal.
- 1 Jun 2020
- The Advanced Coherent Detection Wind Space Pathfinder (Wind Sp) Lidar Directly Advances The Overall Technology Maturation And Readiness Of Coherent Detection Wind Measurements Towards The 3D Global Wind Space Mission. It Represents A Major Next Step That Will Result In A New Instrument That Matches Form, Fit, And Function Of The Lidar Subsystem With A Space-Ready Instrument While Retaining Appropriate Alignment Accessibility. The Primary Objective Of The Wind Space Pathfinder Activity Is To Design, Develop, And Demonstrate A Next Generation Coherent Detection Wind Lidar That Represents A Major Step Towards The Ultimate Wind Space Mission. Simpson Weather Associates Of Charlottesville, Va Is A Small Business Of 8-10 Employees And Numerous Consultants From The University Of Virginia And The Private Sector. Since 2002, Swa Has Been Flying Airborne Doppler Wind Lidars Over Coastal Regions, In Complex Mountain-Valley Terrain, And Around Severe Storms. Swa Has Developed Numerous Data Processing Algorithms Dealing With Issues Such As Ground Effects, Aircraft Effects, And Pointing That Have Enabled The Optimum Retrieval Of Useful Profile Data From A Raw Lidar Signal.
- Nasa Shared Services Center
- National Aeronautics And Space Administration (Nasa)
- $204,921.00
- National Aeronautics And Space Administration (Nasa)
- NNX17CS57C
- The Advanced Coherent Detection Wind Space Pathfinder (Wind Sp) Lidar Directly Advances The Overall Technology Maturation And Readiness Of Coherent Detection Wind Measurements Towards The 3D Global Wind Space Mission. It Represents A Major Next Step That Will Result In A New Instrument That Matches Form, Fit, And Function Of The Lidar Subsystem With A Space-Ready Instrument While Retaining Appropriate Alignment Accessibility. The Primary Objective Of The Wind Space Pathfinder Activity Is To Design, Develop, And Demonstrate A Next Generation Coherent Detection Wind Lidar That Represents A Major Step Towards The Ultimate Wind Space Mission. Simpson Weather Associates Of Charlottesville, Va Is A Small Business Of 8-10 Employees And Numerous Consultants From The University Of Virginia And The Private Sector. Since 2002, Swa Has Been Flying Airborne Doppler Wind Lidars Over Coastal Regions, In Complex Mountain-Valley Terrain, And Around Severe Storms. Swa Has Developed Numerous Data Processing Algorithms Dealing With Issues Such As Ground Effects, Aircraft Effects, And Pointing That Have Enabled The Optimum Retrieval Of Useful Profile Data From A Raw Lidar Signal.
- 29 Jul 2021
- The Advanced Coherent Detection Wind Space Pathfinder (Wind Sp) Lidar Directly Advances The Overall Technology Maturation And Readiness Of Coherent Detection Wind Measurements Towards The 3D Global Wind Space Mission. It Represents A Major Next Step That Will Result In A New Instrument That Matches Form, Fit, And Function Of The Lidar Subsystem With A Space-Ready Instrument While Retaining Appropriate Alignment Accessibility. The Primary Objective Of The Wind Space Pathfinder Activity Is To Design, Develop, And Demonstrate A Next Generation Coherent Detection Wind Lidar That Represents A Major Step Towards The Ultimate Wind Space Mission. Simpson Weather Associates Of Charlottesville, Va Is A Small Business Of 8-10 Employees And Numerous Consultants From The University Of Virginia And The Private Sector. Since 2002, Swa Has Been Flying Airborne Doppler Wind Lidars Over Coastal Regions, In Complex Mountain-Valley Terrain, And Around Severe Storms. Swa Has Developed Numerous Data Processing Algorithms Dealing With Issues Such As Ground Effects, Aircraft Effects, And Pointing That Have Enabled The Optimum Retrieval Of Useful Profile Data From A Raw Lidar Signal.
- Nasa Shared Services Center
- National Aeronautics And Space Administration (Nasa)
- $204,921.00
- National Aeronautics And Space Administration (Nasa)
- W911QX18P0242
- Lidar Technical Analysis Of Cirpas Twin-Otter Testing - No Cost Extension
- 21 Apr 2021
- Lidar Technical Analysis Of Cirpas Twin-Otter Testing - No Cost Extension
- W6qk Acc-Apg Adelphi
- Department Of Defense (Dod)
- $194,803.66
- Department Of Defense (Dod)
- NNX17CS57C
- The Advanced Coherent Detection Wind Space Pathfinder (Wind Sp) Lidar Directly Advances The Overall Technology Maturation And Readiness Of Coherent Detection Wind Measurements Towards The 3D Global Wind Space Mission. It Represents A Major Next Step That Will Result In A New Instrument That Matches Form, Fit, And Function Of The Lidar Subsystem With A Space-Ready Instrument While Retaining Appropriate Alignment Accessibility. The Primary Objective Of The Wind Space Pathfinder Activity Is To Design, Develop, And Demonstrate A Next Generation Coherent Detection Wind Lidar That Represents A Major Step Towards The Ultimate Wind Space Mission. Simpson Weather Associates Of Charlottesville, Va Is A Small Business Of 8-10 Employees And Numerous Consultants From The University Of Virginia And The Private Sector. Since 2002, Swa Has Been Flying Airborne Doppler Wind Lidars Over Coastal Regions, In Complex Mountain-Valley Terrain, And Around Severe Storms. Swa Has Developed Numerous Data Processing Algorithms Dealing With Issues Such As Ground Effects, Aircraft Effects, And Pointing That Have Enabled The Optimum Retrieval Of Useful Profile Data From A Raw Lidar Signal.
- 29 Jan 2021
- The Advanced Coherent Detection Wind Space Pathfinder (Wind Sp) Lidar Directly Advances The Overall Technology Maturation And Readiness Of Coherent Detection Wind Measurements Towards The 3D Global Wind Space Mission. It Represents A Major Next Step That Will Result In A New Instrument That Matches Form, Fit, And Function Of The Lidar Subsystem With A Space-Ready Instrument While Retaining Appropriate Alignment Accessibility. The Primary Objective Of The Wind Space Pathfinder Activity Is To Design, Develop, And Demonstrate A Next Generation Coherent Detection Wind Lidar That Represents A Major Step Towards The Ultimate Wind Space Mission. Simpson Weather Associates Of Charlottesville, Va Is A Small Business Of 8-10 Employees And Numerous Consultants From The University Of Virginia And The Private Sector. Since 2002, Swa Has Been Flying Airborne Doppler Wind Lidars Over Coastal Regions, In Complex Mountain-Valley Terrain, And Around Severe Storms. Swa Has Developed Numerous Data Processing Algorithms Dealing With Issues Such As Ground Effects, Aircraft Effects, And Pointing That Have Enabled The Optimum Retrieval Of Useful Profile Data From A Raw Lidar Signal.
- Nasa Shared Services Center
- National Aeronautics And Space Administration (Nasa)
- $204,921.00
- National Aeronautics And Space Administration (Nasa)