What is CAGE Code 05NW2?

05NW2 is the unique identifier used by NATO Organizations to reference the physical entity known as Radiometrics Corporation located at 3771 Eureka Way, Frederick CO 80516-9446, United States.

Who is CAGE Code 05NW2?

05NW2 refers to Radiometrics Corporation located at 3771 Eureka Way, Frederick CO 80516-9446, United States.

Where is CAGE Code 05NW2 Located?

CAGE Code 05NW2 is located in Frederick, CO, USA.

How Many NSNs Does CAGE Code 05NW2 Supply?

CAGE Code 05NW2 has been assigned as an approved source for 23 NSNs (National Stock Numbers and NATO Stock Numbers).

Radiometrics Corporation

CAGE Code: 05NW2

NCAGE Code: 05NW2

Status: Active

Type: Manufacturer

Dun & Bradstreet (DUNS): 786293696

Summary

Radiometrics Corporation is an Active Manufacturer with the Cage Code 05NW2 and is tracked by Dun & Bradstreet under DUNS Number 786293696..

Address

3771 Eureka Way
Frederick CO 80516-9446
United States

Points of Contact

No Points of Contact...

Related Information

DUNS Report

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Frequently Asked Questions (FAQ) for CAGE 05NW2

What is CAGE Code 05NW2?: 05NW2 is the unique identifier used by NATO Organizations to reference the physical entity known as Radiometrics Corporation located at 3771 Eureka Way, Frederick CO 80516-9446, United States.
Who is CAGE Code 05NW2?: 05NW2 refers to Radiometrics Corporation located at 3771 Eureka Way, Frederick CO 80516-9446, United States.
Where is CAGE Code 05NW2 Located?: CAGE Code 05NW2 is located in Frederick, CO, USA.
How Many NSNs Does CAGE Code 05NW2 Supply?: CAGE Code 05NW2 has been assigned as an approved source for 23 NSNs (National Stock Numbers and NATO Stock Numbers).

Contracting History for CAGE 05NW2 Most Recent 25 Records

W911S623P0024
Meteorological Weather Radar System Maintenance And Repair
25 Sep 2023: W6qm Micc-Dugway Prov Grd; Department Of Defense (Dod); $121,379.02
FA500021P0010
Low Level Wind Shear Radar System In Support Of 3 Oss
25 Nov 2020: Fa5000 673 Cons Lgc; Department Of Defense (Dod); $1,169,433.00
FA500021P0010
The Purpose Of This Modification Is To Extend The Delivery And Installation Date For The Supplemental System.
30 Jul 2021: Fa5000 673 Cons Lgc; Department Of Defense (Dod); $1,169,433.00
FA500021P0010
The Purpose Of This Modification Is To Extend The Delivery And Installation Date For The Generator Related To The Primary Llwrs System.
30 Sep 2021: Fa5000 673 Cons Lgc; Department Of Defense (Dod); $1,169,433.00
FA500021P0010
The Purpose Of This Modification Is To Extend The Delivery Date.
12 May 2021: Fa5000 673 Cons Lgc; Department Of Defense (Dod); $1,169,433.00
FA500021P0010
The Purpose Of This Modification Is To Extend The Delivery And Installation Date For The Generator Related To The Primary Llwrs System.
31 Jan 2022: Fa5000 673 Cons Lgc; Department Of Defense (Dod); $1,169,433.00
W911S619P0030
Radar System Maintenance And Repair
8 Sep 2021: W6qm Micc-Dugway Prov Grd; Department Of Defense (Dod); $500,000.04
W911S619P0030
Radiometer And Wind Profiler Maintenance And Repair Mod To Exercise 1St Option.
20 Aug 2020: W6qm Micc-Dugway Prov Grd; Department Of Defense (Dod); $375,270.00
W911S619P0030
Radar Systems Support Services
28 Mar 2023: W6qm Micc-Dugway Prov Grd; Department Of Defense (Dod); $360,510.12
W911S619P0030
M&R Services For Radiometric And Radar Equipment
26 Sep 2019: W6qm Micc-Dugway Prov Grd; Department Of Defense (Dod); $360,510.12
1305M318PNRMJ0057
Radiometer Instrument Repairs
28 Jun 2018: Dept Of Commerce Noaa; Department Of Commerce (Doc); $5,143.00
1305M319PNRMJ0046
Radiometer Upgrade And Additional Accessories.
29 Jan 2019: Dept Of Commerce Noaa; Department Of Commerce (Doc); $60,066.86
75P00118C50069
Repair, And Maintenance Of Key Meteorological Systems. Primarily, These Systems Include Radiometers, A Fm/Cw Radar, 924 Mhz Radar Wind Profilers, And A 449 Mhz Radar Wind Profiler
11 Sep 2018: Program Support Center Acq Mgmt Svc; Department Of Health And Human Services (Hhs); $181,934.17
NNX17CK12P
Igf::Ot::Igf Launch Safety And Efficiency Requires Timely And Accurate Wind, Thermodynamic And Pressure Information From The Surface To 20 Km Height, And Lightning Risk Identification. A Doppler Radar Now Provides Wind Measurements That Satisfy This Requirement At The Eastern Test Range. Thermodynamic Soundings Are Provided By Intermittent Radiosondes On Launch Day. Typical Intervals Of An Hour Or More Between Radiosonde Launches And Drift Distances Of 100 Km Or More At 20 Km Height Limit Their Timeliness And Accuracy In Characterizing The Atmosphere Along The Launch Path. Nasa Is Seeking A Thermodynamic Remote Sensing System With Higher Timeliness And Accuracy, In Clear And Cloudy Conditions. Current Radiometrics (Rdx) Microwave Radiometer Profilers Provide Continuous Thermodynamic Profiles From The Surface To 10 Km Height, With Radiosonde Equivalent Accuracy Up To Several Km Height, With Decreasing Accuracy At Higher Levels. The Rdx Profiler Also Provides Cloud And Atmospheric Stability Information That Can Be Used To Identify Lightning Risk. Improved Thermodynamic Profiler Accuracy, And Pressure Profiling Capability, Have Been Demonstrated Using Variational Retrieval Methods That Include Model Gridded Analysis. Variational Retrievals Can Also Extend Accurate Thermodynamic And Pressure Profiling To 20 Km Height. We Propose To Implement And Automate Variational Retrieval And Lightning Risk Identification Methods In A Launch Weather Decision Support System. The Lwdss Will Provide Timely And Accurate Thermodynamic, Pressure And Lightning Risk Information Needed To Improve Launch And Airport Safety And Efficiency.
8 Jun 2018: Nasa Shared Services Center; National Aeronautics And Space Administration (Nasa); $124,877.00
1305M321PNRMJ0302
Services For Radiometer Recalibration
30 Jun 2021: Dept Of Commerce Noaa; Department Of Commerce (Doc); $5,005.00
1333MJ21PNRMA0018
Instrumentation Repair
23 Feb 2021: Dept Of Commerce Noaa; Department Of Commerce (Doc); $27,952.00
47QSWA18D0045
Federal Supply Schedule Contract
10 Jul 2020: Gsa/Fas Scientfc,Temp Svcs,Adint; General Services Administration (Gsa); $0.00
1333MJ21PNRMA0018
De-Obligation Of Unused Funds
2 Sep 2021: Dept Of Commerce Noaa; Department Of Commerce (Doc); $27,868.50
47QSWA18D0045
Federal Supply Schedule Contract
7 Apr 2021: Gsa/Fas Scientfc,Temp Svcs,Adint; General Services Administration (Gsa); $0.00
80NSSC18C0210
Nasa Wants A Cost-Effective Atmospheric Remote Sensing System Providing Accurate Temperature And Humidity Profiles To Least 10 Km Height In Clear And Cloudy Conditions. Radiometrics Microwave Profiler (Mp) Products Currently Provide Accurate Temperature And Humidity Profiles In Good Agreement With Radiosondes To 3 Km Height. Good Agreement Can Be Extended Beyond 10 Km Height Using Variational Retrieval Methods That Combine Radiometer And Model Gridded Analysis. Pressure Profiles Derived From Mp Variational Retrievals And From Radiosonde Observations Show Good Agreement To 10 Km Height. We Propose To Address This Nasa Remote Sensing Need By Developing A Robust, Automated Variational Retrieval System Providing Radiosonde-Equivalent Temperature, Humidity And Pressure Profiles To 20 Km Height At 150 M Height Intervals. Nasa Also Wants To Improve Lightning Risk Identification During Cloudy Conditions. Current Radiometrics Mp Products Measure Liquid Water Path (Lwp), An Important Parameter For Natural And Triggered Lightning Risk Launch Commit Criteria (Lcc). We Propose To Address This Need By Developing A Robust, Automated Lightning Risk Identification Algorithm Using Mp Lwp Data And Stability Indices Derived From Mp Variational Retrievals. In Addition, We Propose To Automate Demonstrated Capability For Lightning Risk Identification More Than Two Hours In Advance Of Traditional Methods Based On Electric Field Measurements Based On Stability Indices Derived From Mp Observations.
8 May 2019: Nasa Shared Services Center; National Aeronautics And Space Administration (Nasa); $745,878.00
W9115119P0110
Raptor 924 Mhz Radar Wind Profiler
14 Aug 2019: W6qm Micc-Fdo Ft Hood; Department Of Defense (Dod); $349,100.00
75P00118C50069
Repair, And Maintenance Of Key Meteorological Systems. Primarily, These Systems Include Radiometers, A Fm/Cw Radar, 924 Mhz Radar Wind Profilers, And A 449 Mhz Radar Wind Profiler
7 Dec 2018: Program Support Center Acq Mgmt Svc; Department Of Health And Human Services (Hhs); $181,934.17
1333MH21PNWWG0105
Procurement Of Phase Shifter Units For The Npn Wind Profiler
22 Jul 2021: Dept Of Commerce Noaa; Department Of Commerce (Doc); $21,838.70
80NSSC18C0210
Nasa Wants A Cost-Effective Atmospheric Remote Sensing System Providing Accurate Temperature And Humidity Profiles To Least 10 Km Height In Clear And Cloudy Conditions. Radiometrics Microwave Profiler (Mp) Products Currently Provide Accurate Temperature And Humidity Profiles In Good Agreement With Radiosondes To 3 Km Height. Good Agreement Can Be Extended Beyond 10 Km Height Using Variational Retrieval Methods That Combine Radiometer And Model Gridded Analysis. Pressure Profiles Derived From Mp Variational Retrievals And From Radiosonde Observations Show Good Agreement To 10 Km Height. We Propose To Address This Nasa Remote Sensing Need By Developing A Robust, Automated Variational Retrieval System Providing Radiosonde-Equivalent Temperature, Humidity And Pressure Profiles To 20 Km Height At 150 M Height Intervals. Nasa Also Wants To Improve Lightning Risk Identification During Cloudy Conditions. Current Radiometrics Mp Products Measure Liquid Water Path (Lwp), An Important Parameter For Natural And Triggered Lightning Risk Launch Commit Criteria (Lcc). We Propose To Address This Need By Developing A Robust, Automated Lightning Risk Identification Algorithm Using Mp Lwp Data And Stability Indices Derived From Mp Variational Retrievals. In Addition, We Propose To Automate Demonstrated Capability For Lightning Risk Identification More Than Two Hours In Advance Of Traditional Methods Based On Electric Field Measurements Based On Stability Indices Derived From Mp Observations.
6 Dec 2018: Nasa Shared Services Center; National Aeronautics And Space Administration (Nasa); $745,878.00
80NSSC18C0210
Nasa Wants A Cost-Effective Atmospheric Remote Sensing System Providing Accurate Temperature And Humidity Profiles To Least 10 Km Height In Clear And Cloudy Conditions. Radiometrics Microwave Profiler (Mp) Products Currently Provide Accurate Temperature And Humidity Profiles In Good Agreement With Radiosondes To 3 Km Height. Good Agreement Can Be Extended Beyond 10 Km Height Using Variational Retrieval Methods That Combine Radiometer And Model Gridded Analysis. Pressure Profiles Derived From Mp Variational Retrievals And From Radiosonde Observations Show Good Agreement To 10 Km Height. We Propose To Address This Nasa Remote Sensing Need By Developing A Robust, Automated Variational Retrieval System Providing Radiosonde-Equivalent Temperature, Humidity And Pressure Profiles To 20 Km Height At 150 M Height Intervals. Nasa Also Wants To Improve Lightning Risk Identification During Cloudy Conditions. Current Radiometrics Mp Products Measure Liquid Water Path (Lwp), An Important Parameter For Natural And Triggered Lightning Risk Launch Commit Criteria (Lcc). We Propose To Address This Need By Developing A Robust, Automated Lightning Risk Identification Algorithm Using Mp Lwp Data And Stability Indices Derived From Mp Variational Retrievals. In Addition, We Propose To Automate Demonstrated Capability For Lightning Risk Identification More Than Two Hours In Advance Of Traditional Methods Based On Electric Field Measurements Based On Stability Indices Derived From Mp Observations.
27 Sep 2018: Nasa Shared Services Center; National Aeronautics And Space Administration (Nasa); $745,878.00