Morehead State University
CAGE Code: 1J0L5
NCAGE Code: 1J0L5
Status: Active
Type: Commercial Supplier
Dun & Bradstreet (DUNS): 041957010
Summary
Morehead State University is an Active Commercial Supplier with the Cage Code 1J0L5 and is tracked by Dun & Bradstreet under DUNS Number 041957010..
Address
207 Howell Mcdowell
Morehead KY 40351-1683
United States
Points of Contact
- Telephone:
- 6067832330
- Fax:
- 6067832130
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Frequently Asked Questions (FAQ) for CAGE 1J0L5
- What is CAGE Code 1J0L5?
- 1J0L5 is the unique identifier used by NATO Organizations to reference the physical entity known as Morehead State University located at 207 Howell Mcdowell, Morehead KY 40351-1683, United States.
- Who is CAGE Code 1J0L5?
- 1J0L5 refers to Morehead State University located at 207 Howell Mcdowell, Morehead KY 40351-1683, United States.
- Where is CAGE Code 1J0L5 Located?
- CAGE Code 1J0L5 is located in Morehead, KY, USA.
Contracting History for CAGE 1J0L5 Most Recent 25 Records
- 80NSSC22P0183
- Ground Testing Support For Lunar Node-1
- 5 Jul 2022
- Ground Testing Support For Lunar Node-1
- Nasa Shared Services Center
- National Aeronautics And Space Administration (Nasa)
- $27,863.00
- National Aeronautics And Space Administration (Nasa)
- NNH16CO86C
- Nasa Baa Award This Is An Award Under The Next Space Technologies For Exploration Partnerships (Nextstep) Broad Agency Announcement (Baa). The Ultimate Goal Of This Program Is To Undertake A Mission To The Moon During Em-1 Or Similar Mission To Earth Escape, That Will Address Skgs Associated With The Nature, Location And Transportation Physics Of Lunar Volatiles, And To Demonstrate An Innovative, Highly Capable Rf Ion Propulsion System And 6U Spacecraft Bus. The Mission Will Require Pioneering Approach To Power Generation And Innovative, Low-Cost Approaches To The Development And Use Of Radiation-Tolerant Systems To Meet The Mission Requirements. The Program Can Be Categorized Generally Into Three Phases: 1) Development, 2) Integration And Testing, And 3) Mission Operations. Small Satellite Missions Addressing Strategic Knowledge Gaps (Skg) Was Identified As A Key Long Term Capability Area That Could Potentially Significantly Benefit Future Human Space Exploration And In Addition Address Commercial Interests Such As In-Situ Resource Prospecting. More Specifically, Nasa Anticipates Making Launch Opportunities For A Limited Number Of Small Satellites Available On Space Launch System (Sls) And Other Beyond Earth Orbit Missions. This Baa Thrust Area Intends To Provide Integration And Launch Opportunities For 6U Cubesat Payloads As Secondary Payloads On Deep Space Missions. A Cubesat Is A Type Of Space Research Nanosatellite. Cubesats Supported By This Launch Initiative Include Only 6U Form Factors. Cubesats Of Typically Have A Mass Of 1.33 Kilograms Per 1U Cube. A 6U Cubesat Typically Has A Mass Of 12 Kg. The Maximum Mass Compatible With The Em-1 Dispenser Is 14 Kg.
- 4 Dec 2019
- Nasa Baa Award This Is An Award Under The Next Space Technologies For Exploration Partnerships (Nextstep) Broad Agency Announcement (Baa). The Ultimate Goal Of This Program Is To Undertake A Mission To The Moon During Em-1 Or Similar Mission To Earth Escape, That Will Address Skgs Associated With The Nature, Location And Transportation Physics Of Lunar Volatiles, And To Demonstrate An Innovative, Highly Capable Rf Ion Propulsion System And 6U Spacecraft Bus. The Mission Will Require Pioneering Approach To Power Generation And Innovative, Low-Cost Approaches To The Development And Use Of Radiation-Tolerant Systems To Meet The Mission Requirements. The Program Can Be Categorized Generally Into Three Phases: 1) Development, 2) Integration And Testing, And 3) Mission Operations. Small Satellite Missions Addressing Strategic Knowledge Gaps (Skg) Was Identified As A Key Long Term Capability Area That Could Potentially Significantly Benefit Future Human Space Exploration And In Addition Address Commercial Interests Such As In-Situ Resource Prospecting. More Specifically, Nasa Anticipates Making Launch Opportunities For A Limited Number Of Small Satellites Available On Space Launch System (Sls) And Other Beyond Earth Orbit Missions. This Baa Thrust Area Intends To Provide Integration And Launch Opportunities For 6U Cubesat Payloads As Secondary Payloads On Deep Space Missions. A Cubesat Is A Type Of Space Research Nanosatellite. Cubesats Supported By This Launch Initiative Include Only 6U Form Factors. Cubesats Of Typically Have A Mass Of 1.33 Kilograms Per 1U Cube. A 6U Cubesat Typically Has A Mass Of 12 Kg. The Maximum Mass Compatible With The Em-1 Dispenser Is 14 Kg.
- Nasa Headquarters
- National Aeronautics And Space Administration (Nasa)
- $7,351,516.00
- National Aeronautics And Space Administration (Nasa)
- NNH16CO86C
- Igf::Ot::Igf Nasa Baa Award This Is An Award Under The Next Space Technologies For Exploration Partnerships (Nextstep) Broad Agency Announcement (Baa). The Ultimate Goal Of This Program Is To Undertake A Mission To The Moon During Em-1 Or Similar Mission To Earth Escape, That Will Address Skgs Associated With The Nature, Location And Transportation Physics Of Lunar Volatiles, And To Demonstrate An Innovative, Highly Capable Rf Ion Propulsion System And 6U Spacecraft Bus. The Mission Will Require Pioneering Approach To Power Generation And Innovative, Low-Cost Approaches To The Development And Use Of Radiation-Tolerant Systems To Meet The Mission Requirements. The Program Can Be Categorized Generally Into Three Phases: 1) Development, 2) Integration And Testing, And 3) Mission Operations. Small Satellite Missions Addressing Strategic Knowledge Gaps (Skg) Was Identified As A Key Long Term Capability Area That Could Potentially Significantly Benefit Future Human Space Exploration And In Addition Address Commercial Interests Such As In-Situ Resource Prospecting. More Specifically, Nasa Anticipates Making Launch Opportunities For A Limited Number Of Small Satellites Available On Space Launch System (Sls) And Other Beyond Earth Orbit Missions. This Baa Thrust Area Intends To Provide Integration And Launch Opportunities For 6U Cubesat Payloads As Secondary Payloads On Deep Space Missions. A Cubesat Is A Type Of Space Research Nanosatellite. Cubesats Supported By This Launch Initiative Include Only 6U Form Factors. Cubesats Of Typically Have A Mass Of 1.33 Kilograms Per 1U Cube. A 6U Cubesat Typically Has A Mass Of 12 Kg. The Maximum Mass Compatible With The Em-1 Dispenser Is 14 Kg.
- 30 May 2018
- Igf::Ot::Igf Nasa Baa Award This Is An Award Under The Next Space Technologies For Exploration Partnerships (Nextstep) Broad Agency Announcement (Baa). The Ultimate Goal Of This Program Is To Undertake A Mission To The Moon During Em-1 Or Similar Mission To Earth Escape, That Will Address Skgs Associated With The Nature, Location And Transportation Physics Of Lunar Volatiles, And To Demonstrate An Innovative, Highly Capable Rf Ion Propulsion System And 6U Spacecraft Bus. The Mission Will Require Pioneering Approach To Power Generation And Innovative, Low-Cost Approaches To The Development And Use Of Radiation-Tolerant Systems To Meet The Mission Requirements. The Program Can Be Categorized Generally Into Three Phases: 1) Development, 2) Integration And Testing, And 3) Mission Operations. Small Satellite Missions Addressing Strategic Knowledge Gaps (Skg) Was Identified As A Key Long Term Capability Area That Could Potentially Significantly Benefit Future Human Space Exploration And In Addition Address Commercial Interests Such As In-Situ Resource Prospecting. More Specifically, Nasa Anticipates Making Launch Opportunities For A Limited Number Of Small Satellites Available On Space Launch System (Sls) And Other Beyond Earth Orbit Missions. This Baa Thrust Area Intends To Provide Integration And Launch Opportunities For 6U Cubesat Payloads As Secondary Payloads On Deep Space Missions. A Cubesat Is A Type Of Space Research Nanosatellite. Cubesats Supported By This Launch Initiative Include Only 6U Form Factors. Cubesats Of Typically Have A Mass Of 1.33 Kilograms Per 1U Cube. A 6U Cubesat Typically Has A Mass Of 12 Kg. The Maximum Mass Compatible With The Em-1 Dispenser Is 14 Kg.
- Nasa Headquarters
- National Aeronautics And Space Administration (Nasa)
- $7,351,516.00
- National Aeronautics And Space Administration (Nasa)
- 80NSSC22P0183
- Ground Testing Support For Lunar Node-1
- 17 Nov 2021
- Ground Testing Support For Lunar Node-1
- Nasa Shared Services Center
- National Aeronautics And Space Administration (Nasa)
- $27,863.00
- National Aeronautics And Space Administration (Nasa)
- NNH16CO86C
- Igf::Ot::Igf Nasa Baa Award This Is An Award Under The Next Space Technologies For Exploration Partnerships (Nextstep) Broad Agency Announcement (Baa). The Ultimate Goal Of This Program Is To Undertake A Mission To The Moon During Em-1 Or Similar Mission To Earth Escape, That Will Address Skgs Associated With The Nature, Location And Transportation Physics Of Lunar Volatiles, And To Demonstrate An Innovative, Highly Capable Rf Ion Propulsion System And 6U Spacecraft Bus. The Mission Will Require Pioneering Approach To Power Generation And Innovative, Low-Cost Approaches To The Development And Use Of Radiation-Tolerant Systems To Meet The Mission Requirements. The Program Can Be Categorized Generally Into Three Phases: 1) Development, 2) Integration And Testing, And 3) Mission Operations. Small Satellite Missions Addressing Strategic Knowledge Gaps (Skg) Was Identified As A Key Long Term Capability Area That Could Potentially Significantly Benefit Future Human Space Exploration And In Addition Address Commercial Interests Such As In-Situ Resource Prospecting. More Specifically, Nasa Anticipates Making Launch Opportunities For A Limited Number Of Small Satellites Available On Space Launch System (Sls) And Other Beyond Earth Orbit Missions. This Baa Thrust Area Intends To Provide Integration And Launch Opportunities For 6U Cubesat Payloads As Secondary Payloads On Deep Space Missions. A Cubesat Is A Type Of Space Research Nanosatellite. Cubesats Supported By This Launch Initiative Include Only 6U Form Factors. Cubesats Of Typically Have A Mass Of 1.33 Kilograms Per 1U Cube. A 6U Cubesat Typically Has A Mass Of 12 Kg. The Maximum Mass Compatible With The Em-1 Dispenser Is 14 Kg.
- 29 Jun 2017
- Igf::Ot::Igf Nasa Baa Award This Is An Award Under The Next Space Technologies For Exploration Partnerships (Nextstep) Broad Agency Announcement (Baa). The Ultimate Goal Of This Program Is To Undertake A Mission To The Moon During Em-1 Or Similar Mission To Earth Escape, That Will Address Skgs Associated With The Nature, Location And Transportation Physics Of Lunar Volatiles, And To Demonstrate An Innovative, Highly Capable Rf Ion Propulsion System And 6U Spacecraft Bus. The Mission Will Require Pioneering Approach To Power Generation And Innovative, Low-Cost Approaches To The Development And Use Of Radiation-Tolerant Systems To Meet The Mission Requirements. The Program Can Be Categorized Generally Into Three Phases: 1) Development, 2) Integration And Testing, And 3) Mission Operations. Small Satellite Missions Addressing Strategic Knowledge Gaps (Skg) Was Identified As A Key Long Term Capability Area That Could Potentially Significantly Benefit Future Human Space Exploration And In Addition Address Commercial Interests Such As In-Situ Resource Prospecting. More Specifically, Nasa Anticipates Making Launch Opportunities For A Limited Number Of Small Satellites Available On Space Launch System (Sls) And Other Beyond Earth Orbit Missions. This Baa Thrust Area Intends To Provide Integration And Launch Opportunities For 6U Cubesat Payloads As Secondary Payloads On Deep Space Missions. A Cubesat Is A Type Of Space Research Nanosatellite. Cubesats Supported By This Launch Initiative Include Only 6U Form Factors. Cubesats Of Typically Have A Mass Of 1.33 Kilograms Per 1U Cube. A 6U Cubesat Typically Has A Mass Of 12 Kg. The Maximum Mass Compatible With The Em-1 Dispenser Is 14 Kg.
- Nasa Headquarters
- National Aeronautics And Space Administration (Nasa)
- $7,351,516.00
- National Aeronautics And Space Administration (Nasa)
- 80NSSC22P0183
- Ground Testing Support For Lunar Node-1
- 2 Aug 2023
- Ground Testing Support For Lunar Node-1
- Nasa Shared Services Center
- National Aeronautics And Space Administration (Nasa)
- $27,863.00
- National Aeronautics And Space Administration (Nasa)
- 80NSSC22P0183
- Ground Testing Support For Lunar Node-1
- 23 Feb 2023
- Ground Testing Support For Lunar Node-1
- Nasa Shared Services Center
- National Aeronautics And Space Administration (Nasa)
- $27,863.00
- National Aeronautics And Space Administration (Nasa)
- NNH16CO86C
- Igf::Ot::Igf Nasa Baa Award This Is An Award Under The Next Space Technologies For Exploration Partnerships (Nextstep) Broad Agency Announcement (Baa). The Ultimate Goal Of This Program Is To Undertake A Mission To The Moon During Em-1 Or Similar Mission To Earth Escape, That Will Address Skgs Associated With The Nature, Location And Transportation Physics Of Lunar Volatiles, And To Demonstrate An Innovative, Highly Capable Rf Ion Propulsion System And 6U Spacecraft Bus. The Mission Will Require Pioneering Approach To Power Generation And Innovative, Low-Cost Approaches To The Development And Use Of Radiation-Tolerant Systems To Meet The Mission Requirements. The Program Can Be Categorized Generally Into Three Phases: 1) Development, 2) Integration And Testing, And 3) Mission Operations. Small Satellite Missions Addressing Strategic Knowledge Gaps (Skg) Was Identified As A Key Long Term Capability Area That Could Potentially Significantly Benefit Future Human Space Exploration And In Addition Address Commercial Interests Such As In-Situ Resource Prospecting. More Specifically, Nasa Anticipates Making Launch Opportunities For A Limited Number Of Small Satellites Available On Space Launch System (Sls) And Other Beyond Earth Orbit Missions. This Baa Thrust Area Intends To Provide Integration And Launch Opportunities For 6U Cubesat Payloads As Secondary Payloads On Deep Space Missions. A Cubesat Is A Type Of Space Research Nanosatellite. Cubesats Supported By This Launch Initiative Include Only 6U Form Factors. Cubesats Of Typically Have A Mass Of 1.33 Kilograms Per 1U Cube. A 6U Cubesat Typically Has A Mass Of 12 Kg. The Maximum Mass Compatible With The Em-1 Dispenser Is 14 Kg.
- 19 Jan 2017
- Igf::Ot::Igf Nasa Baa Award This Is An Award Under The Next Space Technologies For Exploration Partnerships (Nextstep) Broad Agency Announcement (Baa). The Ultimate Goal Of This Program Is To Undertake A Mission To The Moon During Em-1 Or Similar Mission To Earth Escape, That Will Address Skgs Associated With The Nature, Location And Transportation Physics Of Lunar Volatiles, And To Demonstrate An Innovative, Highly Capable Rf Ion Propulsion System And 6U Spacecraft Bus. The Mission Will Require Pioneering Approach To Power Generation And Innovative, Low-Cost Approaches To The Development And Use Of Radiation-Tolerant Systems To Meet The Mission Requirements. The Program Can Be Categorized Generally Into Three Phases: 1) Development, 2) Integration And Testing, And 3) Mission Operations. Small Satellite Missions Addressing Strategic Knowledge Gaps (Skg) Was Identified As A Key Long Term Capability Area That Could Potentially Significantly Benefit Future Human Space Exploration And In Addition Address Commercial Interests Such As In-Situ Resource Prospecting. More Specifically, Nasa Anticipates Making Launch Opportunities For A Limited Number Of Small Satellites Available On Space Launch System (Sls) And Other Beyond Earth Orbit Missions. This Baa Thrust Area Intends To Provide Integration And Launch Opportunities For 6U Cubesat Payloads As Secondary Payloads On Deep Space Missions. A Cubesat Is A Type Of Space Research Nanosatellite. Cubesats Supported By This Launch Initiative Include Only 6U Form Factors. Cubesats Of Typically Have A Mass Of 1.33 Kilograms Per 1U Cube. A 6U Cubesat Typically Has A Mass Of 12 Kg. The Maximum Mass Compatible With The Em-1 Dispenser Is 14 Kg.
- Nasa Headquarters
- National Aeronautics And Space Administration (Nasa)
- $7,351,516.00
- National Aeronautics And Space Administration (Nasa)
- NNH16CO86C
- Eo14042 Nasa Baa Award This Is An Award Under The Next Space Technologies For Exploration Partnerships (Nextstep) Broad Agency Announcement (Baa). The Ultimate Goal Of This Program Is To Undertake A Mission To The Moon During Em-1 Or Similar Mission To Earth Escape, That Will Address Skgs Associated With The Nature, Location And Transportation Physics Of Lunar Volatiles, And To Demonstrate An Innovative, Highly Capable Rf Ion Propulsion System And 6U Spacecraft Bus. The Mission Will Require Pioneering Approach To Power Generation And Innovative, Low-Cost Approaches To The Development And Use Of Radiation-Tolerant Systems To Meet The Mission Requirements. The Program Can Be Categorized Generally Into Three Phases: 1) Development, 2) Integration And Testing, And 3) Mission Operations. Small Satellite Missions Addressing Strategic Knowledge Gaps (Skg) Was Identified As A Key Long Term Capability Area That Could Potentially Significantly Benefit Future Human Space Exploration And In Addition Address Commercial Interests Such As In-Situ Resource Prospecting. More Specifically, Nasa Anticipates Making Launch Opportunities For A Limited Number Of Small Satellites Available On Space Launch System (Sls) And Other Beyond Earth Orbit Missions. This Baa Thrust Area Intends To Provide Integration And Launch Opportunities For 6U Cubesat Payloads As Secondary Payloads On Deep Space Missions. A Cubesat Is A Type Of Space Research Nanosatellite. Cubesats Supported By This Launch Initiative Include Only 6U Form Factors. Cubesats Of Typically Have A Mass Of 1.33 Kilograms Per 1U Cube. A 6U Cubesat Typically Has A Mass Of 12 Kg. The Maximum Mass Compatible With The Em-1 Dispenser Is 14 Kg.
- 12 Oct 2021
- Eo14042 Nasa Baa Award This Is An Award Under The Next Space Technologies For Exploration Partnerships (Nextstep) Broad Agency Announcement (Baa). The Ultimate Goal Of This Program Is To Undertake A Mission To The Moon During Em-1 Or Similar Mission To Earth Escape, That Will Address Skgs Associated With The Nature, Location And Transportation Physics Of Lunar Volatiles, And To Demonstrate An Innovative, Highly Capable Rf Ion Propulsion System And 6U Spacecraft Bus. The Mission Will Require Pioneering Approach To Power Generation And Innovative, Low-Cost Approaches To The Development And Use Of Radiation-Tolerant Systems To Meet The Mission Requirements. The Program Can Be Categorized Generally Into Three Phases: 1) Development, 2) Integration And Testing, And 3) Mission Operations. Small Satellite Missions Addressing Strategic Knowledge Gaps (Skg) Was Identified As A Key Long Term Capability Area That Could Potentially Significantly Benefit Future Human Space Exploration And In Addition Address Commercial Interests Such As In-Situ Resource Prospecting. More Specifically, Nasa Anticipates Making Launch Opportunities For A Limited Number Of Small Satellites Available On Space Launch System (Sls) And Other Beyond Earth Orbit Missions. This Baa Thrust Area Intends To Provide Integration And Launch Opportunities For 6U Cubesat Payloads As Secondary Payloads On Deep Space Missions. A Cubesat Is A Type Of Space Research Nanosatellite. Cubesats Supported By This Launch Initiative Include Only 6U Form Factors. Cubesats Of Typically Have A Mass Of 1.33 Kilograms Per 1U Cube. A 6U Cubesat Typically Has A Mass Of 12 Kg. The Maximum Mass Compatible With The Em-1 Dispenser Is 14 Kg.
- Nasa Headquarters
- National Aeronautics And Space Administration (Nasa)
- $6,535,630.00
- National Aeronautics And Space Administration (Nasa)
- NNH16CO86C
- Eo14042 Nasa Baa Award This Is An Award Under The Next Space Technologies For Exploration Partnerships (Nextstep) Broad Agency Announcement (Baa). The Ultimate Goal Of This Program Is To Undertake A Mission To The Moon During Em-1 Or Similar Mission To Earth Escape, That Will Address Skgs Associated With The Nature, Location And Transportation Physics Of Lunar Volatiles, And To Demonstrate An Innovative, Highly Capable Rf Ion Propulsion System And 6U Spacecraft Bus. The Mission Will Require Pioneering Approach To Power Generation And Innovative, Low-Cost Approaches To The Development And Use Of Radiation-Tolerant Systems To Meet The Mission Requirements. The Program Can Be Categorized Generally Into Three Phases: 1) Development, 2) Integration And Testing, And 3) Mission Operations. Small Satellite Missions Addressing Strategic Knowledge Gaps (Skg) Was Identified As A Key Long Term Capability Area That Could Potentially Significantly Benefit Future Human Space Exploration And In Addition Address Commercial Interests Such As In-Situ Resource Prospecting. More Specifically, Nasa Anticipates Making Launch Opportunities For A Limited Number Of Small Satellites Available On Space Launch System (Sls) And Other Beyond Earth Orbit Missions. This Baa Thrust Area Intends To Provide Integration And Launch Opportunities For 6U Cubesat Payloads As Secondary Payloads On Deep Space Missions. A Cubesat Is A Type Of Space Research Nanosatellite. Cubesats Supported By This Launch Initiative Include Only 6U Form Factors. Cubesats Of Typically Have A Mass Of 1.33 Kilograms Per 1U Cube. A 6U Cubesat Typically Has A Mass Of 12 Kg. The Maximum Mass Compatible With The Em-1 Dispenser Is 14 Kg.
- 21 Sep 2022
- Eo14042 Nasa Baa Award This Is An Award Under The Next Space Technologies For Exploration Partnerships (Nextstep) Broad Agency Announcement (Baa). The Ultimate Goal Of This Program Is To Undertake A Mission To The Moon During Em-1 Or Similar Mission To Earth Escape, That Will Address Skgs Associated With The Nature, Location And Transportation Physics Of Lunar Volatiles, And To Demonstrate An Innovative, Highly Capable Rf Ion Propulsion System And 6U Spacecraft Bus. The Mission Will Require Pioneering Approach To Power Generation And Innovative, Low-Cost Approaches To The Development And Use Of Radiation-Tolerant Systems To Meet The Mission Requirements. The Program Can Be Categorized Generally Into Three Phases: 1) Development, 2) Integration And Testing, And 3) Mission Operations. Small Satellite Missions Addressing Strategic Knowledge Gaps (Skg) Was Identified As A Key Long Term Capability Area That Could Potentially Significantly Benefit Future Human Space Exploration And In Addition Address Commercial Interests Such As In-Situ Resource Prospecting. More Specifically, Nasa Anticipates Making Launch Opportunities For A Limited Number Of Small Satellites Available On Space Launch System (Sls) And Other Beyond Earth Orbit Missions. This Baa Thrust Area Intends To Provide Integration And Launch Opportunities For 6U Cubesat Payloads As Secondary Payloads On Deep Space Missions. A Cubesat Is A Type Of Space Research Nanosatellite. Cubesats Supported By This Launch Initiative Include Only 6U Form Factors. Cubesats Of Typically Have A Mass Of 1.33 Kilograms Per 1U Cube. A 6U Cubesat Typically Has A Mass Of 12 Kg. The Maximum Mass Compatible With The Em-1 Dispenser Is 14 Kg.
- Nasa Headquarters
- National Aeronautics And Space Administration (Nasa)
- $7,351,516.00
- National Aeronautics And Space Administration (Nasa)
- NNH16CO86C
- Nasa Baa Award This Is An Award Under The Next Space Technologies For Exploration Partnerships (Nextstep) Broad Agency Announcement (Baa). The Ultimate Goal Of This Program Is To Undertake A Mission To The Moon During Em-1 Or Similar Mission To Earth Escape, That Will Address Skgs Associated With The Nature, Location And Transportation Physics Of Lunar Volatiles, And To Demonstrate An Innovative, Highly Capable Rf Ion Propulsion System And 6U Spacecraft Bus. The Mission Will Require Pioneering Approach To Power Generation And Innovative, Low-Cost Approaches To The Development And Use Of Radiation-Tolerant Systems To Meet The Mission Requirements. The Program Can Be Categorized Generally Into Three Phases: 1) Development, 2) Integration And Testing, And 3) Mission Operations. Small Satellite Missions Addressing Strategic Knowledge Gaps (Skg) Was Identified As A Key Long Term Capability Area That Could Potentially Significantly Benefit Future Human Space Exploration And In Addition Address Commercial Interests Such As In-Situ Resource Prospecting. More Specifically, Nasa Anticipates Making Launch Opportunities For A Limited Number Of Small Satellites Available On Space Launch System (Sls) And Other Beyond Earth Orbit Missions. This Baa Thrust Area Intends To Provide Integration And Launch Opportunities For 6U Cubesat Payloads As Secondary Payloads On Deep Space Missions. A Cubesat Is A Type Of Space Research Nanosatellite. Cubesats Supported By This Launch Initiative Include Only 6U Form Factors. Cubesats Of Typically Have A Mass Of 1.33 Kilograms Per 1U Cube. A 6U Cubesat Typically Has A Mass Of 12 Kg. The Maximum Mass Compatible With The Em-1 Dispenser Is 14 Kg.
- 17 Mar 2020
- Nasa Baa Award This Is An Award Under The Next Space Technologies For Exploration Partnerships (Nextstep) Broad Agency Announcement (Baa). The Ultimate Goal Of This Program Is To Undertake A Mission To The Moon During Em-1 Or Similar Mission To Earth Escape, That Will Address Skgs Associated With The Nature, Location And Transportation Physics Of Lunar Volatiles, And To Demonstrate An Innovative, Highly Capable Rf Ion Propulsion System And 6U Spacecraft Bus. The Mission Will Require Pioneering Approach To Power Generation And Innovative, Low-Cost Approaches To The Development And Use Of Radiation-Tolerant Systems To Meet The Mission Requirements. The Program Can Be Categorized Generally Into Three Phases: 1) Development, 2) Integration And Testing, And 3) Mission Operations. Small Satellite Missions Addressing Strategic Knowledge Gaps (Skg) Was Identified As A Key Long Term Capability Area That Could Potentially Significantly Benefit Future Human Space Exploration And In Addition Address Commercial Interests Such As In-Situ Resource Prospecting. More Specifically, Nasa Anticipates Making Launch Opportunities For A Limited Number Of Small Satellites Available On Space Launch System (Sls) And Other Beyond Earth Orbit Missions. This Baa Thrust Area Intends To Provide Integration And Launch Opportunities For 6U Cubesat Payloads As Secondary Payloads On Deep Space Missions. A Cubesat Is A Type Of Space Research Nanosatellite. Cubesats Supported By This Launch Initiative Include Only 6U Form Factors. Cubesats Of Typically Have A Mass Of 1.33 Kilograms Per 1U Cube. A 6U Cubesat Typically Has A Mass Of 12 Kg. The Maximum Mass Compatible With The Em-1 Dispenser Is 14 Kg.
- Nasa Headquarters
- National Aeronautics And Space Administration (Nasa)
- $7,351,516.00
- National Aeronautics And Space Administration (Nasa)
- NNH16CO86C
- Nasa Baa Award This Is An Award Under The Next Space Technologies For Exploration Partnerships (Nextstep) Broad Agency Announcement (Baa). The Ultimate Goal Of This Program Is To Undertake A Mission To The Moon During Em-1 Or Similar Mission To Earth Escape, That Will Address Skgs Associated With The Nature, Location And Transportation Physics Of Lunar Volatiles, And To Demonstrate An Innovative, Highly Capable Rf Ion Propulsion System And 6U Spacecraft Bus. The Mission Will Require Pioneering Approach To Power Generation And Innovative, Low-Cost Approaches To The Development And Use Of Radiation-Tolerant Systems To Meet The Mission Requirements. The Program Can Be Categorized Generally Into Three Phases: 1) Development, 2) Integration And Testing, And 3) Mission Operations. Small Satellite Missions Addressing Strategic Knowledge Gaps (Skg) Was Identified As A Key Long Term Capability Area That Could Potentially Significantly Benefit Future Human Space Exploration And In Addition Address Commercial Interests Such As In-Situ Resource Prospecting. More Specifically, Nasa Anticipates Making Launch Opportunities For A Limited Number Of Small Satellites Available On Space Launch System (Sls) And Other Beyond Earth Orbit Missions. This Baa Thrust Area Intends To Provide Integration And Launch Opportunities For 6U Cubesat Payloads As Secondary Payloads On Deep Space Missions. A Cubesat Is A Type Of Space Research Nanosatellite. Cubesats Supported By This Launch Initiative Include Only 6U Form Factors. Cubesats Of Typically Have A Mass Of 1.33 Kilograms Per 1U Cube. A 6U Cubesat Typically Has A Mass Of 12 Kg. The Maximum Mass Compatible With The Em-1 Dispenser Is 14 Kg.
- 23 Sep 2020
- Nasa Baa Award This Is An Award Under The Next Space Technologies For Exploration Partnerships (Nextstep) Broad Agency Announcement (Baa). The Ultimate Goal Of This Program Is To Undertake A Mission To The Moon During Em-1 Or Similar Mission To Earth Escape, That Will Address Skgs Associated With The Nature, Location And Transportation Physics Of Lunar Volatiles, And To Demonstrate An Innovative, Highly Capable Rf Ion Propulsion System And 6U Spacecraft Bus. The Mission Will Require Pioneering Approach To Power Generation And Innovative, Low-Cost Approaches To The Development And Use Of Radiation-Tolerant Systems To Meet The Mission Requirements. The Program Can Be Categorized Generally Into Three Phases: 1) Development, 2) Integration And Testing, And 3) Mission Operations. Small Satellite Missions Addressing Strategic Knowledge Gaps (Skg) Was Identified As A Key Long Term Capability Area That Could Potentially Significantly Benefit Future Human Space Exploration And In Addition Address Commercial Interests Such As In-Situ Resource Prospecting. More Specifically, Nasa Anticipates Making Launch Opportunities For A Limited Number Of Small Satellites Available On Space Launch System (Sls) And Other Beyond Earth Orbit Missions. This Baa Thrust Area Intends To Provide Integration And Launch Opportunities For 6U Cubesat Payloads As Secondary Payloads On Deep Space Missions. A Cubesat Is A Type Of Space Research Nanosatellite. Cubesats Supported By This Launch Initiative Include Only 6U Form Factors. Cubesats Of Typically Have A Mass Of 1.33 Kilograms Per 1U Cube. A 6U Cubesat Typically Has A Mass Of 12 Kg. The Maximum Mass Compatible With The Em-1 Dispenser Is 14 Kg.
- Nasa Headquarters
- National Aeronautics And Space Administration (Nasa)
- $7,351,516.00
- National Aeronautics And Space Administration (Nasa)
- NNH16CO86C
- Nasa Baa Award This Is An Award Under The Next Space Technologies For Exploration Partnerships (Nextstep) Broad Agency Announcement (Baa). The Ultimate Goal Of This Program Is To Undertake A Mission To The Moon During Em-1 Or Similar Mission To Earth Escape, That Will Address Skgs Associated With The Nature, Location And Transportation Physics Of Lunar Volatiles, And To Demonstrate An Innovative, Highly Capable Rf Ion Propulsion System And 6U Spacecraft Bus. The Mission Will Require Pioneering Approach To Power Generation And Innovative, Low-Cost Approaches To The Development And Use Of Radiation-Tolerant Systems To Meet The Mission Requirements. The Program Can Be Categorized Generally Into Three Phases: 1) Development, 2) Integration And Testing, And 3) Mission Operations. Small Satellite Missions Addressing Strategic Knowledge Gaps (Skg) Was Identified As A Key Long Term Capability Area That Could Potentially Significantly Benefit Future Human Space Exploration And In Addition Address Commercial Interests Such As In-Situ Resource Prospecting. More Specifically, Nasa Anticipates Making Launch Opportunities For A Limited Number Of Small Satellites Available On Space Launch System (Sls) And Other Beyond Earth Orbit Missions. This Baa Thrust Area Intends To Provide Integration And Launch Opportunities For 6U Cubesat Payloads As Secondary Payloads On Deep Space Missions. A Cubesat Is A Type Of Space Research Nanosatellite. Cubesats Supported By This Launch Initiative Include Only 6U Form Factors. Cubesats Of Typically Have A Mass Of 1.33 Kilograms Per 1U Cube. A 6U Cubesat Typically Has A Mass Of 12 Kg. The Maximum Mass Compatible With The Em-1 Dispenser Is 14 Kg.
- 17 Dec 2020
- Nasa Baa Award This Is An Award Under The Next Space Technologies For Exploration Partnerships (Nextstep) Broad Agency Announcement (Baa). The Ultimate Goal Of This Program Is To Undertake A Mission To The Moon During Em-1 Or Similar Mission To Earth Escape, That Will Address Skgs Associated With The Nature, Location And Transportation Physics Of Lunar Volatiles, And To Demonstrate An Innovative, Highly Capable Rf Ion Propulsion System And 6U Spacecraft Bus. The Mission Will Require Pioneering Approach To Power Generation And Innovative, Low-Cost Approaches To The Development And Use Of Radiation-Tolerant Systems To Meet The Mission Requirements. The Program Can Be Categorized Generally Into Three Phases: 1) Development, 2) Integration And Testing, And 3) Mission Operations. Small Satellite Missions Addressing Strategic Knowledge Gaps (Skg) Was Identified As A Key Long Term Capability Area That Could Potentially Significantly Benefit Future Human Space Exploration And In Addition Address Commercial Interests Such As In-Situ Resource Prospecting. More Specifically, Nasa Anticipates Making Launch Opportunities For A Limited Number Of Small Satellites Available On Space Launch System (Sls) And Other Beyond Earth Orbit Missions. This Baa Thrust Area Intends To Provide Integration And Launch Opportunities For 6U Cubesat Payloads As Secondary Payloads On Deep Space Missions. A Cubesat Is A Type Of Space Research Nanosatellite. Cubesats Supported By This Launch Initiative Include Only 6U Form Factors. Cubesats Of Typically Have A Mass Of 1.33 Kilograms Per 1U Cube. A 6U Cubesat Typically Has A Mass Of 12 Kg. The Maximum Mass Compatible With The Em-1 Dispenser Is 14 Kg.
- Nasa Headquarters
- National Aeronautics And Space Administration (Nasa)
- $7,351,516.00
- National Aeronautics And Space Administration (Nasa)
- NNH16CO86C
- Igf::Ot::Igf Nasa Baa Award This Is An Award Under The Next Space Technologies For Exploration Partnerships (Nextstep) Broad Agency Announcement (Baa). The Ultimate Goal Of This Program Is To Undertake A Mission To The Moon During Em-1 Or Similar Mission To Earth Escape, That Will Address Skgs Associated With The Nature, Location And Transportation Physics Of Lunar Volatiles, And To Demonstrate An Innovative, Highly Capable Rf Ion Propulsion System And 6U Spacecraft Bus. The Mission Will Require Pioneering Approach To Power Generation And Innovative, Low-Cost Approaches To The Development And Use Of Radiation-Tolerant Systems To Meet The Mission Requirements. The Program Can Be Categorized Generally Into Three Phases: 1) Development, 2) Integration And Testing, And 3) Mission Operations. Small Satellite Missions Addressing Strategic Knowledge Gaps (Skg) Was Identified As A Key Long Term Capability Area That Could Potentially Significantly Benefit Future Human Space Exploration And In Addition Address Commercial Interests Such As In-Situ Resource Prospecting. More Specifically, Nasa Anticipates Making Launch Opportunities For A Limited Number Of Small Satellites Available On Space Launch System (Sls) And Other Beyond Earth Orbit Missions. This Baa Thrust Area Intends To Provide Integration And Launch Opportunities For 6U Cubesat Payloads As Secondary Payloads On Deep Space Missions. A Cubesat Is A Type Of Space Research Nanosatellite. Cubesats Supported By This Launch Initiative Include Only 6U Form Factors. Cubesats Of Typically Have A Mass Of 1.33 Kilograms Per 1U Cube. A 6U Cubesat Typically Has A Mass Of 12 Kg. The Maximum Mass Compatible With The Em-1 Dispenser Is 14 Kg.
- 25 Sep 2017
- Igf::Ot::Igf Nasa Baa Award This Is An Award Under The Next Space Technologies For Exploration Partnerships (Nextstep) Broad Agency Announcement (Baa). The Ultimate Goal Of This Program Is To Undertake A Mission To The Moon During Em-1 Or Similar Mission To Earth Escape, That Will Address Skgs Associated With The Nature, Location And Transportation Physics Of Lunar Volatiles, And To Demonstrate An Innovative, Highly Capable Rf Ion Propulsion System And 6U Spacecraft Bus. The Mission Will Require Pioneering Approach To Power Generation And Innovative, Low-Cost Approaches To The Development And Use Of Radiation-Tolerant Systems To Meet The Mission Requirements. The Program Can Be Categorized Generally Into Three Phases: 1) Development, 2) Integration And Testing, And 3) Mission Operations. Small Satellite Missions Addressing Strategic Knowledge Gaps (Skg) Was Identified As A Key Long Term Capability Area That Could Potentially Significantly Benefit Future Human Space Exploration And In Addition Address Commercial Interests Such As In-Situ Resource Prospecting. More Specifically, Nasa Anticipates Making Launch Opportunities For A Limited Number Of Small Satellites Available On Space Launch System (Sls) And Other Beyond Earth Orbit Missions. This Baa Thrust Area Intends To Provide Integration And Launch Opportunities For 6U Cubesat Payloads As Secondary Payloads On Deep Space Missions. A Cubesat Is A Type Of Space Research Nanosatellite. Cubesats Supported By This Launch Initiative Include Only 6U Form Factors. Cubesats Of Typically Have A Mass Of 1.33 Kilograms Per 1U Cube. A 6U Cubesat Typically Has A Mass Of 12 Kg. The Maximum Mass Compatible With The Em-1 Dispenser Is 14 Kg.
- Nasa Headquarters
- National Aeronautics And Space Administration (Nasa)
- $7,351,516.00
- National Aeronautics And Space Administration (Nasa)
- NNH16CO86C
- Nasa Baa Award This Is An Award Under The Next Space Technologies For Exploration Partnerships (Nextstep) Broad Agency Announcement (Baa). The Ultimate Goal Of This Program Is To Undertake A Mission To The Moon During Em-1 Or Similar Mission To Earth Escape, That Will Address Skgs Associated With The Nature, Location And Transportation Physics Of Lunar Volatiles, And To Demonstrate An Innovative, Highly Capable Rf Ion Propulsion System And 6U Spacecraft Bus. The Mission Will Require Pioneering Approach To Power Generation And Innovative, Low-Cost Approaches To The Development And Use Of Radiation-Tolerant Systems To Meet The Mission Requirements. The Program Can Be Categorized Generally Into Three Phases: 1) Development, 2) Integration And Testing, And 3) Mission Operations. Small Satellite Missions Addressing Strategic Knowledge Gaps (Skg) Was Identified As A Key Long Term Capability Area That Could Potentially Significantly Benefit Future Human Space Exploration And In Addition Address Commercial Interests Such As In-Situ Resource Prospecting. More Specifically, Nasa Anticipates Making Launch Opportunities For A Limited Number Of Small Satellites Available On Space Launch System (Sls) And Other Beyond Earth Orbit Missions. This Baa Thrust Area Intends To Provide Integration And Launch Opportunities For 6U Cubesat Payloads As Secondary Payloads On Deep Space Missions. A Cubesat Is A Type Of Space Research Nanosatellite. Cubesats Supported By This Launch Initiative Include Only 6U Form Factors. Cubesats Of Typically Have A Mass Of 1.33 Kilograms Per 1U Cube. A 6U Cubesat Typically Has A Mass Of 12 Kg. The Maximum Mass Compatible With The Em-1 Dispenser Is 14 Kg.
- 8 Aug 2019
- Nasa Baa Award This Is An Award Under The Next Space Technologies For Exploration Partnerships (Nextstep) Broad Agency Announcement (Baa). The Ultimate Goal Of This Program Is To Undertake A Mission To The Moon During Em-1 Or Similar Mission To Earth Escape, That Will Address Skgs Associated With The Nature, Location And Transportation Physics Of Lunar Volatiles, And To Demonstrate An Innovative, Highly Capable Rf Ion Propulsion System And 6U Spacecraft Bus. The Mission Will Require Pioneering Approach To Power Generation And Innovative, Low-Cost Approaches To The Development And Use Of Radiation-Tolerant Systems To Meet The Mission Requirements. The Program Can Be Categorized Generally Into Three Phases: 1) Development, 2) Integration And Testing, And 3) Mission Operations. Small Satellite Missions Addressing Strategic Knowledge Gaps (Skg) Was Identified As A Key Long Term Capability Area That Could Potentially Significantly Benefit Future Human Space Exploration And In Addition Address Commercial Interests Such As In-Situ Resource Prospecting. More Specifically, Nasa Anticipates Making Launch Opportunities For A Limited Number Of Small Satellites Available On Space Launch System (Sls) And Other Beyond Earth Orbit Missions. This Baa Thrust Area Intends To Provide Integration And Launch Opportunities For 6U Cubesat Payloads As Secondary Payloads On Deep Space Missions. A Cubesat Is A Type Of Space Research Nanosatellite. Cubesats Supported By This Launch Initiative Include Only 6U Form Factors. Cubesats Of Typically Have A Mass Of 1.33 Kilograms Per 1U Cube. A 6U Cubesat Typically Has A Mass Of 12 Kg. The Maximum Mass Compatible With The Em-1 Dispenser Is 14 Kg.
- Nasa Headquarters
- National Aeronautics And Space Administration (Nasa)
- $7,351,516.00
- National Aeronautics And Space Administration (Nasa)
- NNH16CO86C
- Nasa Baa Award This Is An Award Under The Next Space Technologies For Exploration Partnerships (Nextstep) Broad Agency Announcement (Baa). The Ultimate Goal Of This Program Is To Undertake A Mission To The Moon During Em-1 Or Similar Mission To Earth Escape, That Will Address Skgs Associated With The Nature, Location And Transportation Physics Of Lunar Volatiles, And To Demonstrate An Innovative, Highly Capable Rf Ion Propulsion System And 6U Spacecraft Bus. The Mission Will Require Pioneering Approach To Power Generation And Innovative, Low-Cost Approaches To The Development And Use Of Radiation-Tolerant Systems To Meet The Mission Requirements. The Program Can Be Categorized Generally Into Three Phases: 1) Development, 2) Integration And Testing, And 3) Mission Operations. Small Satellite Missions Addressing Strategic Knowledge Gaps (Skg) Was Identified As A Key Long Term Capability Area That Could Potentially Significantly Benefit Future Human Space Exploration And In Addition Address Commercial Interests Such As In-Situ Resource Prospecting. More Specifically, Nasa Anticipates Making Launch Opportunities For A Limited Number Of Small Satellites Available On Space Launch System (Sls) And Other Beyond Earth Orbit Missions. This Baa Thrust Area Intends To Provide Integration And Launch Opportunities For 6U Cubesat Payloads As Secondary Payloads On Deep Space Missions. A Cubesat Is A Type Of Space Research Nanosatellite. Cubesats Supported By This Launch Initiative Include Only 6U Form Factors. Cubesats Of Typically Have A Mass Of 1.33 Kilograms Per 1U Cube. A 6U Cubesat Typically Has A Mass Of 12 Kg. The Maximum Mass Compatible With The Em-1 Dispenser Is 14 Kg.
- 20 Dec 2019
- Nasa Baa Award This Is An Award Under The Next Space Technologies For Exploration Partnerships (Nextstep) Broad Agency Announcement (Baa). The Ultimate Goal Of This Program Is To Undertake A Mission To The Moon During Em-1 Or Similar Mission To Earth Escape, That Will Address Skgs Associated With The Nature, Location And Transportation Physics Of Lunar Volatiles, And To Demonstrate An Innovative, Highly Capable Rf Ion Propulsion System And 6U Spacecraft Bus. The Mission Will Require Pioneering Approach To Power Generation And Innovative, Low-Cost Approaches To The Development And Use Of Radiation-Tolerant Systems To Meet The Mission Requirements. The Program Can Be Categorized Generally Into Three Phases: 1) Development, 2) Integration And Testing, And 3) Mission Operations. Small Satellite Missions Addressing Strategic Knowledge Gaps (Skg) Was Identified As A Key Long Term Capability Area That Could Potentially Significantly Benefit Future Human Space Exploration And In Addition Address Commercial Interests Such As In-Situ Resource Prospecting. More Specifically, Nasa Anticipates Making Launch Opportunities For A Limited Number Of Small Satellites Available On Space Launch System (Sls) And Other Beyond Earth Orbit Missions. This Baa Thrust Area Intends To Provide Integration And Launch Opportunities For 6U Cubesat Payloads As Secondary Payloads On Deep Space Missions. A Cubesat Is A Type Of Space Research Nanosatellite. Cubesats Supported By This Launch Initiative Include Only 6U Form Factors. Cubesats Of Typically Have A Mass Of 1.33 Kilograms Per 1U Cube. A 6U Cubesat Typically Has A Mass Of 12 Kg. The Maximum Mass Compatible With The Em-1 Dispenser Is 14 Kg.
- Nasa Headquarters
- National Aeronautics And Space Administration (Nasa)
- $7,351,516.00
- National Aeronautics And Space Administration (Nasa)
- NNH16CO86C
- Igf::Ot::Igf Nasa Baa Award This Is An Award Under The Next Space Technologies For Exploration Partnerships (Nextstep) Broad Agency Announcement (Baa). The Ultimate Goal Of This Program Is To Undertake A Mission To The Moon During Em-1 Or Similar Mission To Earth Escape, That Will Address Skgs Associated With The Nature, Location And Transportation Physics Of Lunar Volatiles, And To Demonstrate An Innovative, Highly Capable Rf Ion Propulsion System And 6U Spacecraft Bus. The Mission Will Require Pioneering Approach To Power Generation And Innovative, Low-Cost Approaches To The Development And Use Of Radiation-Tolerant Systems To Meet The Mission Requirements. The Program Can Be Categorized Generally Into Three Phases: 1) Development, 2) Integration And Testing, And 3) Mission Operations. Small Satellite Missions Addressing Strategic Knowledge Gaps (Skg) Was Identified As A Key Long Term Capability Area That Could Potentially Significantly Benefit Future Human Space Exploration And In Addition Address Commercial Interests Such As In-Situ Resource Prospecting. More Specifically, Nasa Anticipates Making Launch Opportunities For A Limited Number Of Small Satellites Available On Space Launch System (Sls) And Other Beyond Earth Orbit Missions. This Baa Thrust Area Intends To Provide Integration And Launch Opportunities For 6U Cubesat Payloads As Secondary Payloads On Deep Space Missions. A Cubesat Is A Type Of Space Research Nanosatellite. Cubesats Supported By This Launch Initiative Include Only 6U Form Factors. Cubesats Of Typically Have A Mass Of 1.33 Kilograms Per 1U Cube. A 6U Cubesat Typically Has A Mass Of 12 Kg. The Maximum Mass Compatible With The Em-1 Dispenser Is 14 Kg.
- 24 Jan 2018
- Igf::Ot::Igf Nasa Baa Award This Is An Award Under The Next Space Technologies For Exploration Partnerships (Nextstep) Broad Agency Announcement (Baa). The Ultimate Goal Of This Program Is To Undertake A Mission To The Moon During Em-1 Or Similar Mission To Earth Escape, That Will Address Skgs Associated With The Nature, Location And Transportation Physics Of Lunar Volatiles, And To Demonstrate An Innovative, Highly Capable Rf Ion Propulsion System And 6U Spacecraft Bus. The Mission Will Require Pioneering Approach To Power Generation And Innovative, Low-Cost Approaches To The Development And Use Of Radiation-Tolerant Systems To Meet The Mission Requirements. The Program Can Be Categorized Generally Into Three Phases: 1) Development, 2) Integration And Testing, And 3) Mission Operations. Small Satellite Missions Addressing Strategic Knowledge Gaps (Skg) Was Identified As A Key Long Term Capability Area That Could Potentially Significantly Benefit Future Human Space Exploration And In Addition Address Commercial Interests Such As In-Situ Resource Prospecting. More Specifically, Nasa Anticipates Making Launch Opportunities For A Limited Number Of Small Satellites Available On Space Launch System (Sls) And Other Beyond Earth Orbit Missions. This Baa Thrust Area Intends To Provide Integration And Launch Opportunities For 6U Cubesat Payloads As Secondary Payloads On Deep Space Missions. A Cubesat Is A Type Of Space Research Nanosatellite. Cubesats Supported By This Launch Initiative Include Only 6U Form Factors. Cubesats Of Typically Have A Mass Of 1.33 Kilograms Per 1U Cube. A 6U Cubesat Typically Has A Mass Of 12 Kg. The Maximum Mass Compatible With The Em-1 Dispenser Is 14 Kg.
- Nasa Headquarters
- National Aeronautics And Space Administration (Nasa)
- $7,351,516.00
- National Aeronautics And Space Administration (Nasa)
- NNH16CO86C
- Nasa Baa Award This Is An Award Under The Next Space Technologies For Exploration Partnerships (Nextstep) Broad Agency Announcement (Baa). The Ultimate Goal Of This Program Is To Undertake A Mission To The Moon During Em-1 Or Similar Mission To Earth Escape, That Will Address Skgs Associated With The Nature, Location And Transportation Physics Of Lunar Volatiles, And To Demonstrate An Innovative, Highly Capable Rf Ion Propulsion System And 6U Spacecraft Bus. The Mission Will Require Pioneering Approach To Power Generation And Innovative, Low-Cost Approaches To The Development And Use Of Radiation-Tolerant Systems To Meet The Mission Requirements. The Program Can Be Categorized Generally Into Three Phases: 1) Development, 2) Integration And Testing, And 3) Mission Operations. Small Satellite Missions Addressing Strategic Knowledge Gaps (Skg) Was Identified As A Key Long Term Capability Area That Could Potentially Significantly Benefit Future Human Space Exploration And In Addition Address Commercial Interests Such As In-Situ Resource Prospecting. More Specifically, Nasa Anticipates Making Launch Opportunities For A Limited Number Of Small Satellites Available On Space Launch System (Sls) And Other Beyond Earth Orbit Missions. This Baa Thrust Area Intends To Provide Integration And Launch Opportunities For 6U Cubesat Payloads As Secondary Payloads On Deep Space Missions. A Cubesat Is A Type Of Space Research Nanosatellite. Cubesats Supported By This Launch Initiative Include Only 6U Form Factors. Cubesats Of Typically Have A Mass Of 1.33 Kilograms Per 1U Cube. A 6U Cubesat Typically Has A Mass Of 12 Kg. The Maximum Mass Compatible With The Em-1 Dispenser Is 14 Kg.
- 22 Jun 2023
- Nasa Baa Award This Is An Award Under The Next Space Technologies For Exploration Partnerships (Nextstep) Broad Agency Announcement (Baa). The Ultimate Goal Of This Program Is To Undertake A Mission To The Moon During Em-1 Or Similar Mission To Earth Escape, That Will Address Skgs Associated With The Nature, Location And Transportation Physics Of Lunar Volatiles, And To Demonstrate An Innovative, Highly Capable Rf Ion Propulsion System And 6U Spacecraft Bus. The Mission Will Require Pioneering Approach To Power Generation And Innovative, Low-Cost Approaches To The Development And Use Of Radiation-Tolerant Systems To Meet The Mission Requirements. The Program Can Be Categorized Generally Into Three Phases: 1) Development, 2) Integration And Testing, And 3) Mission Operations. Small Satellite Missions Addressing Strategic Knowledge Gaps (Skg) Was Identified As A Key Long Term Capability Area That Could Potentially Significantly Benefit Future Human Space Exploration And In Addition Address Commercial Interests Such As In-Situ Resource Prospecting. More Specifically, Nasa Anticipates Making Launch Opportunities For A Limited Number Of Small Satellites Available On Space Launch System (Sls) And Other Beyond Earth Orbit Missions. This Baa Thrust Area Intends To Provide Integration And Launch Opportunities For 6U Cubesat Payloads As Secondary Payloads On Deep Space Missions. A Cubesat Is A Type Of Space Research Nanosatellite. Cubesats Supported By This Launch Initiative Include Only 6U Form Factors. Cubesats Of Typically Have A Mass Of 1.33 Kilograms Per 1U Cube. A 6U Cubesat Typically Has A Mass Of 12 Kg. The Maximum Mass Compatible With The Em-1 Dispenser Is 14 Kg.
- Nasa Headquarters
- National Aeronautics And Space Administration (Nasa)
- $7,351,516.00
- National Aeronautics And Space Administration (Nasa)
- NNH16CO86C
- Nasa Baa Award This Is An Award Under The Next Space Technologies For Exploration Partnerships (Nextstep) Broad Agency Announcement (Baa). The Ultimate Goal Of This Program Is To Undertake A Mission To The Moon During Em-1 Or Similar Mission To Earth Escape, That Will Address Skgs Associated With The Nature, Location And Transportation Physics Of Lunar Volatiles, And To Demonstrate An Innovative, Highly Capable Rf Ion Propulsion System And 6U Spacecraft Bus. The Mission Will Require Pioneering Approach To Power Generation And Innovative, Low-Cost Approaches To The Development And Use Of Radiation-Tolerant Systems To Meet The Mission Requirements. The Program Can Be Categorized Generally Into Three Phases: 1) Development, 2) Integration And Testing, And 3) Mission Operations. Small Satellite Missions Addressing Strategic Knowledge Gaps (Skg) Was Identified As A Key Long Term Capability Area That Could Potentially Significantly Benefit Future Human Space Exploration And In Addition Address Commercial Interests Such As In-Situ Resource Prospecting. More Specifically, Nasa Anticipates Making Launch Opportunities For A Limited Number Of Small Satellites Available On Space Launch System (Sls) And Other Beyond Earth Orbit Missions. This Baa Thrust Area Intends To Provide Integration And Launch Opportunities For 6U Cubesat Payloads As Secondary Payloads On Deep Space Missions. A Cubesat Is A Type Of Space Research Nanosatellite. Cubesats Supported By This Launch Initiative Include Only 6U Form Factors. Cubesats Of Typically Have A Mass Of 1.33 Kilograms Per 1U Cube. A 6U Cubesat Typically Has A Mass Of 12 Kg. The Maximum Mass Compatible With The Em-1 Dispenser Is 14 Kg.
- 8 Jun 2021
- Nasa Baa Award This Is An Award Under The Next Space Technologies For Exploration Partnerships (Nextstep) Broad Agency Announcement (Baa). The Ultimate Goal Of This Program Is To Undertake A Mission To The Moon During Em-1 Or Similar Mission To Earth Escape, That Will Address Skgs Associated With The Nature, Location And Transportation Physics Of Lunar Volatiles, And To Demonstrate An Innovative, Highly Capable Rf Ion Propulsion System And 6U Spacecraft Bus. The Mission Will Require Pioneering Approach To Power Generation And Innovative, Low-Cost Approaches To The Development And Use Of Radiation-Tolerant Systems To Meet The Mission Requirements. The Program Can Be Categorized Generally Into Three Phases: 1) Development, 2) Integration And Testing, And 3) Mission Operations. Small Satellite Missions Addressing Strategic Knowledge Gaps (Skg) Was Identified As A Key Long Term Capability Area That Could Potentially Significantly Benefit Future Human Space Exploration And In Addition Address Commercial Interests Such As In-Situ Resource Prospecting. More Specifically, Nasa Anticipates Making Launch Opportunities For A Limited Number Of Small Satellites Available On Space Launch System (Sls) And Other Beyond Earth Orbit Missions. This Baa Thrust Area Intends To Provide Integration And Launch Opportunities For 6U Cubesat Payloads As Secondary Payloads On Deep Space Missions. A Cubesat Is A Type Of Space Research Nanosatellite. Cubesats Supported By This Launch Initiative Include Only 6U Form Factors. Cubesats Of Typically Have A Mass Of 1.33 Kilograms Per 1U Cube. A 6U Cubesat Typically Has A Mass Of 12 Kg. The Maximum Mass Compatible With The Em-1 Dispenser Is 14 Kg.
- Nasa Headquarters
- National Aeronautics And Space Administration (Nasa)
- $6,535,630.00
- National Aeronautics And Space Administration (Nasa)
- NNH16CO86C
- Igf::Ot::Igf Nasa Baa Award This Is An Award Under The Next Space Technologies For Exploration Partnerships (Nextstep) Broad Agency Announcement (Baa). The Ultimate Goal Of This Program Is To Undertake A Mission To The Moon During Em-1 Or Similar Mission To Earth Escape, That Will Address Skgs Associated With The Nature, Location And Transportation Physics Of Lunar Volatiles, And To Demonstrate An Innovative, Highly Capable Rf Ion Propulsion System And 6U Spacecraft Bus. The Mission Will Require Pioneering Approach To Power Generation And Innovative, Low-Cost Approaches To The Development And Use Of Radiation-Tolerant Systems To Meet The Mission Requirements. The Program Can Be Categorized Generally Into Three Phases: 1) Development, 2) Integration And Testing, And 3) Mission Operations. Small Satellite Missions Addressing Strategic Knowledge Gaps (Skg) Was Identified As A Key Long Term Capability Area That Could Potentially Significantly Benefit Future Human Space Exploration And In Addition Address Commercial Interests Such As In-Situ Resource Prospecting. More Specifically, Nasa Anticipates Making Launch Opportunities For A Limited Number Of Small Satellites Available On Space Launch System (Sls) And Other Beyond Earth Orbit Missions. This Baa Thrust Area Intends To Provide Integration And Launch Opportunities For 6U Cubesat Payloads As Secondary Payloads On Deep Space Missions. A Cubesat Is A Type Of Space Research Nanosatellite. Cubesats Supported By This Launch Initiative Include Only 6U Form Factors. Cubesats Of Typically Have A Mass Of 1.33 Kilograms Per 1U Cube. A 6U Cubesat Typically Has A Mass Of 12 Kg. The Maximum Mass Compatible With The Em-1 Dispenser Is 14 Kg.
- 29 Sep 2016
- Igf::Ot::Igf Nasa Baa Award This Is An Award Under The Next Space Technologies For Exploration Partnerships (Nextstep) Broad Agency Announcement (Baa). The Ultimate Goal Of This Program Is To Undertake A Mission To The Moon During Em-1 Or Similar Mission To Earth Escape, That Will Address Skgs Associated With The Nature, Location And Transportation Physics Of Lunar Volatiles, And To Demonstrate An Innovative, Highly Capable Rf Ion Propulsion System And 6U Spacecraft Bus. The Mission Will Require Pioneering Approach To Power Generation And Innovative, Low-Cost Approaches To The Development And Use Of Radiation-Tolerant Systems To Meet The Mission Requirements. The Program Can Be Categorized Generally Into Three Phases: 1) Development, 2) Integration And Testing, And 3) Mission Operations. Small Satellite Missions Addressing Strategic Knowledge Gaps (Skg) Was Identified As A Key Long Term Capability Area That Could Potentially Significantly Benefit Future Human Space Exploration And In Addition Address Commercial Interests Such As In-Situ Resource Prospecting. More Specifically, Nasa Anticipates Making Launch Opportunities For A Limited Number Of Small Satellites Available On Space Launch System (Sls) And Other Beyond Earth Orbit Missions. This Baa Thrust Area Intends To Provide Integration And Launch Opportunities For 6U Cubesat Payloads As Secondary Payloads On Deep Space Missions. A Cubesat Is A Type Of Space Research Nanosatellite. Cubesats Supported By This Launch Initiative Include Only 6U Form Factors. Cubesats Of Typically Have A Mass Of 1.33 Kilograms Per 1U Cube. A 6U Cubesat Typically Has A Mass Of 12 Kg. The Maximum Mass Compatible With The Em-1 Dispenser Is 14 Kg.
- Nasa Headquarters
- National Aeronautics And Space Administration (Nasa)
- $7,351,516.00
- National Aeronautics And Space Administration (Nasa)
- NNH16CO86C
- Nasa Baa Award This Is An Award Under The Next Space Technologies For Exploration Partnerships (Nextstep) Broad Agency Announcement (Baa). The Ultimate Goal Of This Program Is To Undertake A Mission To The Moon During Em-1 Or Similar Mission To Earth Escape, That Will Address Skgs Associated With The Nature, Location And Transportation Physics Of Lunar Volatiles, And To Demonstrate An Innovative, Highly Capable Rf Ion Propulsion System And 6U Spacecraft Bus. The Mission Will Require Pioneering Approach To Power Generation And Innovative, Low-Cost Approaches To The Development And Use Of Radiation-Tolerant Systems To Meet The Mission Requirements. The Program Can Be Categorized Generally Into Three Phases: 1) Development, 2) Integration And Testing, And 3) Mission Operations. Small Satellite Missions Addressing Strategic Knowledge Gaps (Skg) Was Identified As A Key Long Term Capability Area That Could Potentially Significantly Benefit Future Human Space Exploration And In Addition Address Commercial Interests Such As In-Situ Resource Prospecting. More Specifically, Nasa Anticipates Making Launch Opportunities For A Limited Number Of Small Satellites Available On Space Launch System (Sls) And Other Beyond Earth Orbit Missions. This Baa Thrust Area Intends To Provide Integration And Launch Opportunities For 6U Cubesat Payloads As Secondary Payloads On Deep Space Missions. A Cubesat Is A Type Of Space Research Nanosatellite. Cubesats Supported By This Launch Initiative Include Only 6U Form Factors. Cubesats Of Typically Have A Mass Of 1.33 Kilograms Per 1U Cube. A 6U Cubesat Typically Has A Mass Of 12 Kg. The Maximum Mass Compatible With The Em-1 Dispenser Is 14 Kg.
- 27 Sep 2023
- Nasa Baa Award This Is An Award Under The Next Space Technologies For Exploration Partnerships (Nextstep) Broad Agency Announcement (Baa). The Ultimate Goal Of This Program Is To Undertake A Mission To The Moon During Em-1 Or Similar Mission To Earth Escape, That Will Address Skgs Associated With The Nature, Location And Transportation Physics Of Lunar Volatiles, And To Demonstrate An Innovative, Highly Capable Rf Ion Propulsion System And 6U Spacecraft Bus. The Mission Will Require Pioneering Approach To Power Generation And Innovative, Low-Cost Approaches To The Development And Use Of Radiation-Tolerant Systems To Meet The Mission Requirements. The Program Can Be Categorized Generally Into Three Phases: 1) Development, 2) Integration And Testing, And 3) Mission Operations. Small Satellite Missions Addressing Strategic Knowledge Gaps (Skg) Was Identified As A Key Long Term Capability Area That Could Potentially Significantly Benefit Future Human Space Exploration And In Addition Address Commercial Interests Such As In-Situ Resource Prospecting. More Specifically, Nasa Anticipates Making Launch Opportunities For A Limited Number Of Small Satellites Available On Space Launch System (Sls) And Other Beyond Earth Orbit Missions. This Baa Thrust Area Intends To Provide Integration And Launch Opportunities For 6U Cubesat Payloads As Secondary Payloads On Deep Space Missions. A Cubesat Is A Type Of Space Research Nanosatellite. Cubesats Supported By This Launch Initiative Include Only 6U Form Factors. Cubesats Of Typically Have A Mass Of 1.33 Kilograms Per 1U Cube. A 6U Cubesat Typically Has A Mass Of 12 Kg. The Maximum Mass Compatible With The Em-1 Dispenser Is 14 Kg.
- Nasa Headquarters
- National Aeronautics And Space Administration (Nasa)
- $7,351,516.00
- National Aeronautics And Space Administration (Nasa)