Home/Contractors/Nanoracks, LLC/contracts

Federal Contractor Profile

Nanoracks, LLC

$82M obligated·92 awards·3 agencies·4 NAICS
OverviewContractsAgenciesNAICS

Federal Contracts

Showing contracts 151–177 of 177 total. Sorted by action date, most recent first. Excludes $0 modifications.

DateAgencyPIIDNAICSDescriptionAmount
Feb 8, 2018National Aeronautics and Space AdministrationNASA JOHNSON SPACE CENTERNNJ15GU44T541712IGF::OT::IGF FORMALDEHYDE MONITOR THIS TASK DELIVERY ORDER (TDO) PROVIDES A MODIFICATION TO THE POWER SYSTEM OF AN EXISTING FLIGHT ENCLOSURE THAT WILL HOUSE AND POWER A FORMALDEHYDE GAS SENSOR AND DATA SUBSYSTEM. THE GAS SENSOR AND DATA SUBSYSTEM ARE BEING DEVELOPED UNDER A SEPARATE CONTRACT. TOGETHER THESE ELEMENTS WILL COMPRISE THE FORMALDEHYDE MONITORING SYSTEM. THE TDO ALSO PROVIDES FOR 1) INTEGRATION AND VERIFICATION SERVICES FOR THE PAYLOAD, 2) 6 MONTHS ACCOMMODATION ON THE ISS (MOST OF THAT TIME ATTACHED TO THE FRONT OF A NANORACKS FRAME, 3) INTEGRATING WIRELESS COMMUNICATION VIA EMPLOYING A CERTIFIED GOVERNMENT FURNISHED TBD WIRELESS ADAPTER, AND 4) OPERATIONS SUPPORT FOR WEEKLY DATA DOWNLOADS OVER 6 MONTHS AND FOR 2 ASTRONAUT INTERACTION SESSIONS WHERE AN ASTRONAUT OPERATES THE MONITORING SYSTEM ON BATTERY POWER OR 28V POWER AT VARIOUS LOCATIONS ON THE ISS, AND 5) THE OPERATIONS AND CHECKOUT PROCEDURES FOR THE FORMALDEHYDE SENSOR TURNED OVER TO NASA UPON COMPLETION OF THIS TASK ORDER. NOTE: A REVISION TO THIS TASK ORDER IS ANTICIPATED TO INCLUDE A SPECIFIED GFE WIRELESS ADAPTER.$70K
Jan 22, 2018National Aeronautics and Space AdministrationNASA JOHNSON SPACE CENTER80JSC017F0130541712IGF::OT::IGF INTEGRATION, TRANSPORT AND DEPLOYMENT OF TWO 6U, FIVE 3U, AND FOUR 1U CUBESATS DEPLOYED FROM THE ISS.$118K
Dec 7, 2017National Aeronautics and Space AdministrationNASA JOHNSON SPACE CENTER80JSC018F0040541712PROTOTYPE OF MIX STIX$4K
Sep 26, 2017National Aeronautics and Space AdministrationNASA JOHNSON SPACE CENTER80JSC017F0130541712IGF::OT::IGF INTEGRATION, TRANSPORT AND DEPLOYMENT OF TWO 6U, FIVE 3U, AND FOUR 1U CUBESATS DEPLOYED FROM THE ISS.$2.1M
Sep 22, 2017National Aeronautics and Space AdministrationNASA JOHNSON SPACE CENTERNNJ15GU42T541712IGF::OT::IGF 3U CUBESAT ISS DEPLOYMENT SERVICE$80K
Sep 21, 2017National Aeronautics and Space AdministrationNASA JOHNSON SPACE CENTER80JSC017F0126541712IGF::OT::IGF INTEGRATION, TRANSPORT AND DEPLOYMENT OF TWO MICROSATELLITES FROM THE ISS$1.6M
Sep 18, 2017National Aeronautics and Space AdministrationNASA JOHNSON SPACE CENTER80JSC017F0097541712IGF::OT::IGF INTEGRATION, TRANSPORT AND DEPLOYMENT OF A 3.5U CUBESAT (TECHEDSAT 6)BEING DEPLOYED FROM THE ISS.$181K
Sep 11, 2017National Aeronautics and Space AdministrationNASA JOHNSON SPACE CENTERNNJ16GU26T541712IGF::OT::IGF THIS TASK ORDER, TO, PROVIDES INTEGRATION, TRANSPORT, AND DEPLOYMENT OF FOUR 6U CUBESATS, AND ONE 3U CUBESAT FROM ISS. THESE CUBESATS ARE SELECTED FOR FLIGHT BY NASAS CUBESAT LAUNCH INITIATIVE AND THEIR LAUNCH IS SPONSORED BY THE LAUNCH SERVICES PROGRAM LSP AT THE KENNEDY SPACE CENTER. THE LSP WILL IDENTIFY A PD POINT OF CONTACT TO NANORACKS. THE 3U CUBESAT IS RADIATION SATELLITE RADSAT, DEVELOPED BY MONTANA STATE UNIVERSITY. RADSAT WILL BE DEPLOYED USING THE NANORACKS CUBESAT DEPLOYER, NRCSD, UNDER THE NASA ALLOCATION PER THE NASA/NANORACKS MOU. SERVICES IN THIS TASK ORDER ARE LIMITED TO SAFETY AND VERIFICATION ONLY. THESE CUBESATS WILL BE AVAILABLE FOR TURNOVER FOR FLIGHT NO EARLIER THAN FEBRUARY 2018, AND DEPLOYMENT IS REQUESTED AS SOON AS FEASIBLE THEREAFTER.$5K
May 1, 2017National Aeronautics and Space AdministrationNASA HEADQUARTERSNNH17CL01C541712IGF::OT::IGF THE GOAL OF THIS RESEARCH IS TO CONDUCT A FEASIBILITY STUDY TO VALIDATE THE RELATIVE EASE AND AFFORDABILITY OF REPURPOSING ROCKET UPPER STAGES TO SERVE AS HABITATS, BEGINNING WITH A DEMONSTRATION OF CONVERTING AND ATTACHING A CENTAUR UPPER STAGE TO THE INTERNATIONAL SPACE STATION (ISS). THIS CONTRACT IS IN SUPPORT OF THE FOLLOWING LIST OF NASA OBJECTIVES FOR THIS PHASE OF THE HABITATION SYSTEM DEVELOPMENT: 1. DEVELOP AND REFINE THE EVOLVABLE, MODULAR ARCHITECTURE, FUNCTIONAL ALLOCATION OPTIONS, STANDARDS, AND COMMON INTERFACES REQUIRED TO ENABLE INTEROPERABILITY OF THE AGGREGATE SYSTEM TO PROVIDE LONG DURATION DEEP SPACE TRANSIT HABITATION. ACHIEVE A LEVEL OF FIDELITY IN TECHNICAL AND PROGRAMMATIC FEASIBILITY CONCEPTS FOR GROUND PROTOFLIGHT VEHICLES-MODULES-UNITS/ 2. FURTHER DEFINE AND DEVELOP DEEP SPACE HABITATION CAPABILITIES THAT CAN BE FLOWN AS CO-MANIFESTED PAYLOADS ON SLS BLOCK 1B WITH AN INITIAL SLS CO-MANIFESTING CAPABILITY OF 4 TO 6 METRIC TONS STARTING IN EARLY-TO-MID 2020S, OR LATER IN THE 2020S ON A CARGO-ONLY VERSION OF SLS, OR ON ALTERNATIVE LAUNCH VEHICLES. NOTE THE HABITATION SYSTEM CONCEPT CAN BE SEPARATED INTO MULTIPLE INTEGRATED MODULES WITH DISTRIBUTED FUNCTIONS. IF THE HABITATION CONCEPT IS NOT FLOWN ON SLS, PROVIDE DETAILS OF THE LAUNCH VEHICLE ASSUMPTIONS. 3. MATURE THE DESIGN OF THE OVERALL DEEP SPACE INTEGRATED SYSTEM(S) AND, AT A MINIMUM, DEVELOP A FULL SIZE, GROUND PROTOTYPE OF THE PORTION OF YOUR DESIGN THAT PROVIDES THE MAJORITY OF THE HABITATION CAPABILITIES FOR FORM, FIT, AND PARTIAL FUNCTION INTEGRATION TESTING. 4. IDENTIFY COMMERCIAL CAPABILITY DEVELOPMENT FOR LEO THAT INTERSECTS NASA LONG DURATION DEEP SPACE HABITATION REQUIREMENTS ALONG WITH ANY POTENTIAL OPTION TO MAXIMIZE THE LEVERAGING OF COMMERCIAL LEO ADVANCEMENTS TOWARDS MEETING NASA LONG DURATION DEEP SPACE HABITATION NEEDS. 5. PROVIDE INFORMATION ON COMPANY END-TO-END DEVELOPMENT EFFORT AND ROM COSTS FOR FLIGHT DEVELOPMENT - COMPANIES TO PROVIDE A PROPOSAL, SOW, AND FULLY PRICED APPENDIX A EFFORTS AND ROM COSTS FOR SUBSEQUENT PHASES FOR ENGINEERING AND FLIGHT UNIT DEVELOPMENT. THIS CONTRACT IS FOR THE LXION TEAM TO COMPLETE BOTH THE PHASE 1 AND PHASE 2 WORK IN A RAPID, EFFICIENT, AND JUDICIOUS MANNER, FINISHING BOTH THE CORE FEASIBILITY AND THE CONCEPT/ARCHITECTURE PHASES OF THE STUDY BEFORE THE END OF CALENDAR YEAR 2017. THIS WILL ALLOW THE LXION TEAM TO QUICKLY MOVE INTO DEVELOPING HARDWARE, INCLUDING OUTFITTING AN ACTUAL CENTAUR IN EARLY 2018, AND BEING READY FOR THE FIRST FLIGHT OF THE LXION HABITAT AS EARLY AS 2020. THE FOCUS OF THE IXION INITIATIVE PROPOSAL IS TO DEVELOP AND DEMONSTRATE THE CAPABILITY TO REPURPOSE PROPELLANT TANKS INTO HABITABLE VOLUMES ON-ORBIT FOR USE IN AN OVERALL IN-SPACE ARCHITECTURE. THE CAPABILITY WILL BE DEMONSTRATED IN TWO PHASES. FIRST IS A CORE FEASIBILITY STUDY AS PHASE 1 AND THEN THE IXION TEAM WILL PLAN A COMPREHENSIVE SYSTEMS CONCEPTS AND ARCHITECTURE STUDY FOR PHASE 2 SHOULD THE FEASIBILITY STUDY MERIT SUCH FURTHER WORK. REPORTS WILL INCLUDE COST-BENEFIT ANALYSES OF REPURPOSING STRATEGIES AND TECHNIQUES THAT ARE MOST ATTRACTIVE. A CON-OPS MEDIA PRESENTATION WILL BE DEVELOPED THROUGHOUT BOTH PHASES 10 ILLUSTRATE THE STRATEGY AND WILL BE ADDED TO AND ENHANCED AS THE PROJECT PROGRESSES.$1.5M
Feb 14, 2017National Aeronautics and Space AdministrationNASA JOHNSON SPACE CENTERNNJ15GU44T541712IGF::OT::IGF FORMALDEHYDE MONITOR THIS TASK DELIVERY ORDER (TDO) PROVIDES A MODIFICATION TO THE POWER SYSTEM OF AN EXISTING FLIGHT ENCLOSURE THAT WILL HOUSE AND POWER A FORMALDEHYDE GAS SENSOR AND DATA SUBSYSTEM. THE GAS SENSOR AND DATA SUBSYSTEM ARE BEING DEVELOPED UNDER A SEPARATE CONTRACT. TOGETHER THESE ELEMENTS WILL COMPRISE THE FORMALDEHYDE MONITORING SYSTEM. THE TDO ALSO PROVIDES FOR 1) INTEGRATION AND VERIFICATION SERVICES FOR THE PAYLOAD, 2) 6 MONTHS ACCOMMODATION ON THE ISS (MOST OF THAT TIME ATTACHED TO THE FRONT OF A NANORACKS FRAME, 3) INTEGRATING WIRELESS COMMUNICATION VIA EMPLOYING A CERTIFIED GOVERNMENT FURNISHED TBD WIRELESS ADAPTER, AND 4) OPERATIONS SUPPORT FOR WEEKLY DATA DOWNLOADS OVER 6 MONTHS AND FOR 2 ASTRONAUT INTERACTION SESSIONS WHERE AN ASTRONAUT OPERATES THE MONITORING SYSTEM ON BATTERY POWER OR 28V POWER AT VARIOUS LOCATIONS ON THE ISS, AND 5) THE OPERATIONS AND CHECKOUT PROCEDURES FOR THE FORMALDEHYDE SENSOR TURNED OVER TO NASA UPON COMPLETION OF THIS TASK ORDER. NOTE: A REVISION TO THIS TASK ORDER IS ANTICIPATED TO INCLUDE A SPECIFIED GFE WIRELESS ADAPTER.$8K
Jan 25, 2017National Aeronautics and Space AdministrationNASA JOHNSON SPACE CENTERNNJ16GU26T541712IGF::OT::IGF THIS TASK ORDER, TO, PROVIDES INTEGRATION, TRANSPORT, AND DEPLOYMENT OF FOUR 6U CUBESATS, AND ONE 3U CUBESAT FROM ISS. THESE CUBESATS ARE SELECTED FOR FLIGHT BY NASAS CUBESAT LAUNCH INITIATIVE AND THEIR LAUNCH IS SPONSORED BY THE LAUNCH SERVICES PROGRAM LSP AT THE KENNEDY SPACE CENTER. THE LSP WILL IDENTIFY A PD POINT OF CONTACT TO NANORACKS. THE 3U CUBESAT IS RADIATION SATELLITE RADSAT, DEVELOPED BY MONTANA STATE UNIVERSITY. RADSAT WILL BE DEPLOYED USING THE NANORACKS CUBESAT DEPLOYER, NRCSD, UNDER THE NASA ALLOCATION PER THE NASA/NANORACKS MOU. SERVICES IN THIS TASK ORDER ARE LIMITED TO SAFETY AND VERIFICATION ONLY. THESE CUBESATS WILL BE AVAILABLE FOR TURNOVER FOR FLIGHT NO EARLIER THAN FEBRUARY 2018, AND DEPLOYMENT IS REQUESTED AS SOON AS FEASIBLE THEREAFTER.$742K
Oct 17, 2016National Aeronautics and Space AdministrationNASA JOHNSON SPACE CENTERNNJ17GU12T541712IGF::OT::IGF EXPEDITED SAFETY AND VERIFICATION OF UHD ENCODER.$88K
Sep 15, 2016National Aeronautics and Space AdministrationNASA JOHNSON SPACE CENTERNNJ16GU24T541712IGF::OT::IGF NANORACKS CONCIERGE SERVICES PREVIOUSLY, NANORACKS WAS AWARDED A SBIR PHASE I CONTRACT, NNX11CH56P, FOR AN ISS U. S. NATIONAL LABORATORY NANORACKS III FACILITY FOR USE BY COMMERCIAL AND GOVERNMENT CUSTOMERS. THOSE FUNDS ALLOWED NANORACKS TO LAUNCH A COST EFFECTIVE RESEARCH PLATFORM. IN THE NEXT STAGE, NANORACKS SELF-FUNDED FURTHER DEVELOPMENT, MANUFACTURE, AND TEST OF THE SYSTEM THAT INCLUDES ADD-ON SERVICES ALLOWING FOR EASE IN USE AND DATA COMMUNICATIONS. THE NANORACKS (NR) ECOSYSTEM ON THE U.S. NATIONAL LAB ON INTERNATIONAL SPACE STATION (ISS) IS BUILT AROUND STRUCTURAL, POWER, DATA, AND OPERATIONAL STANDARDS EVOLVED FOR AND EMPLOYED IN THE NANORACKS FRAME III FACILITY THIS ENTIRE HARDWARE INFRASTRUCTURE IS THE NANORACKS III SYSTEM. IT IS A `COMMERCIAL SERVICE WHICH ALLOWS FOR ON-ORBIT OPERATIONS, ON-ORBIT ANALYSIS, AND RETURN, WHEN REQUIRED, OF THE PAYLOAD AND/OR RESEARCH RESULTS. NANORACKS IS OFFERING THE LISTED DEVELOPMENT, INTEGRATION AND RESEARCH SERVICES AT SET LOW COSTS AND VIA A STANDARD MENU OF SERVICES THAT COVERS USERS BEGINNING-TO-END NEEDS. THESE PROCESSES FOR OUR CUSTOMERS HAVE BEEN DEVELOPED, REFINED AND IMPLEMENTED UNDER ITS SPACE ACT AGREEMENT SOMD 6355 WITH NASA'S U.S. NATIONAL LABORATORY. AS NANORACKS CONTINUES TO GROW ITS ON-ORBIT STATION INFRASTRUCTURE IN RESPONSE TO DEMAND FROM ITS COMMERCIAL, EDUCATIONAL AND NASA CLIENTS, IT WILL CONTINUE TO INNOVATE, SEEKING TO REDUCE COSTS (FOR EXAMPLE VIA ITS FAMILIARITY WITH STELLA) AND SHORTEN THE TIME FROM THE INCEPTION OF AN IDEA UNTIL RESEARCH RESULTS ARE IN THE HANDS OF THE EXPERIMENTER. NANORACKS WILL ALSO SEEK TO REDUCE THE ASTRONAUT TIME NEEDED TO ACCOMPLISH RESEARCH GOALS VIA ITS OPERATIONS DESIGN AND USE OF STELLA AND NEXT GENERATION NANORACKS RESEARCH PLATFORMS. NANORACKS CONCIERGE SERVICES INCLUDE PROJECT-SPECIFIC INTEGRATION AND OPERATIONS SUPPORT ON AN AS NEEDED BASIS IN RESPONSE TO SPECIFIC REQUIREMENTS AS AN ON-CALL IMPLEMENTATION PARTNER TO NASA THAT WILL INCREASE THE EASE, EFFICIENCY, AND EFFECTIVENESS OF TECHNOLOGY DEMONSTRATIONS AND SCIENCE INVESTIGATIONS ON BOARD THE ISS.$87K
Sep 15, 2016National Aeronautics and Space AdministrationNASA JOHNSON SPACE CENTERNNJ15GU42T541712IGF::OT::IGF 3U CUBESAT ISS DEPLOYMENT SERVICE$221K
Sep 8, 2016National Aeronautics and Space AdministrationNASA JOHNSON SPACE CENTERNNJ16GU26T541712IGF::OT::IGF THIS TASK ORDER, TO, PROVIDES INTEGRATION, TRANSPORT, AND DEPLOYMENT OF FOUR 6U CUBESATS, AND ONE 3U CUBESAT FROM ISS. THESE CUBESATS ARE SELECTED FOR FLIGHT BY NASAS CUBESAT LAUNCH INITIATIVE AND THEIR LAUNCH IS SPONSORED BY THE LAUNCH SERVICES PROGRAM LSP AT THE KENNEDY SPACE CENTER. THE LSP WILL IDENTIFY A PD POINT OF CONTACT TO NANORACKS. THE 3U CUBESAT IS RADIATION SATELLITE RADSAT, DEVELOPED BY MONTANA STATE UNIVERSITY. RADSAT WILL BE DEPLOYED USING THE NANORACKS CUBESAT DEPLOYER, NRCSD, UNDER THE NASA ALLOCATION PER THE NASA/NANORACKS MOU. SERVICES IN THIS TASK ORDER ARE LIMITED TO SAFETY AND VERIFICATION ONLY. THESE CUBESATS WILL BE AVAILABLE FOR TURNOVER FOR FLIGHT NO EARLIER THAN FEBRUARY 2018, AND DEPLOYMENT IS REQUESTED AS SOON AS FEASIBLE THEREAFTER.$1.5M
Aug 19, 2016National Aeronautics and Space AdministrationNASA JOHNSON SPACE CENTERNNJ16GU24T541712IGF::OT::IGF NANORACKS CONCIERGE SERVICES PREVIOUSLY, NANORACKS WAS AWARDED A SBIR PHASE I CONTRACT, NNX11CH56P, FOR AN ISS U. S. NATIONAL LABORATORY NANORACKS III FACILITY FOR USE BY COMMERCIAL AND GOVERNMENT CUSTOMERS. THOSE FUNDS ALLOWED NANORACKS TO LAUNCH A COST EFFECTIVE RESEARCH PLATFORM. IN THE NEXT STAGE, NANORACKS SELF-FUNDED FURTHER DEVELOPMENT, MANUFACTURE, AND TEST OF THE SYSTEM THAT INCLUDES ADD-ON SERVICES ALLOWING FOR EASE IN USE AND DATA COMMUNICATIONS. THE NANORACKS (NR) ECOSYSTEM ON THE U.S. NATIONAL LAB ON INTERNATIONAL SPACE STATION (ISS) IS BUILT AROUND STRUCTURAL, POWER, DATA, AND OPERATIONAL STANDARDS EVOLVED FOR AND EMPLOYED IN THE NANORACKS FRAME III FACILITY THIS ENTIRE HARDWARE INFRASTRUCTURE IS THE NANORACKS III SYSTEM. IT IS A `COMMERCIAL SERVICE WHICH ALLOWS FOR ON-ORBIT OPERATIONS, ON-ORBIT ANALYSIS, AND RETURN, WHEN REQUIRED, OF THE PAYLOAD AND/OR RESEARCH RESULTS. NANORACKS IS OFFERING THE LISTED DEVELOPMENT, INTEGRATION AND RESEARCH SERVICES AT SET LOW COSTS AND VIA A STANDARD MENU OF SERVICES THAT COVERS USERS BEGINNING-TO-END NEEDS. THESE PROCESSES FOR OUR CUSTOMERS HAVE BEEN DEVELOPED, REFINED AND IMPLEMENTED UNDER ITS SPACE ACT AGREEMENT SOMD 6355 WITH NASA'S U.S. NATIONAL LABORATORY. AS NANORACKS CONTINUES TO GROW ITS ON-ORBIT STATION INFRASTRUCTURE IN RESPONSE TO DEMAND FROM ITS COMMERCIAL, EDUCATIONAL AND NASA CLIENTS, IT WILL CONTINUE TO INNOVATE, SEEKING TO REDUCE COSTS (FOR EXAMPLE VIA ITS FAMILIARITY WITH STELLA) AND SHORTEN THE TIME FROM THE INCEPTION OF AN IDEA UNTIL RESEARCH RESULTS ARE IN THE HANDS OF THE EXPERIMENTER. NANORACKS WILL ALSO SEEK TO REDUCE THE ASTRONAUT TIME NEEDED TO ACCOMPLISH RESEARCH GOALS VIA ITS OPERATIONS DESIGN AND USE OF STELLA AND NEXT GENERATION NANORACKS RESEARCH PLATFORMS. NANORACKS CONCIERGE SERVICES INCLUDE PROJECT-SPECIFIC INTEGRATION AND OPERATIONS SUPPORT ON AN AS NEEDED BASIS IN RESPONSE TO SPECIFIC REQUIREMENTS AS AN ON-CALL IMPLEMENTATION PARTNER TO NASA THAT WILL INCREASE THE EASE, EFFICIENCY, AND EFFECTIVENESS OF TECHNOLOGY DEMONSTRATIONS AND SCIENCE INVESTIGATIONS ON BOARD THE ISS.$463K
Aug 18, 2016National Aeronautics and Space AdministrationNASA JOHNSON SPACE CENTERNNJ16GU15T541712IGF::OT::IGF NANORACKS CONCIERGE SERVICES PREVIOUSLY, NANORACKS WAS AWARDED A SBIR PHASE I CONTRACT, NNX11CH56P, FOR AN ISS U. S. NATIONAL LABORATORY NANORACKS III FACILITY FOR USE BY COMMERCIAL AND GOVERNMENT CUSTOMERS. THOSE FUNDS ALLOWED NANORACKS TO LAUNCH A COST EFFECTIVE RESEARCH PLATFORM. IN THE NEXT STAGE, NANORACKS SELF-FUNDED FURTHER DEVELOPMENT, MANUFACTURE, AND TEST OF THE SYSTEM THAT INCLUDES ADD-ON SERVICES ALLOWING FOR EASE IN USE AND DATA COMMUNICATIONS. THE NANORACKS (NR) ECOSYSTEM ON THE U.S. NATIONAL LAB ON INTERNATIONAL SPACE STATION (ISS) IS BUILT AROUND STRUCTURAL, POWER, DATA, AND OPERATIONAL STANDARDS EVOLVED FOR AND EMPLOYED IN THE NANORACKS FRAME III FACILITY THIS ENTIRE HARDWARE INFRASTRUCTURE IS THE NANORACKS III SYSTEM. IT IS A `COMMERCIAL SERVICE WHICH ALLOWS FOR ON-ORBIT OPERATIONS, ON-ORBIT ANALYSIS, AND RETURN, WHEN REQUIRED, OF THE PAYLOAD AND/OR RESEARCH RESULTS. NANORACKS IS OFFERING THE LISTED DEVELOPMENT, INTEGRATION AND RESEARCH SERVICES AT SET LOW COSTS AND VIA A STANDARD MENU OF SERVICES THAT COVERS USERS BEGINNING-TO-END NEEDS. THESE PROCESSES FOR OUR CUSTOMERS HAVE BEEN DEVELOPED, REFINED AND IMPLEMENTED UNDER ITS SPACE ACT AGREEMENT SOMD 6355 WITH NASA'S U.S. NATIONAL LABORATORY. AS NANORACKS CONTINUES TO GROW ITS ON-ORBIT STATION INFRASTRUCTURE IN RESPONSE TO DEMAND FROM ITS COMMERCIAL, EDUCATIONAL AND NASA CLIENTS, IT WILL CONTINUE TO INNOVATE, SEEKING TO REDUCE COSTS (FOR EXAMPLE VIA ITS FAMILIARITY WITH STELLA) AND SHORTEN THE TIME FROM THE INCEPTION OF AN IDEA UNTIL RESEARCH RESULTS ARE IN THE HANDS OF THE EXPERIMENTER. NANORACKS WILL ALSO SEEK TO REDUCE THE ASTRONAUT TIME NEEDED TO ACCOMPLISH RESEARCH GOALS VIA ITS OPERATIONS DESIGN AND USE OF STELLA AND NEXT GENERATION NANORACKS RESEARCH PLATFORMS. NANORACKS CONCIERGE SERVICES INCLUDE PROJECT-SPECIFIC INTEGRATION AND OPERATIONS SUPPORT ON AN AS NEEDED BASIS IN RESPONSE TO SPECIFIC REQUIREMENTS AS AN ON-CALL IMPLEMENTATION PARTNER TO NASA THAT WILL INCREASE THE EASE, EFFICIENCY, AND EFFECTIVENESS OF TECHNOLOGY DEMONSTRATIONS AND SCIENCE INVESTIGATIONS ON BOARD THE ISS.$276K
Aug 16, 2016National Aeronautics and Space AdministrationNASA JOHNSON SPACE CENTERNNJ15GU42T541712IGF::OT::IGF 3U CUBESAT ISS DEPLOYMENT SERVICE$22K
Jul 21, 2016National Aeronautics and Space AdministrationNASA JOHNSON SPACE CENTERNNJ15GU29T541712IGF::OT::IGF KYSAT-2 SAFETY AND VERIFICATION FOR DEPLOYMENT$51K
Jul 21, 2016National Aeronautics and Space AdministrationNASA JOHNSON SPACE CENTERNNJ16GU13T541712IGF::OT::IGF NANORACKS CONCIERGE SERVICES PREVIOUSLY, NANORACKS WAS AWARDED A SBIR PHASE I CONTRACT, NNX11CH56P, FOR AN ISS U. S. NATIONAL LABORATORY NANORACKS III FACILITY FOR USE BY COMMERCIAL AND GOVERNMENT CUSTOMERS. THOSE FUNDS ALLOWED NANORACKS TO LAUNCH A COST EFFECTIVE RESEARCH PLATFORM. IN THE NEXT STAGE, NANORACKS SELF-FUNDED FURTHER DEVELOPMENT, MANUFACTURE, AND TEST OF THE SYSTEM THAT INCLUDES ADD-ON SERVICES ALLOWING FOR EASE IN USE AND DATA COMMUNICATIONS. THE NANORACKS (NR) ECOSYSTEM ON THE U.S. NATIONAL LAB ON INTERNATIONAL SPACE STATION (ISS) IS BUILT AROUND STRUCTURAL, POWER, DATA, AND OPERATIONAL STANDARDS EVOLVED FOR AND EMPLOYED IN THE NANORACKS FRAME III FACILITY THIS ENTIRE HARDWARE INFRASTRUCTURE IS THE NANORACKS III SYSTEM. IT IS A `COMMERCIAL SERVICE WHICH ALLOWS FOR ON-ORBIT OPERATIONS, ON-ORBIT ANALYSIS, AND RETURN, WHEN REQUIRED, OF THE PAYLOAD AND/OR RESEARCH RESULTS. NANORACKS IS OFFERING THE LISTED DEVELOPMENT, INTEGRATION AND RESEARCH SERVICES AT SET LOW COSTS AND VIA A STANDARD MENU OF SERVICES THAT COVERS USERS BEGINNING-TO-END NEEDS. THESE PROCESSES FOR OUR CUSTOMERS HAVE BEEN DEVELOPED, REFINED AND IMPLEMENTED UNDER ITS SPACE ACT AGREEMENT SOMD 6355 WITH NASA'S U.S. NATIONAL LABORATORY. AS NANORACKS CONTINUES TO GROW ITS ON-ORBIT STATION INFRASTRUCTURE IN RESPONSE TO DEMAND FROM ITS COMMERCIAL, EDUCATIONAL AND NASA CLIENTS, IT WILL CONTINUE TO INNOVATE, SEEKING TO REDUCE COSTS (FOR EXAMPLE VIA ITS FAMILIARITY WITH STELLA) AND SHORTEN THE TIME FROM THE INCEPTION OF AN IDEA UNTIL RESEARCH RESULTS ARE IN THE HANDS OF THE EXPERIMENTER. NANORACKS WILL ALSO SEEK TO REDUCE THE ASTRONAUT TIME NEEDED TO ACCOMPLISH RESEARCH GOALS VIA ITS OPERATIONS DESIGN AND USE OF STELLA AND NEXT GENERATION NANORACKS RESEARCH PLATFORMS. NANORACKS CONCIERGE SERVICES INCLUDE PROJECT-SPECIFIC INTEGRATION AND OPERATIONS SUPPORT ON AN AS NEEDED BASIS IN RESPONSE TO SPECIFIC REQUIREMENTS AS AN ON-CALL IMPLEMENTATION PARTNER TO NASA THAT WILL INCREASE THE EASE, EFFICIENCY, AND EFFECTIVENESS OF TECHNOLOGY DEMONSTRATIONS AND SCIENCE INVESTIGATIONS ON BOARD THE ISS.$11K
Jul 21, 2016National Aeronautics and Space AdministrationNASA JOHNSON SPACE CENTERNNJ15GU40T541712IGF::OT::IGF SATELLITE SAFETY AND VERIFICATION FOR CSLI CUBESAT DEPLOYMENT (KICKSAT-2)$170K
Jul 21, 2016National Aeronautics and Space AdministrationNASA JOHNSON SPACE CENTERNNJ16GU12T541712IGF::OT::IGF CUBESAT LAUNCH INITIATIVE (CSLI) SATELLITE DEPLOYMENT SERVICES FOR NRCSD #11$454K
Jun 22, 2016National Aeronautics and Space AdministrationNASA JOHNSON SPACE CENTERNNJ15GU44T541712IGF::OT::IGF FORMALDEHYDE MONITOR THIS TASK DELIVERY ORDER (TDO) PROVIDES A MODIFICATION TO THE POWER SYSTEM OF AN EXISTING FLIGHT ENCLOSURE THAT WILL HOUSE AND POWER A FORMALDEHYDE GAS SENSOR AND DATA SUBSYSTEM. THE GAS SENSOR AND DATA SUBSYSTEM ARE BEING DEVELOPED UNDER A SEPARATE CONTRACT. TOGETHER THESE ELEMENTS WILL COMPRISE THE FORMALDEHYDE MONITORING SYSTEM. THE TDO ALSO PROVIDES FOR 1) INTEGRATION AND VERIFICATION SERVICES FOR THE PAYLOAD, 2) 6 MONTHS ACCOMMODATION ON THE ISS (MOST OF THAT TIME ATTACHED TO THE FRONT OF A NANORACKS FRAME, 3) INTEGRATING WIRELESS COMMUNICATION VIA EMPLOYING A CERTIFIED GOVERNMENT FURNISHED TBD WIRELESS ADAPTER, AND 4) OPERATIONS SUPPORT FOR WEEKLY DATA DOWNLOADS OVER 6 MONTHS AND FOR 2 ASTRONAUT INTERACTION SESSIONS WHERE AN ASTRONAUT OPERATES THE MONITORING SYSTEM ON BATTERY POWER OR 28V POWER AT VARIOUS LOCATIONS ON THE ISS, AND 5) THE OPERATIONS AND CHECKOUT PROCEDURES FOR THE FORMALDEHYDE SENSOR TURNED OVER TO NASA UPON COMPLETION OF THIS TASK ORDER. NOTE: A REVISION TO THIS TASK ORDER IS ANTICIPATED TO INCLUDE A SPECIFIED GFE WIRELESS ADAPTER.$16K
May 25, 2016National Aeronautics and Space AdministrationNASA JOHNSON SPACE CENTERNNJ16GU16T541712IGF::OT::IGF INTEGRATION AND GROUND PROCESSING OF THE SPACE ACCELERATION MEASUREMENT SYSTEM (SAMS) PAYLOAD FOR FLIGHT ON BLUE ORIGIN'S NEW SHEPARD VEHICLE.$6K
Apr 22, 2016National Aeronautics and Space AdministrationNASA JOHNSON SPACE CENTERNNJ16GU13T541712IGF::OT::IGF NANORACKS CONCIERGE SERVICES PREVIOUSLY, NANORACKS WAS AWARDED A SBIR PHASE I CONTRACT, NNX11CH56P, FOR AN ISS U. S. NATIONAL LABORATORY NANORACKS III FACILITY FOR USE BY COMMERCIAL AND GOVERNMENT CUSTOMERS. THOSE FUNDS ALLOWED NANORACKS TO LAUNCH A COST EFFECTIVE RESEARCH PLATFORM. IN THE NEXT STAGE, NANORACKS SELF-FUNDED FURTHER DEVELOPMENT, MANUFACTURE, AND TEST OF THE SYSTEM THAT INCLUDES ADD-ON SERVICES ALLOWING FOR EASE IN USE AND DATA COMMUNICATIONS. THE NANORACKS (NR) ECOSYSTEM ON THE U.S. NATIONAL LAB ON INTERNATIONAL SPACE STATION (ISS) IS BUILT AROUND STRUCTURAL, POWER, DATA, AND OPERATIONAL STANDARDS EVOLVED FOR AND EMPLOYED IN THE NANORACKS FRAME III FACILITY THIS ENTIRE HARDWARE INFRASTRUCTURE IS THE NANORACKS III SYSTEM. IT IS A `COMMERCIAL SERVICE WHICH ALLOWS FOR ON-ORBIT OPERATIONS, ON-ORBIT ANALYSIS, AND RETURN, WHEN REQUIRED, OF THE PAYLOAD AND/OR RESEARCH RESULTS. NANORACKS IS OFFERING THE LISTED DEVELOPMENT, INTEGRATION AND RESEARCH SERVICES AT SET LOW COSTS AND VIA A STANDARD MENU OF SERVICES THAT COVERS USERS BEGINNING-TO-END NEEDS. THESE PROCESSES FOR OUR CUSTOMERS HAVE BEEN DEVELOPED, REFINED AND IMPLEMENTED UNDER ITS SPACE ACT AGREEMENT SOMD 6355 WITH NASA'S U.S. NATIONAL LABORATORY. AS NANORACKS CONTINUES TO GROW ITS ON-ORBIT STATION INFRASTRUCTURE IN RESPONSE TO DEMAND FROM ITS COMMERCIAL, EDUCATIONAL AND NASA CLIENTS, IT WILL CONTINUE TO INNOVATE, SEEKING TO REDUCE COSTS (FOR EXAMPLE VIA ITS FAMILIARITY WITH STELLA) AND SHORTEN THE TIME FROM THE INCEPTION OF AN IDEA UNTIL RESEARCH RESULTS ARE IN THE HANDS OF THE EXPERIMENTER. NANORACKS WILL ALSO SEEK TO REDUCE THE ASTRONAUT TIME NEEDED TO ACCOMPLISH RESEARCH GOALS VIA ITS OPERATIONS DESIGN AND USE OF STELLA AND NEXT GENERATION NANORACKS RESEARCH PLATFORMS. NANORACKS CONCIERGE SERVICES INCLUDE PROJECT-SPECIFIC INTEGRATION AND OPERATIONS SUPPORT ON AN AS NEEDED BASIS IN RESPONSE TO SPECIFIC REQUIREMENTS AS AN ON-CALL IMPLEMENTATION PARTNER TO NASA THAT WILL INCREASE THE EASE, EFFICIENCY, AND EFFECTIVENESS OF TECHNOLOGY DEMONSTRATIONS AND SCIENCE INVESTIGATIONS ON BOARD THE ISS.$1.8M
Apr 21, 2016National Aeronautics and Space AdministrationNASA JOHNSON SPACE CENTERNNJ16GU12T541712IGF::OT::IGF CUBESAT LAUNCH INITIATIVE (CSLI) SATELLITE DEPLOYMENT SERVICES FOR NRCSD #11$345K
Feb 23, 2016National Aeronautics and Space AdministrationJOHNSON SPACE CENTERNNJ14GA02C541712IGF::OT::IGF PROTEIN CRYSTALS REQUIRE A THERMO-STABILIZED ENVIRONMENT DURING THEIR GROWTH PERIOD FOR OPTIMAL CRYSTALLIZATION. RESEARCHERS ALSO DESIRE ON-ORBIT MICROSCOPIC EXAMINATION TO VERIFY CRYSTAL GROWTH PROGRESS. THIS OBSERVATION ALSO DOCUMENTS THE CRYSTALS PRIOR TO THEIR RETURN TO EARTH WHICH MAY CAUSE DAMAGE IN SOME CASES. THE ISS DOES NOT CURRENTLY HAVE SUCH ACCOMMODATIONS. NANORACKS SHALL PROVIDE PCG SERVICES UTILIZING THE CRYSTAL HOTEL AND THE CRYSTAL CARD INSPECTION SYSTEM CONSISTING OF A MICROSCOPE AND REMOTELY CONTROLLED ROBOTIC ARM. THE RATIONALE FOR CONTINUING TO CONSIDER A CRYO-COOLER/FLASH FREEZER IS THAT THE SUCCESS RATE FOR A BROADER ARRAY OF CRYSTALS WILL BE MUCH HIGHER WITH THE ABILITY TO FLASH FREEZE THE CRYSTALS AT THE OPTIMUM POINT IN THEIR GROWTH PATTERN. NANORACKS HAS STARTED TO PLAN ITS OWN INVESTMENT IN A FACILITY FOR THE CRYO-COOLER/FLASH FREEZER IN A SEPARATE LOCKER. SEVERAL DISCUSSIONS HAVE BEEN HELD WITH THE MANUFACTURE OF THE KLEEMENKO CRYO-COOLER UNIT AND UNDERSTAND THAT IT HAS THE COOLING POWER TO FLASH FREEZE A CRYSTAL CARD. TO MAKE THE CYRO COOLER MORE FLEXIBLE (AND TO ENSURE THAT ITS OPERATION DOES NOT INFLUENCE THE GROWTH OF ANY CRYSTALS), NANORACKS REQUEST AN ALLOCATION OF A SEPARATE LOCKER FOR THE CRYO FACILITY. NANORACKS SHALL PROVIDE THE CRYO-PRESERVATION THAT WILL INCREASE THE PROBABILITY OF RETURNING CERTAIN CRYSTALS BACK TO THE EARTH IN GOOD SHAPE FOR TERRESTRIAL ANALYSIS. WHILE ON-ORBIT ANALYSIS REMAINS OPTIMAL, NANORACKS WILL ACCEPT SUCH ANALYSIS AS A LONGER-TERM OBJECTIVE FOR COOPERATION WITH THE GOVERNMENT ON PCG. NANORACKS SHALL UNDERTAKE ALMOST ALL THE SAME ACTIVITIES AS DETAILED FOR PHASE II WITH THE EXCEPTION OF MODIFYING THE PROPOSED CYRO-COOLER. THE HOURS SPENT ON SAFETY, FLIGHT VERIFICATION, HARDWARE MODIFICATION, GROUND CONTROL SYSTEMS AND PROCEDURES, OPERATIONS PRODUCTS GENERATION, COFR AND DEMONSTRATION FLIGHT OPS FOR PHASE II HAVE BEEN REDUCED TO REFLECT THE DECISION TO NOT INCLUDE THE CRYO-COOLER/FLASH FREEZER FOR THE EFFORT ON THE HOTEL CONTROL.$152K

Get Alerted Before Nanoracks, LLC's Next Recompete

Mindy monitors active contracts and flags recompetes 12 months out so you can position to compete.

Start Free