JETS II Virtual Tour information 8-19-21.xlsx
XLSX spreadsheet 16 KB Posted
- Attached to
- JSC Engineering, Technology and Science (JETS) II Federal contract opportunity
- Solicitation number
- 80JSC021JETSII
About this file
This document provides information on a potential pre-solicitation opportunity for engineering, technology, and science services at the National Aeronautics and Space Administration's Johnson Space Center. The opportunity, designated as JETS II, would involve providing engineering design, development, sustaining engineering, analysis, assessment, technology development, test services, and laboratory/facility operation and maintenance for JSC's Engineering and Exploration Integration and Science Directorates. Interested parties are requested to submit capability statements no longer than five pages by December 17, 2020, including company information, relevant experience with customers and contracts over the past five years, and ownership designation as a small, small disadvantaged, 8(a), HubZone, women-owned, veteran-owned, or historically black college/minority institution business. The government may consider setting aside the opportunity for one of these socioeconomic categories of small businesses based on responses received. No solicitation currently exists, and interested firms should monitor the beta.SAM.gov website for any future synopsis or release.
View the file
Other files for this federal contract opportunity
| File | Type | Posted |
|---|---|---|
| Government Calculated Average Composite Direct Labor Rates and Seniority Profile of Incumbent Employees.pdf | ||
| DRFP Q and A Responses.xlsx | XLSX spreadsheet | |
| JETS II Interested Parties List 11-18-21.xlsx | XLSX spreadsheet | |
| 80JSC021R0005 - JETS II Draft RFP.pdf | ||
| BH3-21060 - 80JSC021R0005 - JETS II Draft RFP - Cover Letter.pdf | ||
| 80JSC021R0005 L-Attachments.zip | ZIP file | |
| 80JSC021R0005 J-Attachments.zip | ZIP file | |
| JEDII Development Plan.pdf | ||
| JETS II Industry Day QA 8-19-21.pdf | ||
| RFI - JETS II OCI 8-3-21.pdf | ||
| EA13 Overview.pdf | ||
| JETS II Communications with Industry - Division QA.pdf | ||
| Misc Info - EX Activity Report.pdf | ||
| JETS II Interested Parties 5-13-21.pdf | ||
| Industry Day and Division Charts.zip | ZIP file | |
| ES Overview.pdf | ||
| EP Overview.pdf | ||
| RFI - JETS II OCI.pdf |
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Text version
Sheet1
| Consolidated Link for JSC virtual tours potentially used by JETS II | https://go.nasa.gov/3wBb4HK | |
| Official Title | Description | Link |
| Johnson Space Center (JSC) EMU CIII Glovebox Laboratory Capabilities | A virtual tour of the JSC glove box located in the EMU Class III Lab that is used to provide simple engineering evaluation of gloves and other hardware. | Johnson Space Center (JSC) EMU CIII Glovebox Laboratory Capabilities | NASA Image and Video Library |
| Johnson Space Center (JSC) 11-ft Chamber | Johnson Space Center’s 11-Foot Chamber is a used for human testing in a vacuum environment, and for Space Suit development. A smaller compartment, referred to as "the cabin", is also available for reduced pressure, manned and unmanned testing. It features a treadmill, crew weight relief and the necessary support systems for reduced pressure crew operations. | https://images.nasa.gov/details-jsc2021m000737_JSC_11-Foot%20Human-Rated%20Altitude%20Chamber_ |
| Johnson Space Center (JSC) 20 Foot Chamber Capabilities | A virtual tour of the JSC 20-foot Human Rated Atmospheric Vacuum Simulator. The chamber is 20-feet in diameter with three levels that can be accessed by ladders and provide flooring for simulated vehicle and surface habitation and hardware within the controlled environment. The facility provides the ability to test complete air, water and thermal life support systems at reduced pressure. | Johnson Space Center (JSC) 20 Foot Chamber Capabilities | NASA Image and Video Library |
| Johnson Space Center (JSC) 8 Foot Chamber Capabilities | The Eight-foot chamber is a human-rated altitude chamber used primarily in support of metabolic testing of Portable Life Support Systems. "Canned Man" simulators are used primarily to provide controlled metabolic loading to life support systems under evaluation and for parametric testing. | https://images.nasa.gov/details-jsc2021m000778_JSC%20-%208-Foot%20Altitude%20Chamber__ |
| Johnson Space Center (JSC) Active Response Gravity Offload System (ARGOS) Facility Capabilities | A virtual tour of the JSC Active Response Gravity Offload System, or ARGOS, that provides high-fidelity reduced gravity simulation for human testing and training. ARGOS is a highly-dynamic human-rated robotic system, similar in appearance to an overhead crane, that is capable of simulating any reduced gravity, including Lunar, Martian, and microgravity, throughout a test volume of 300 m3 | Johnson Space Center (JSC) Active Response Gravity Offload System (ARGOS) Facility Capabilities | NASA Image and Video Library |
| Johnson Space Center (JSC) Advanced EVA Space Suit Development Laboratory Capabilities | The Advanced EVA Space Suit Development Laboratory provides the capability to support research, prototyping, development, and testing of prototype space suits required to support future manned exploration missions. | https://images.nasa.gov/details-jsc2021m000779_JSC-%20Advanced_EVA_Space_Suit_Dev_Lab |
| Johnson Space Center (JSC) Battery Systems Laboratory Capabilities | A virtual tour of the JSC Battery Systems Test Facility that houses the test systems used for performance and safety evaluations of batteries and battery systems, including thermal runaway testing and passive propagation resistant design evaluation. Numerous thermal and thermal-vacuum chambers (up to 8-foot in diameter) provide rigorous space environment testing. | Johnson Space Center (JSC) Battery Systems Laboratory Capabilities | NASA Image and Video Library |
| Johnson Space Center (JSC) Calibration Laboratory | A virtual tour of the JSC Measurement Standards and Calibration Laboratory (MSCL) that is responsible for the calibration and repair of test and measurement instrumentation used to support the JSC mission. Calibrated instrumentation gives the user confidence that the equipment is operating within the specification listed by the manufacturer. | JSC Calibration Laboratory | NASA Image and Video Library |
| Johnson Space Center (JSC) Electrical Power Systems Laboratory Capabilities | A virtual tour of the JSC Electrical Power Systems Test Facility, a modular power laboratory that provides a high-fidelity test bed to perform end-to-end power system testing to verify power system design. | Johnson Space Center (JSC) Electrical Power Systems Laboratory Capabilities | NASA Image and Video Library |
| Johnson Space Center (JSC) Electromagnetic Interference and Electromagnetic Compatibility Control Test and Measurement Facility Capabilities | The Electromagnetic Interference and Electromagnetic Compatibility Control Test and Measurement Facility supports engineering development and provides EMI/EMC evaluation and certification testing of crew, flight and ground support equipment, including, but not limited to, communication, instrumentation, biomedical, guidance and navigation, computation and robotics. | https://images.nasa.gov/details-jsc2021m000784_JSC%20-%20EMI%20Lab |
| Johnson Space Center (JSC) Energy Systems Test Area (ESTA) Capabilities | A virtual tour of the JSC Energy Systems Test Area, or ESTA, that provides development and test services for many of the high-energy systems used in human spacecraft and planetary surface systems. ESTA has a strong history of running labs, designing and handling flight hardware, and developing equipment in support of NASA’s mission. ESTA’s expertise and facilities can accommodate brass board build-up, nominal and hazardous testing, simulation, and operational needs for crewed and robotic spaceflight systems. | Johnson Space Center (JSC) Energy Systems Test Area (ESTA) Capabilities | NASA Image and Video Library |
| Johnson Space Center (JSC) Exploration Portable Life Support Subsystem (xPLSS) Component Testing Laboratory Capabilities | A virtual tour of the JSC Exploration Portable Life Support Subsystem (xPLSS) Component Testing Lab that provides an environment to perform development and component work in a controlled environment using facility gas, test rigs and safety precautions. | Johnson Space Center (JSC) Exploration Portable Life Support Subsystem (xPLSS) Component Testing Laboratory Capabilities | NASA Image and Video Library |
| Johnson Space Center (JSC) Exploration Portable Life Support Subsystem (xPLSS) Development and Ventilation Laboratory Capabilities | A virtual tour of the JSC Exploration Portable Life Support Subsystem (xPLSS) Development Lab and Ventilation Lab that provide an environment to build and test in a controlled environment using NASA safety precautions. The labs are co-located, sharing many systems. | Johnson Space Center (JSC) Exploration Portable Life Support Subsystem (xPLSS) Development and Ventilation Laboratory Capabilities | NASA Image and Video Library |
| Johnson Space Center (JSC) Exploration Portable Life Support Subsystem (xPLSS) Electrical Fabrication and Test Laboratory Capabilities | A virtual tour of the JSC Exploration Portable Life Support Subsystem (xPLSS) Electrical Fabrication and Test Lab that provides an environment to build and test in a controlled environment using NASA safety precautions. | Johnson Space Center (JSC) Exploration Portable Life Support Subsystem (xPLSS) Electrical Fabrication and Test Laboratory Capabilities | NASA Image and Video Library |
| Johnson Space Center (JSC) Exploration Pressure Garment Subsystem (xPGS) Flight Processing Laboratory Capabilities | A virtual tour of the JSC Exploration Pressure Garment System, or xPGS lab, that is used to support the assembly, design verification testing, qualification testing, and flight testing of a pressure garment subassembly. | Johnson Space Center (JSC) Exploration Pressure Garment Subsystem (xPGS) Flight Processing Laboratory Capabilities | NASA Image and Video Library |
| Johnson Space Center (JSC) Lighting Laboratory Capabilities | A virtual tour of the JSC Lighting Lab that provides internal and external lighting requirements verification for multiple programs. Lab personnel are experts in lighting architecture and lighting technologies. Laboratory services cover a wide spectrum of services, including: lighting research, design of integrated interior and exterior vehicle lighting architectures, lighting and camera system integration, lighting controls, lamp optical design, lighting mockup development and conceptual design, and testing of light sources and integrated lighting systems. | Johnson Space Center (JSC) Lighting Laboratory Capabilities | NASA Image and Video Library |
| Johnson Space Center (JSC) Materials Evaluation Laboratory Capabilities | A virtual tour of the JSC The Materials Evaluation Laboratory, or MEL, that consists of several laboratories providing analytical capabilities used in the analysis and evaluation of materials. The laboratories of the MEL consist of the Nondestructive Evaluation Laboratory, the Scanning Electron Microscopy Laboratory, the Metallography Laboratory, the Polymer Laboratory, and the Analytical Chemistry Laboratory. | Johnson Space Center (JSC) Materials Evaluation Laboratory Capabilities | NASA Image and Video Library |
| Johnson Space Center (JSC) Planetary Analog Test Site (a.k.a the Rock Yard) Capabilities | A virtual tour of the JSC Planetary Analog Test site, also known as the rock yard, spans a quarter acre with representative planetary surfaces. The three primary areas are the Lunar Yard, Mount Kosmo, and the Mars Yard. | Johnson Space Center (JSC) Planetary Analog Test Site (a.k.a the Rock Yard) Capabilities | NASA Image and Video Library |
| Johnson Space Center (JSC) Precision Cleaning Laboratory Capabilities | A virtual tour of the JSC Precision Cleaning Lab that is necessary for space flight and ground support equipment; cleaning removes oils and grease, prevents rust and corrosion. | Johnson Space Center (JSC) Precision Cleaning Laboratory Capabilities | NASA Image and Video Library |
| Johnson Space Center (JSC) Pyrotechnics Laboratory Capabilities | A virtual tour of the JSC Pyrotechnics Test Facility that supports testing of pyrotechnically actuated devices, and includes the capability to subject hardware to vibration and pyroshock environments encountered during launches and landings. The facility includes an explosive loading and handling room, and pyrotechnic storage in earth covered bunkers. | Johnson Space Center (JSC) Pyrotechnics Laboratory Capabilities | NASA Image and Video Library |
| Johnson Space Center (JSC) Space Station Airlock Test Article (SSATA) Capabilities | A virtual tour of the JSC Space Station Airlock Test Article (SSATA), a human-rated, high fidelity, 1-g Airlock facility that provides flight-like simulation of Airlock and EVA operations in pressures ranging from vacuum to 1 atmosphere. The SSATA provides a facility for Airlock and EVA hardware testing, verification and certification, and flight crew training. | Johnson Space Center (JSC) Space Station Airlock Test Article (SSATA) Capabilities | NASA Image and Video Library |
| Johnson Space Center (JSC) Structures Test Laboratory Capabilities | A virtual tour of the JSC Static Test Systems lab that uses various machines such as load frames, actuators and instrumentation to test the strength of space flight hardware and systems. The Vibration lab has a total of six separate shaker systems that are used to simulate the extreme loads placed on spaceflight hardware during launch and landing environments. | Johnson Space Center (JSC) Structures Test Laboratory Capabilities | NASA Image and Video Library |
| Johnson Space Center (JSC) Thermal Chambers H &K | Two thermal chambers are available different sizes to match the needs of various tests. Both chambers have programmable-temperature enclosures which provide temperature and humidity cycling, accelerated electrical and electronic component burn-ins and life-cycle testing, environmental cycling for materials survivability, battery performance and abuse testing, and accurate determination of design factors. | https://images.nasa.gov/details-jsc2021m000735_JSC-Chambers%20K%20&%20H |
| Johnson Space Center (JSC) Vacuum Chambers & RF Testing (Chambers A & B) | A virtual tour of the JSC Chamber A, the largest of the thermal-vacuum test facilities at JSC. The chamber’s usable test volume and high-fidelity space simulation capabilities are adaptable for thermal-vacuum testing of a wide variety of test articles, including entire space vehicles. Video shows a virtual tour of the JSC Chamber B that is used for human testing in a vacuum environment and for crewed space operations testing. Chamber B is equipped with a traversing monorail that provides weight relief to one suited crewmember at a time. The chamber also has dual crew-locks to provide easy access to the test articles as well as a means of transporting test crewmembers to the test environment and back during tests. | JSC Vacuum Chambers & RF Testing (Chambers A & B) | NASA Image and Video Library |
| Johnson Space Center (JSC) Virtual Reality Laboratory Capabilities | A virtual tour of the JSC Virtual Reality laboratory (VRL), a VR simulation development and operations laboratory that is used primarily for ISS EVA astronaut training. The VRL provides an immersive VR environment used for dual EVA crewmember training including space walks, integrated robotics with payloads, and SAFER (Simplified Aid For EVA Rescue). | Johnson Space Center (JSC) Virtual Reality Laboratory Capabilities | NASA Image and Video Library |
| Johnson Space Center (JSC) Water Laboratory Capabilities | A virtual tour of the JSC water analysis laboratory showcases the capability to analyze samples to be tested in solution, or as an undissolved solid. Any solution, whether it be acidic, basic, or neutral, can be analyzed for specific elements or can be certified to existing spaceflight specifications. | Johnson Space Center (JSC) Water Laboratory Capabilities | NASA Image and Video Library |
https://images.nasa.gov/details-jsc2021m000797_JSC-Rockyardhttps://images.nasa.gov/details-jsc2021m000805_JSC-xPLSS_Componet_Testing_Labhttps://images.nasa.gov/details-jsc2021m000807_JSC-xPLSS_Electrical_Fabrication_and_Test_Labhttps://images.nasa.gov/details-jsc2021m000782_JSC-%20Battery_Systems_Labhttps://images.nasa.gov/details-jsc2021m000789_JSC-Materials_Evaluation_Laboratoryhttps://images.nasa.gov/details-jsc2021m000806_JSC-xPLSS_Development_Labhttps://images.nasa.gov/details-jsc2021m000803_JSC-Water_Labhttps://images.nasa.gov/details-jsc2021m000786_JSC%20-%20ESTAhttps://images.nasa.gov/details-jsc2021m000781_JSC-%20ARGOS_Labhttps://images.nasa.gov/details-jsc2021m000788_JSC_Lighting%20Labhttps://images.nasa.gov/details-jsc2021m000735_JSC-Chambers%20K%20&%20Hhttps://images.nasa.gov/details-jsc2021m000799_JSC%20-%20Structures%20Test%20Labhttps://images.nasa.gov/details-jsc2021m000778_JSC%20-%208-Foot%20Altitude%20Chamber__https://images.nasa.gov/details-jsc2021m000737_JSC_11-Foot%20Human-Rated%20Altitude%20Chamber_https://images.nasa.gov/details-jsc2021m000779_JSC-%20Advanced_EVA_Space_Suit_Dev_Labhttps://images.nasa.gov/details-jsc2021m000784_JSC%20-%20EMI%20Labhttps://images.nasa.gov/details-jsc2021m000777_JSC%20-%2020-Foot%20Human-Rated%20Chamberhttps://go.nasa.gov/3wBb4HKhttps://images.nasa.gov/details-jsc2021m000801_JSC-Vacuum_Chambers%20A%20&%20Bhttps://images.nasa.gov/details-jsc2021m000791_JSC-Measurement_Standards_and_Calibration_Labhttps://images.nasa.gov/details-jsc2021m000796_JSC-Pyrotechnics_Labhttps://images.nasa.gov/details-jsc2021m000798_JSC-SSATA_Labhttps://images.nasa.gov/details-jsc2021m000795_JSC-Precision_Cleaning_Labhttps://images.nasa.gov/details-jsc2021m000802_JSC-VR_Labhttps://images.nasa.gov/details-jsc2021m000785_JSC-EMU_Gloveboxhttps://images.nasa.gov/details-jsc2021m000783_JSC-%20Electrical_Power_Systems_Labhttps://images.nasa.gov/details-jsc2021m000804_JSC_xPGS%20Flight%20Processing%20Lab
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