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Jackson and Tull Jackson and Tull News Spring 2012 Ongoing Projects Consolidated Hubble Associated Mission Products (CHAMP) The CHAMP contract and new support provides engineering and hardware—including programmatic support to new batteries, new the Hubble Space gyroscopes, a new Telescope (HST) Project science computer, at Goddard Space Flight and a refurbished Center (GSFC), under guidance sensor— which J&T supported which will prolong Butterfly Emerges from Stellar Barred Spiral Galaxy NGC 6217. The Demise in Planetary Nebula NGC each of the five servicing HST’s life. galaxy lies 6 million light-years away in 6302. What resembles dainty missions (SM). the north circumpolar constellation butterfly wings are actually roiling J&T’s systems Ursa Major. cauldrons of gas heated to more J&T played an integral engineers also than 36,000 degrees Fahrenheit. role in the successful provided SM4 preparation and execution support to SM4. This mission vastly improved HST’s scientific the Mission Operations Team. Activities included on- capabilities by installing two new scientific console support for the electrical power subsystem instruments—the Cosmic Origins Spectrograph and (EPS), on-console and off-line support of the Anomaly the Wide Field Camera 3. SM4 repaired two failed Response Management Team, mission timeline and instruments—the Space Telescope Imaging command plan development, HST Simulator Spectrograph and the Advanced Camera for Surveys. development and maintenance (used to train SM4 J&T’s hardware engineers performed extensive support personnel), and ground database integration and testing for the science instruments maintenance. Air Force Space Test Program, Multi - spacecraft S - 2 6 On the J&T University Nanosat Program contract, development and spacecraft testing. The launch J&T staff performed environmental testing on the vehicle is a Minotaur IV; an Inter-Continental Ballistic FASTRAC satellite designed and integrated by the Missile converted to a launch vehicle. The STP-S26 University of Texas. In August 2010, J&T engineers mission is comprised of eight payloads and sixteen shipped the spacecraft to Kodiak, Alaska for launch experiments placing objects into two separate orbits. on the STP-S26 mission. J&T staff performed launch As a research and development program, there were based Compatibility Testing and final software load many firsts on this mission including the use of a multi- on site. The FASTRAC spacecraft is comprised of payload adapter on the Minotaur IV and three two separate spacecraft designed for proximity separation systems. The Hydrazine Auxiliary Propulsion operations in order to evaluate the effectiveness of System on the STP-S26 mission will demonstrate dual GPS to support on-orbit operations and to detect orbit capability for the Minotaur IV. This mission and characterize GPS anomalous behavior. represents the greatest number of experiments ever attempted by the Department of Defense Space Test The J&T Team supported final preparations for the Program (STP). J&T currently has an engineer at STP-S26 mission to be launched from the Kodiak Kodiak monitoring spacecraft developer final testing Launch Complex on November 19, 2010. J&T and mating operations with the space vehicle. supported this mission from the beginning with mission design, team integration, spacecraft Jackson and Tull Page 2 Spring 2012 Ongoing Projects, Continued Systems Engineering for In - Space Servicing (SEISS): STS - 135 The SEISS contract was first initiated to provide operations management of the RRM and Dextre robot. systems engineering support to develop and execute demonstrations to test and verify new Starting in March of 2012 after the new software and robotic servicing capabilities using the Dextre robot scripts into the Space Station computer were aboard the International Space Station. complete, they began operating and monitoring the tools and the cameras originally interfaced by the J&T J&T’s engineers provided robotic fabrication team and performing updates to functionality such as support to the final STS-135 Atlantis Shuttle launch releasing launch locks cutting wire. in June, 2011 at Kennedy Space Center, FL. This Robotic Refueling Mission (RRM) was critical in NASA’s efforts to demonstrate the series of refueling and repairing exercises for in-orbit satellites and spacecrafts as these exercises are expected to expand considerably in the future. J&T’s team assembled the critical RRM components to perform the robotic servicing to the Space Station on the final space shuttle flight. J&T’s team assisted with remotely operating the Dextre robot and the transfer of the RRM on to the in-orbit Space Station. J&T is continuing to support the ongoing on-orbit RRM on ELC-4 with the SPDM on the right Air Force Research Lab, Space Shuttle Endeavour (STS - 1 3 4 ) At the Air Force Research Laboratory (AFRL), J&T engineers integrated two thermal experiments onto the Space Shuttle Endeavour (STS –134) that successfully launched on May 16, 2011. This was the second-to-last launch of a United States Shuttle mission. The two laboratory experiments included: MHTEX (Massive Heat Transfer Experiment) and VADER (Variable emissivity device Aerogel insulation blanket, Dual zone thermal control, Experiment suite for Responsive space). Astronauts attached the experiments to the International Space Station (ISS) and J&T monitored their status and collected data daily from a ground station located in our Albuquerque offices. These experiments were intended to demonstrate the effectiveness of spacecraft thermal control technologies transferring or shielding heat energy that is critical to spacecraft life while on orbit. At the end of the experiment in March 2012, the experiment was jettisoned from the ISS and burned into the atmosphere. Data analysis continues to determine the effectiveness of these new technologies STS-134 Launch in terms of durability, reduced weight and reduced cost. Jackson and Tull Page 3 Spring 2012 Ongoing Projects, Continued Advanced Research Engineering Support (ARES) II Under the ARES II Contract, J&T provides on-site Jackson and Tull supports continuous AFRL efforts to performance-based engineering services to the US maintain our nation’s leadership in space, from space Air Force Research Laboratory (AFRL) Propulsion system component and subcomponent design to Directorate, Edwards Air Force Base, California. sustainment. Our advanced propulsion engineering These high quality, efficient and effective research efforts cover all aspects of propulsion engineering services lend themselves directly to the technology, and includes all mission phases of launch advanced research and development of state of the operations through on-orbit maneuvers and the art space vehicle propulsion and new technologies. associated technologies of solid, liquid and hybrid fueled engines. The AFRL Propulsion Directorate provides a complete spectrum of advanced propulsion Jackson and Tull continues to perform as a key technologies nationally and internationally. They contributor to the AFRL in fostering diversity through demonstrate these technologies through on-site collaborations with Historically Black Colleges and fundamental engineering research in collaboration Universities (HBCU) and Minority Institutions (MI) with Small Business Innovative Research (SBIR) Science, Technology, Engineering and Math (STEM) contracts and industry partnerships. In addition to symposiums. Our long term strategic partnerships with providing propulsion technologies for rockets and minority serving institutions and businesses have been space vehicles, the Directorate conducts leading determined to be a driving force in innovation and edge research and development in turbo- thought. We will continue to facilitate an enduring machinery, aerospace fuels, propellants and power- relationship between the government laboratories and generating systems. HBCUs/MIs as they are a fundamental part of creating this diversity under the ARES II Contract. Environmental Test and Integration Services (ETIS) II J&T provides critical services for all spacecraft, structures (including developing new layups, subsystems, and instruments built, integrated, or techniques), electrical cable harness and thermal tested at GSFC through the ETIS II contract. J&T’s control, and prototypes to support GSFC’s existing and engineers and technicians manufacture flight, non- future space missions. J&T also performs research into flight, and test hardware, fixtures, and piece parts new materials and techniques to meet specialized through advanced fabrication techniques thermal requirements. technologies and equipment (e.g., high-precision 5 In the past four years, J&T is proud to have supported axis milling machines, Electrical Discharge over 35 missions and instruments including: James Machining, 3D printers, rapid prototyping, and Webb Space Telescope; Hubble Space Telescope; composite milling). Global Precipitation Measuring Mission (GPM); Lunar J&T’s employees provide work in numerous fields. Atmosphere and Dust Environment Explorer (LADEE): They fabricate and assemble complex spacecraft Ice, Cloud, and land Elevation Satellite-2 (ICESat-2); mockups, harness fixtures, and proof-of-concept Thermal Infrared Sensor (TIRS) instrument, ASTRO-H products. J&T designs and manufactures composite (International X-ray astronomy mission) and many more. Jackson and Tull Page 4 Spring 2012 Ongoing Projects, Continued Manhattan Bridge The Manhattan Bridge, open to traffic in 1909, is during this process. The
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