Diwata-2 Cubesat, a good candidate to fly inside HTV-7.https://spacewatch.global/2018/02/philippines-complete-diwata-2-cubesat-open-microsatellite-laboratory-late-2018/
Friedrichshafen, 19/03/2018 – Airbus has delivered the ACLS (Advanced Closed Loop System), an advanced life support system to purify air and produce oxygen for the International Space Station (ISS). The system also produces water, more or less as a by‑product of the technology. ACLS was developed by Airbus for the European Space Agency (ESA) and is set to be used as a technology demonstrator on the ISS from summer 2018.The ACLS extracts a portion of the carbon dioxide in the cabin atmosphere and, using hydrogen obtained from splitting water molecules, converts it to methane and water in what is known as the Sabatier process. Oxygen is then produced from this water using electrolysis. This increases overall system efficiency and reduces the need for supplies from Earth.The ACLS will now be installed in the HTV-7 space transporter at the Tanegashima Space Center in Japan and is due to be transported to the ISS in August 2018.
Today I got to help out with the review of procedures to robotically upgrade the batteries on the #ISS. We did previous power channels during #HTV6 and will be doing 2 more channels as part of the #HTV7 mission.
Major payload to be delivered on board HTV7Major payload to be delivered on board HTV7 is as follows.Cargo in the Pressurized Logistics Carrier (PLC)HTV Small Re-entry Capsule: HSRCUtilization/experiment-related itemsRacksExpress Rack 9BExpress Rack 10BLife Support Rack: LSR(ESA Payload)Life Sciences Glovebox (LSG) and LSG Launch support rackLoop Heat Pipe Radiator: LHPRCargo for the onboard crewFresh FoodCrew Provisioning ItemsCargo in the Unpressurized Logistics Carrier (ULC)ISS Li-ion battery orbital Replacement Units (ORUs)
http://iss.jaxa.jp/kiboexp/news/180821_cubesat.htmlGoogle translationQuoteThree ultra-small satellites to be installed in "Konomori" Unit 7 were handed over to JAXA. It was ready for launch and shipped to Tanegashima!Quote"Kotonori" Unit 7 has ultra-small satellites jointly developed by Kyushu Institute of Technology and Nanyang Technological University of Singapore, as well as ultra-small satellites developed by Lehman Sat Spaces and Shizuoka University, It is housed in a satellite mounting case of JAXA 's small satellite release mechanism (J - SSOD) and transported to ISS. It is the tenth mission as CubeSat release using J - SSOD which we have been implementing since 2012. As for SPATIUM-I, it is based on a strategic partnership agreement between JAXA and Kyushu Institute of Technology to release ultra-small satellite from "Kibo" Japan Experiment Module.Quote【Satellite name】 SPATIUM-I [Size: 2U]【Institution】 Kyushu Institute of Technology / Nanyang Technological University (Singapore)【Mission】 Demonstration of electron density measurement and 3-dimensional mapping of chip scale (ultra-small) atomic clock and overlying ionosphere for mounting small satelliteQuote【Satellite name】 RSP-00 [Size: 1U]【Organization】 General corporate corporation Riemann Sat Space【Mission】 Image shooting with ground-based camera and demonstration of terrestrial transmission technology, operation test of new high-speed RadioQuote【Satellite name】 STARS-Me [Size: 2U]【Institution】 Shizuoka University【Mission】 Small scale demonstration of orbital elevator Construction demonstration of 2 aircraft satellite + climber (moving mechanism)
Three ultra-small satellites to be installed in "Konomori" Unit 7 were handed over to JAXA. It was ready for launch and shipped to Tanegashima!
"Kotonori" Unit 7 has ultra-small satellites jointly developed by Kyushu Institute of Technology and Nanyang Technological University of Singapore, as well as ultra-small satellites developed by Lehman Sat Spaces and Shizuoka University, It is housed in a satellite mounting case of JAXA 's small satellite release mechanism (J - SSOD) and transported to ISS. It is the tenth mission as CubeSat release using J - SSOD which we have been implementing since 2012. As for SPATIUM-I, it is based on a strategic partnership agreement between JAXA and Kyushu Institute of Technology to release ultra-small satellite from "Kibo" Japan Experiment Module.
【Satellite name】 SPATIUM-I [Size: 2U]【Institution】 Kyushu Institute of Technology / Nanyang Technological University (Singapore)【Mission】 Demonstration of electron density measurement and 3-dimensional mapping of chip scale (ultra-small) atomic clock and overlying ionosphere for mounting small satellite
【Satellite name】 RSP-00 [Size: 1U]【Organization】 General corporate corporation Riemann Sat Space【Mission】 Image shooting with ground-based camera and demonstration of terrestrial transmission technology, operation test of new high-speed Radio
【Satellite name】 STARS-Me [Size: 2U]【Institution】 Shizuoka University【Mission】 Small scale demonstration of orbital elevator Construction demonstration of 2 aircraft satellite + climber (moving mechanism)