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HTV-8 KOUNOTORI8 - H-2B (F8) - СК Йошинобу, КЦ Танегасима - 24.09.2019, 16:05 UTC
 
http://iss.jaxa.jp/en/htv/mission/htv-8/news/unveil.html
Цитата
HTV8 media briefing at Tanegashima Space CenterLast Updated: July 19, 2019


HTV8
(Credit: JAXA, photograped in the TNSC SFA2)

On July 19th, the H-II Transfer Vehicle (HTV8) "KOUNOTORI8" was unveiled to media at JAXA's Tanegashima Space Center (TNSC) along with the briefing of its upcoming mission. Many journalists gathered to take the opportunity to see the flight vehicle before launch with their eyes.

In the briefing of HTV8 "KOUNOTORI8" mission, explanations were given in the following: the mission overview, major cargo to the ISS, the current preparation status for launch, also technology new demonstrations for future missions.

<Presenter>
  • Hirohiko Uematsu, Director of HTV Technology Center, JAXA

HTV8 "KOUNOTORI8" will be launched from Tanegashima Space Center (TNSC) after the final preparation phase for launch through the propellant loading, installation in the rocket fairing and integration with the H-IIB8 rocket.

*All times are Japan Standard Time (JST. UTC + 9 hours)

 
Компания Mitsubishi Heavy Industries (MHI) начинает предоставлять отчет о проведении пусковой кампании по запуску к МКС корабля снабжения Аист-8 ракетой-носителем H2B F8
Цитата
MHI Launch Services‏ @MHI_LS 9 ч. назад

H-ⅡBロケット8号機による宇宙ステーション補給機「こうのとり」8号機の打上げカウントダウンレポートをお届け致します! #H2BF8


2 июля ракета была доставлена на о-в Танегасима
Цитата
MHI Launch Services‏ @MHI_LS 9 ч. назад

7月2日 ロケット機体が種子島(島間港)に到着しました。 #H2BF8


3 июля первая ступень ракеты была доставлена в здание техобслуживания...
Цитата
MHI Launch Services‏ @MHI_LS 9 ч. назад

7月3日 第1段ロケットが整備棟へ搬入されました。 #H2BF8


... где была соединена со 2-й ступенью...
Цитата
MHI Launch Services‏ @MHI_LS 9 ч. назад

7月3日 第1段ロケット、第2段ロケットを結合しました。 #H2BF8

Прим. Ждём продолжения повествования
 
С 6-го по 10-е июля к РН были присоединены ТТУ SRB-A
Цитата
MHI Launch Services‏ @MHI_LS 25 июл.

7月6日~10日 固体ロケットブースター(SRB-A)を結合しました。 #H2BF8

 
https://global.jaxa.jp/press/2019/07/20190729a.html
Цитата
Launch Schedule of the H-II Transfer Vehicle KOUNOTORI8
July 29, 2019 (JST)

National Research & Development Agency
Japan Aerospace Exploration Agency (JAXA)

H-II Transfer Vehicle KOUNOTORI8, the cargo transporter to the International Space Station (ISS), will launch aboard the H-IIB Vehicle No. 8 as follows:
Scheduled Date of Launch: September 11, 2019
Scheduled Time of Launch: 6:33 a.m. (Japan Standard Time, JST) *1
Reserved Launch Period: September 12 through October 31, 2019 *2
Location: Yoshinobu Launch Complex at the JAXA Tanegashima Space Center
Arrival of the KOUNOTORI8 at ISS if launched as scheduled: Evening of September 14, 2019 (Japan Standard Time) *1

*1: The launch time is subject to change as the ISS orbit is updated.
*2: Launch time and date during this period are pending, determined by the ISS operations and other status.

Оригинал на яп. яз. - http://www.jaxa.jp/press/2019/07/20190729a_j.htm

Пуск - 21:33 UTC 10.09.2019 / 00:33 ДМВ 11.09.2019
Прибытие на МКС - днём 14.09.2019 (UTC)
Изменено: tnt22 - 29.07.2019 11:55:50
 
https://tass.ru/kosmos/6712140
Цитата
29 ИЮЛ, 13:35
Япония запустит космический грузовик "Конотори" к МКС 11 сентября

Корабль должен достигнуть станции 14 сентября

ТОКИО, 29 июля. /ТАСС/. Японский беспилотный грузовой корабль "Конотори-8" ("Аист-8") отправится к Международной космической станции (МКС) 11 сентября. Об этом сообщило в понедельник Японское агентство аэрокосмических исследований.

Запуск будет осуществлен с космодрома на острове Танэгасима в юго-западной префектуре Кагосима с помощью тяжелой ракеты H-2B. Корабль должен достигнуть МКС 14 сентября.

Грузовик доставит на станцию различные полезные грузы и оборудование, включая разработанный совместно с Sony аппарат для осуществления оптической телекоммуникации с Землей. Тестирование этого устройства будет проведено до конца текущего года. Также "Конотори-8" возьмет на борт два микро-спутника для исследования космоса.

Предыдущий запуск корабля к МКС этой серии был успешно осуществлен в ноябре прошлого года.
 
https://spaceflightnow.com/2019/07/29/jaxa-to-launch-eighth-htv-space-station-cargo-mission-in-september/
Цитата
JAXA to launch eighth HTV space station cargo mission in September
July 29, 2019 | Stephen Clark


Japan’s eighth H-2 Transfer Vehicle, seen here, is being prepared for launch from the Tanegashima Space Center on Sept. 10 with supplies and experiments for the International Space Station. Credit: JAXA

Japan’s eighth resupply mission to the International Space Station is set for liftoff Sept. 10 with another batch of upgraded batteries, crew provisions and experiments for the orbiting research lab, the country’s space agency announced Monday.

The eighth H-2 Transfer Vehicle will blast off on top of an H-2B rocket from the Tanegashima Space Center, located on Tanegashima Island near the southwestern extent of Japan’s main islands.

Liftoff is set for 2133 GMT (5:33 p.m. EDT) on Sept. 10, or 6:33 a.m. Japan Standard Time on Sept. 11, according to the Japan Aerospace Exploration Agency. The HTV will arrive at the space station Sept. 14, assuming an on-time launch.

The automated cargo freighter will carry more than 7,700 pounds — about 3.5 metric tons — of supplies and experiments to the space station, JAXA said. That figure does not include support hardware used to mount the HTV’s payloads inside the spacecraft for the journey into space.

The HTV is the largest supply ship currently flying to the space station. JAXA developed the HTV and its H-2B carrier rocket to help pay for Japan’s share of the space station’s operating costs.

Nicknamed Kounotori, which means “white stork” in Japanese, the cargo freighter measures about 33 feet (10 meters) long and about 14 feet (4.4 meters) in diameter. The Kounotori 8 mission will be the eighth flight by an HTV supply ship since Japan launched the first HTV spacecraft in September 2009.

The HTV mission set for launch in September will carry six lithium-ion batteries to the space station to upgrade the orbiting research lab’s external power system. The station’s robotic arm, with the help of astronauts on two spacewalks later this year, will remove aging nickel-hydrogen batteries from a section of the station’s outboard truss and replace them with the new, higher-capacity lithium-ion batteries.

The International Space Station has four power modules — two on each end of the station’s truss backbone — with solar arrays that span 240 feet (73 meters) tip-to-tip. The solar wings charge batteries that keep the space station’s systems powered during the night portion of each 90-minute orbit around Earth.

Twelve batteries were delivered to the station on the sixth and seventh HTV missions, and a final batch of six lithium-ion batteries will launch on the ninth HTV mission next year.

The Kounotori 8 mission is also carrying food, fresh drinking water, and a high-pressure gas tank to recharge the space station’s internal atmosphere with oxygen and nitrogen.

The HTV will also deliver experiments to the space station.

One of the experiments will demonstrate a high-speed satellite laser communications system developed by JAXA and Sony Computer Science Laboratories. The technology demonstrator will be mounted on an experiment platform outside the space station’s Japanese Kibo laboratory module to test out a laser link with a ground station, which can accommodate higher-bandwidth communications than radio systems.

Japan’s Hourglass experiment is also set for launch on the eighth HTV mission to help scientists investigate the behavior of soil and rock particles under low gravity, simulating the conditions future probes might encounter on a small planet or asteroid.

A science rack to host cellular biology experiments will also fly to the space station on the Kounotori 8 spacecraft, along with three CubeSats to be deployed from the station’s Japanese robotic arm.
 
http://www.jaxa.jp/press/2019/07/20190729b_j.html (на яп. яз.)

Выборочно
Цитата
Японское агентство аэрокосмических исследований (Президент: Хироши Ямакава / JAXA)
И Sony Computer Science Laboratories, Inc. (Президент и главный исполнительный директор: Хироаки Китано / Sony CSL) извещают, что на Международную космическую станцию (МКС) кораблём снабжения "Аист-8", запуск которого запланирован на 11 сентября, будет доставлено экспериментальное оборудование малой спутниковой оптической связи "СОЛИСС" (Малая оптическая линия связи для Международной космической станции), предназначенное для реализации передачи данных большой емкости в реальном времени между будущими спутниками и наземными станциями. Демонстрации на орбите будут проводиться с использованием внешней испытательной платформы японского экспериментального модуля Кибо МКС.
...
Для испытаний оптической связи на большие расстояния на орбите оборудование SOLISS будет установлено на адаптере i-SEEP на внешней платформе модуля Кибо МКС, для тестирования соединения с наземной станцией будет использован лазер с длиной волны 1550 нм. Демонстрационный эксперимент планируется завершить в 2019-м финансовом году.


Рисунок 1. Система SOLISS FM.


Рисунок 2. Схема установки системы SOLISS FM на платформу модуля Кибо.
...
 
https://blogs.nasa.gov/spacestation/2019/08/13/crew-gets-ready-for-next-spacewalk-and-new-spaceships/
Цитата
Crew Gets Ready for Next Spacewalk and New Spaceships

Mark Garcia
Posted Aug 13, 2019 at 11:18 am


...
Finally, Japan’s resupply ship, the H-II Transfer Vehicle-8 (HTV-8), is scheduled to blast off to the station Sept. 10 (U.S. time) from the Tanegashima Space Center. It will arrive at the station Sept. 14 for a robotic capture and installation to the same Harmony port Dragon will vacate at the end of the month. HTV-8’s scheduled liftoff date comes exactly 10 years after the Japan Aerospace Exploration Agency launched its first HTV cargo freighter to the space station.
 
Началась перевозка головного блока (КА Аист-8 и ГО) в здание общей сборки
Цитата
マゲシマン・稲刈りだ!キャンプだ!夏本番!!‏ @mageshiman1025 5 ч. назад

H-ⅡB8号機フェアリング移動。 中身は「こうのとり8号機」。 #H2BF8




Мобильный кондиционер головного блока
Цитата
マゲシマン・稲刈りだ!キャンプだ!夏本番!!‏ @mageshiman1025 5 ч. назад

フェアリング移動空調台車。 #H2BF8

Сильный ливень на время прервал проведение работ
Цитата
マゲシマン・稲刈りだ!キャンプだ!夏本番!!‏ @mageshiman1025 5 ч. назад

VAB搬入時に大雨 全く見えなくなったけど、作業も一時中断してる模様。 #H2BF8



 
Проведение работ было возобновлено
Цитата
マゲシマン・稲刈りだ!キャンプだ!夏本番!!‏ @mageshiman1025 4 ч.4 часа назад

作業再開して無事VABに搬入されました。 このあと8時よりVOS作業(2段目の上に載っける)。 #H2BF8




 
Головной блок с обтекателем 5S-H с расстояния 100 м.
Цитата
マゲシマン・稲刈りだ!キャンプだ!夏本番!!‏ @mageshiman1025 4 ч. назад

一般人が打上げ前のフェアリングに約100mまで近づける唯一の機会。 5S-Hフェアリングも来年の9号機で見収め。 #H2BF8




 
NOTMARs на затопление верхней ступени РН H-IIB F8 (южная часть Тихого океана)

Цитата
NZZO

B5018/19 - TEMPO DANGER AREA NZD028 (EAST AUCKLAND OCEANIC FIR) IS PRESCRIBED AS FLW:
ALL THAT AIRSPACE BOUNDED BY A LINE JOINING
46 00 00 S 131 00 00 W
53 00 00 S 131 00 00 W
53 00 00 S 155 00 00 W
48 27 00 S 167 00 00 W
46 00 00 S 167 00 00 W
46 00 00 S 131 00 00 W
ACTIVITY: SPACE DEBRIS RETURN
USER AGENCY: FOREIGN SPACE AGENCY
PRESCRIBED PURSUANT TO CIVIL AVIATION RULE PART 71 UNDER A DELEGATED AUTHORITY ISSUED BY THE DIRECTOR OF CIVIL AVIATION.
SFC - FL999, 10 SEP 23:10 2019 UNTIL 11 SEP 00:30 2019.
CREATED: 23 AUG 04:48 2019

SCIZ

W1392/19 - ZONE ...D... SECT  WEST
PACIFIC DUE TO  SPACE VEHICLE FRAGMENTS RE-ENTRY ACTIVITY.
THE AFFECTED AREA  WITHIN SCIZ FIR IS BOUNDED BY GEO COORD:
530000S 1060000W
460000S 1060000W
460000S 1310000W
530000S 1310000W
INFO PROVIDED BY JAPAN AEROSPACE EXPLORATION AGENCY (JAXA).
SFC - UNL, 10 SEP 23:10 2019 UNTIL 11 SEP 00:30 2019.
CREATED: 30 AUG 12:32 2019
 
Недельный прогноз погоды по КЦ Танегасима (от 02.09.2019). На день пуска прогноз будет доступен завтра, но уже можно оценить погодные условия при вывозе РН на стартовый стол: ясная погода 8-го и в 1-й половине 9-го сентября начнёт меняться на облачную с прояснениями, возможны небольшие дожди, слабый ветер переменных румбов, температура ночью от 26 до 27°C, днём - 30-31°C. Приближение тайфуна пока беспокойства не вызывает...

Цитата
マゲシマン・稲刈りだ!キャンプだ!夏本番!!‏ @mageshiman1025 6 ч. назад

種子島宇宙センター週間予報 明日の今頃には10日の予報も出るので、H-ⅡB8号機の機体移動時刻の天気もわかる。 今のところ台風接近の心配は無さそうだけど、大気が不安定で積乱雲が発達・落雷の可能性はありそう。

 
Японское метеорологическое агентство извещает, что к востоку от Филиппин зародился тайфун, ему пока присвоен условный номер 13. Со скоростью около 20 км/ч он движется вдоль восточного побережья Филиппин в Восточно-Китайское море. Скорость ветра внутри тайфуна - от 18 до 25 м/c (до 90 км/ч). Ожидается, что он усилится  к 7-му сентября. На карте показано предполагаемое развитие тайфуна 5 - 7 сентября на суточную отметку 9 часов JST (00:00 UTC)

Цитата
KTSウェザーセンター 鹿児島テレビ‏ @kts_weather 7 ч. назад

【台風13号 発生 10:30気象庁発表】  
◆台風13号がフィリピンの東に発生しました  
◆台風は発達しながら北上、6日(金)~7日(土)にかけて強い勢力で東シナ海を北上する見込みです  
◆東よりの進路を取った場合、今週後半は県内で雨風が強まるおそれが…  
◆海上は高波注意です  #ktstenki

 
Красивые фото: океан, остров, туман, космодром.
Да, красиво.
 
https://global.jaxa.jp/press/2019/08/20190828a.html
Цитата
JAXA and Ricoh jointly develop a compact spherical camera for use in outer space
August 28, 2019 (JST)

National Research & Development Agency
Japan Aerospace Exploration Agency (JAXA)
Ricoh Company, Ltd.

The Japan Aerospace Exploration Agency (JAXA) and Ricoh Company, Ltd. (Ricoh), today announced that they have jointly developed a spherical camera that can be used in outer space (outside the spacecraft) to capture 360-degree spherical images in a single shot.

This camera will be used as to monitor the operation of the biaxial gimbal of the SOLISS (Small Optical Link for International Space Station)*1. It will be carried aboard the H-II Transfer Vehicle (HTV8) “KOUNOTORI-8”, the cargo transporter to the International Space Station (ISS), which is scheduled for launch on September 11th, 2019. It will shoot spherical pictures and videos from the Exposed Facility of the Japanese Experiment Module (JEM) “Kibo” and send them to ground stations. This camera was developed from a consumer product, and is the world’s smallest 360-degree camera that can be used in outer space. In addition, it is the first time that this 360-degree camera based on a consumer product from Japanese company will take spherical images in outer space.

JAXA and Ricoh have jointly developed this camera under a Memorandum of Understanding (MOU) signed in 2018 to mutually cooperate. The camera was based on Ricoh’s compact spherical camera RICOH THETA*2, and JAXA has taken measures on this camera for use in space to withstand the heat and radiation. Given the compact size and light weight of this camera, as well as the fact that the camera can shoot 360-degree spherical images in a single shot, it is useful to get a lot of visual information in outer space.

JAXA aims to further utilize this technology as a monitor camera to be attached outside a spacecraft. Ricoh will expand the use of its 360-degree cameras and related services to a wider variety of industries. It will also contribute to the development of science and society, including space development, through technology research and development.


Image of SOLISS system flight model


Image of the camera

*1 Small Optical Link for International Space Station: JAXA and Sony Computer Science Laboratories, Inc. jointly developed a long-distance laser communication system under the Request for Proposal (RFP) joint study framework of the JAXA Space Exploration Innovation HUB Center*3, with the aim of establishing a real-time, mass-data communication system for future inter-satellite communications and communications with ground stations.

*2 RICOH THETA external dimensions (excluding lens): 44mm (W) x 130mm (H) x 22.9mm (17.9mm) (D)

*3 A project which JAXA has been commissioned by the Japan Science and Technology Agency (JST) under its innovation hub start-up program. (“Open Innovation Hub for Expanding Humanosphere and the Domain of Human Activity through Solar System Frontier Development”)
 
http://iss.jaxa.jp/en/htv/mission/htv-8/payload/
Цитата
HTV8 Payload
Last Updated: August 29, 2019

HTV8 delivers a total of 5.4 metric tons (in the Pressurized Logistics Carrier (PLC) 3.5 metric tons and in the Unpressurized Logistics Carrier (ULC) 1.9 metric tons) supplies to the ISS.

Major supply goods to be delivered on board are as follows:
* Images below are provided by JAXA unless otherwise specified.
* Click on the image to view the enlarged image.

Cargo in the pressurized Logistic Carrier (PLC)
Utilization/experiment related items
Cell Biology Experiment Facility-Left (CBEF-L)


Cell Biology Experiment Facility-Left (CBEF-L)

The Cell Biology Experiment Facility-Left (CBEF-L) will be used along with the Cell Biology Experiment Facility (CBEF), which is currently being utilized on the KIBO, in order to expand its use for life science experiments.
As improvements to the CBEF, the CBEF-L as equipment for experiments can now decrease the gravity difference due to the artificial gravity generator with more than doubled radius as well as breed animals larger than mice.

Small Optical Link for International Space Station (SOLISS)


SOLISS System FM (flight model)

Small Optical Link for International Space Station (SOLISS) is a small-sized satellite optical communication system collaboratively developed by Sony Computer Science Laboratories, Inc. and JAXA Space Exploration Innovation Hub Center in order to conduct in-orbit technology demonstrations. The SOLISS was developed based on the infrastructure technology collaboratively researched by Sony Corporation and JAXA Space Exploration Innovation Hub Center.
For the in-orbit demonstrations, the SOLISS is installed on the IVA-replaceable Small Exposed Experiment Platform (i-SEEP), which is installed on the out-board platform for experiments of the KIBO on the ISS. The communication demonstrations with the ground are conducted by using the 1550nm laser.

Gravitational Dependence Research of Flexible Surface on a Planet (Hourglass)


Hourglass test piece

Hourglass is an experiment that utilizes the CBEF (artificial gravity generator) only possessed by the Japanese Experiment Module, KIBO. The objective is to research the effects that micro and low gravity has on the characteristics of powder and granular materials. The research is conducted by loading hourglass-type and measuring cylinder-type equipment with powder and granular materials such as simulated sand of a planet and/or the moon in them on the CBEF.

JEM Small Satellite Orbital Deployer (J-SSOD) and Ultra-small Satellite (CubeSat)


JEM Small Satellite Orbital Deployer (J-SSOD)

An ultra-small satellite collaboratively developed by Kyushu Institute of Technology and National Authority for Remote Sensing and Space Science (NARSS) as well as other ultra-small satellites developed by Space BD Inc. and The University of Tokyo will be transported and deployed from the KIBO.

Reference:
  • Ultra-small Satellite (CubeSat)
    • NARSSCube-1 (Kyushu Institute of Technology/National Authority for Remote Sensing and Space Science (NARSS))
      Development, operation of a satellite, and a demonstration experiment with a 200m resolution camera installed on the satellite by our research partner, Egypt.


      NARSSCube-1 (size: 1U)
    • AQT-D (Space BD Inc./The University of Tokyo)
      Technology demonstration of a resistojet thruster module that uses 1U size of water as propellant and communications with the mountainous terrain using a UHF antenna.


      AQT-D (size: 3U)
    • RWASAT-1 (The University of Tokyo/Ministry of Commerce, Industry, & Tourism Rwanda Utilities Regulatory Authority Smart Africa secretariat (Republic of Rwanda))
      For human resources development of researchers in Republic of Rwanda and technological improvement. A radio wave (weak) receiver is installed and collects sensor information on the ground.


      RWASAT-1 (size: 3U)
Cargo for the ISS crew
Fresh food
HTV8 will also deliver fresh food.


Fresh food delivered by HTV5 "KOUNOTORI5"

Cargo on the Unpressurized Logistics Carrier (ULC)
ISS battery Orbital Replacement Units (ORUs)


Exposed pallet (EP) loaded with battery ORUs

Following HTV6 and HTV7, HTV8 will deliver new lithium ion batteries for ISS on the Exposed Pallet (EP) on the Unpressurized Logistic Carrier (ULC). New six battery Orbital Replacement Units (ORUs) consisting of new lithium-ion battery cells manufactured by a Japanese company are delivered.

The nickel-hydrogen batteries currently used on the ISS are becoming old. The extension of ISS operations becomes possible with the supply of Japanese lithium-ion battery cells. Only the HTV is capable of delivering six battery ORUs at one time, and thus plays an important role in continuous ISS operations.
Изменено: tnt22 - 03.09.2019 08:33:51
 
Прогноз погоды по КЦ Танегасима (от 03.09.2019). 9-10 сентября облачно с прояснениями, возможен дождь, слабый ветер переменных румбов, температура ночью от 25 до 26°C, днём - 29°C.

Цитата
真之介0113‏ @shinnosuke0113 3 ч. назад

むむむ… #H2BF8

 
Прогноз погоды по КЦ Танегасима (от 04.09.2019). При вывозе РН на СК 9-10 сентября облачно с дождми, слабый преимущественно южный ветер, на пуск ожидается преимущественно ясная погода, возможны осадки, слабый юго-восточный ветер, температура ночью от 25 до 26°C, в дневные часы до 30°C. Следим за развитием тайфунов в западной части Тихого океана...

Цитата
マゲシマン・稲刈りだ!キャンプだ!夏本番!!‏ @mageshiman1025 31 мин. назад

台風15号になりそうな熱低の速度・進路次第では9日に種子島入り予定の人たちには影響ありそうだけど、機体移動・打上げそのも­のには影響はないかな。 #H2BF8

 
Ха, опомнились (а-ба, а тут ещё и море...)
См #29
Официально

Цитата
MHI Launch Services‏ @MHI_LS 2 ч. назад

8月24日 こうのとり(HTV)用フェアリングをHTV組立棟から整備棟まで移動しました。 #H2BF8

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