HAKUTO-R Lunar Lander mission 2 “Resilience”, BGM1 – Falcon 9 (B1085.5) – Kennedy LC-39A – 15.01.2025

[zandr]

https://celestrak.org/NORAD/elements

2025-010A    62716   BLUE GHOST      11,390.87   35.04   322,453   189   0.9608400
2025-010B    62717   HAKUTO-R        13,491.54   35.17   362,529   176   0.9650900
2025-010C    62718   FALCON 9 DEB   11,390.87   35.04   322,453   189   0.9608400
2025-010D    62719   FALCON 9 R/B    13,491.54   35.17   362,529   176   0.9650900

Начальная орбита (период, наклонение, апогей, перигей, эксцентриситет).

[Pirat5]

2 миссии на одном коне:
одна летит 60 дней

... 60-дневной лунной миссии Blue Ghost, включая 45 дней путешествия к Луне и 14 дней операций на поверхности. https://x.com/Firefly_Space/status/1876641220845244788

другая 4-5 месяцев

После примерно 4–5-месячного путешествия к Луне аппарат RESILIENCE приземлится в Море Холода и начнет исследовательскую деятельность на поверхности Луны.
https://www3.nhk.or.jp/nhkworld/en/news/20250115_22/

[zandr]

https://x.com/ispace_inc/status/1882771318229406151

ispace  @ispace_inc
Mission control operators in the HAKUTO-R Mission Control Center in Nihonbashi, Tokyo have confirmed that the Deep Space Radiation Probe (DSRP), a customer payload from the National Central University of Taiwan that is aboard the RESILIENCE lunar lander, is receiving telemetry and collecting radiation data as it travels through space! 

During its flight, the DSRP payload will continuously measure and collect data on the radiation environment in and outside the Van Allen belts, deep space, and on the lunar surface. The radiation data is extremely important for the design of spacecraft and future lunar facilities, as well as for manned activities on the lunar surface, and it is hoped that it will contribute to future lunar missions. 
Read more: https://ispace-inc.com/news-en/?p=6862

Научна программа в полёте.

[Брабонт]

одна летит 60 дней

другая 4-5 месяцев

Так даже удобнее, сказал командир расчёта ПВО селенитов.

[AleMark]

B1085.5
Укажите в заголовке, пожалуйста.

[zandr]

Поскольку эта тема не пусковая, а тема попутной научной миссии, не считал нужным указывать.
Ну, если есть такое пожелание - пожалуйста.

[zandr]

https://x.com/ispace_inc/status/1887036322428412177

ispace  @ispace_inc
The RESILIENCE lander is currently approx. 112,000 km from Earth as it continues to make its way to the Moon! 
This is an exciting week, as our Operations engineers are preparing for the first critical maneuver of Mission 2. Although ispace engineers will execute a number of maneuvers with RESILIENCE over the duration of the mission, in principle critical maneuvers must be executed as scheduled to continue the mission. This week's maneuver will set us on course for lunar flyby, coming up soon!   
Fun fact: at the point nearest to Earth in its orbit, RESILIENCE is traveling at about 29,000 km/hour, or 18,000 mph. Assuming an average hot dog length of 6 inches, and an average American football game duration of 3 hours, this would be equivalent to 570866141.7322836 hot dogs per football game.

[zandr]

https://x.com/ispace_HAKUTO_R/status/1889616393324413337

ispace_HAKUTO-R  @ispace_HAKUTO_R
現在、RESILIENCE着陸機は地球から約46万kmの距離にあり、月よりも遠い場所を航行中です。
先週、ispaceのエンジニアは2月15日（日本時間）に予定している「月フライバイ」に向けて重要なマヌーバを成功させ、無事RESILIENCEランダーを軌道に投入させました。月フライバイを行う際、ランダーは月に接近し、通過します。今宵の満月は、地球にいる私たちにも、数日後RESILIENCEランダーが目にする姿を想像させてくれます。
なお現在、RESILIENCEランダーは「遠地点」と呼ばれる、地球を周回する人工衛星などの距離が最も遠い場所にいるため、速度も時速760キロと非常に小さくなります。今後、ランダーは再び地球に引き寄せられながら二つ目の軌道となる低エネルギー遷移軌道へと入って行きます。これが「月フライバイ」です！

Машперевод

В настоящее время посадочный модуль RESILIENCE находится на расстоянии около 460 000 км от Земли, что дальше, чем Луна.
На прошлой неделе инженеры ispace успешно выполнили ключевой маневр для успешного вывода посадочного модуля RESILIENCE на орбиту перед облетом Луны, запланированным на 15 февраля (по японскому времени). Во время пролета мимо Луны посадочный модуль приблизится к Луне и пройдет мимо нее. Сегодняшняя полная луна дает нам на Земле представление о том, что увидит посадочный модуль RESILIENCE через несколько дней.
В настоящее время посадочный модуль RESILIENCE находится в «апогее» — точке, в которой он находится дальше всего от спутников, вращающихся вокруг Земли, поэтому его скорость составляет всего 760 километров в час. Затем посадочный модуль снова притянется к Земле, когда он выйдет на свою вторую орбиту — низкоэнергетическую переходную орбиту. Это «пролет Луны»!

[Олег]

ссыла -
.. лунный модуль RESILIENCE успешно завершил пролет мимо Луны 15 февраля 2025 г., достигнув ближайшей точки в 22:43 UTC 14 февраля 2025 г
 ..  на расстоянии около 8400 километров от поверхности Луны

[zandr]

https://x.com/ispace_inc/status/1890658553104617506

ispace  @ispace_inc
Mission 2 Milestone Success 5
The RESILIENCE lunar lander successfully completed a flyby of the Moon on Feb. 15, 2025, coming within approximately 8,400 km of the lunar surface--a historic first of its type for a Japanese private, commercial lunar lander. 
This spectacular image of our celestial neighbor was taken by RESILIENCE on Feb. 15, 2025 at an altitude of 14,439 km. 
RESILIENCE is now on a trajectory out to deep space before completing orbital maneuvers that will bring it back towards the Moon in advance of lunar orbit insertion, expected around early May.   
Read more here: https://ispace-inc.com/news-en/?p=7032

[zandr]

https://x.com/ispace_inc/status/1891418022763807210

ispace  @ispace_inc
RESILIENCE status: nominal; successful trajectory correction maneuver after flyby
Distance from Earth: ca. 202,400km
Current orbital phase: Low energy transfer, traveling at ca. 6,467 km/h
Next up: Saying goodbye to the Moon as the lander heads further and further into deep space before its return later in the mission!

[zandr]

https://x.com/ispace_inc/status/1892202725825516015

ispace  @ispace_inc
The RESILIENCE lander is currently approx. 148,000 km from Earth as it continues on its journey!
Last week was a busy week for our Operations engineers. They executed the successful lunar flyby on Feb. 15--a first of its type for a Japanese private, commercial lunar lander. They also completed an orbital maneuver on Feb. 16, which required a main thruster burn lasting 1 second, helping the lander settle into its trajectory after flyby.
Today RESILIENCE is navigating a low-energy orbit through deep space, which will take it as far as 1.1 million kilometers from Earth before it makes its way back to the Moon.

[zandr]

ispace  @ispace_inc  ·  Feb 21
RESILIENCE status: nominal; TENACIOUS routine checkout also nominal
Distance from Earth: ca. 326,700 km
Current orbital phase: Low energy transfer, traveling at ca. 4,726 km/h
Next up: Continued cruise into the deep!

[zandr]

https://x.com/ispace_inc/status/1894765163485737116

ispace  @ispace_inc
The RESILIENCE lander is currently approx. 646,625 km from Earth as it continues on its journey!
ispace Operations engineers continue periodic check-ins with RESILIENCE, keeping tabs on it, the TENACIOUS rover, and our customer payloads.
RESILIENCE is currently traveling at approx. 2,619 km/h in the low energy transfer phase of its orbit. Engineers are preparing for the biggest burn of the lander's propulsion system so far in the mission, currently planned for later this week!

В конце этой недели запланирована "большущая" коррекция.

[Rocinante]

https://x.com/ispace_inc/status/1896734750850814411

On June 5, 2025 at 19:24 UTC // 15:24 EDT, RESILIENCE is set to land on the lunar surface near the center of Mare Frigoris (Sea of Cold)!

Should conditions change, there are three alternative landing sites that are being considered with different landing dates and times for each

Посадка намечена на 19:24 UTC 5 июня примерно в центре Mare Frigoris. Помимо этого, в запасе (в зависимости от условий) есть ещё три альтернативных места посадки с другими датами и временем для каждого из них

[Rocinante]

https://x.com/ispace_inc/status/1896780140958654941

All deep space maneuvers directing RESILIENCE to the Moon are expected to be completed on or around April 24, 2025, at which point the lander will achieve Success 6 of the Mission 2 Milestones. Next, RESILIENCE is expected to enter lunar orbit on or around May 6, 2025, which will achieve Success 7

Ожидается, что выполнение всех необхожимых манёвров, направляющих лендер на Луну, завершится к 25 апреля. Выход на ОЛО ожидается примерно 6 мая

[zandr]

https://x.com/ispace_inc/status/1897512470354579456

ispace  @ispace_inc
The RESILIENCE lander is currently approx. 895,833 km from Earth!
RESILIENCE is traveling at approx. 1,748 km/h in the low energy transfer phase of its orbit. This type of trajectory allows the lander to carry more payloads since the fuel we need to reach the orbit of the Moon is lower.

[zandr]

https://x.com/ispace_inc/status/1899775849123152025

ispace  @ispace_inc
The RESILIENCE lander is currently approx. a whole 1,000,000 km from Earth as it continues on its journey!
On March 9th, engineers in our HAKUTO-R Mission Control Center (MCC) in Tokyo and Mission Control Room (MCR) in Luxembourg held their first joint operation during Mission 2, checking in on the TENACIOUS micro rover and sending commands! This is an important activity that "commissions" the MCR and confirms that they can send commands and receive data.
With 57 days in space, TENACIOUS, RESILIENCE, and our engineers alike are constantly learning. Joint activities like this help everyone to fine-tune their processes before rover deployment on the lunar surface.
RESILIENCE is currently traveling at approx. 1,400 km/h in the low energy transfer phase of its orbit and is expected to reach its furthest point from Earth in the next few days!

1 млн. км от Земли.

[zandr]

https://x.com/ispace_inc/status/1903017558405718098

ispace  @ispace_inc
The RESILIENCE lander is currently approx. 1,004,000 km from Earth as it continues on its journey!
There are 2 types of antennas that the RESILIENCE lander uses to communicate. This week, ispace engineers in our HAKUTO-R Mission Control Center (MCC) in Tokyo checked in with RESILIENCE's High Gain Antenna (HGA), which will play an important role in surface operations by relaying large amounts of data from the lander, TENACIOUS rover, and our payload customers back to Earth.
 RESILIENCE is currently traveling at approx. 1,512 km/h in the low energy transfer phase of its orbit and making its way closer and closer to the Moon.

[zandr]

https://x.com/ispace_inc/status/1904878917191950807

ispace  @ispace_inc
The RESILIENCE lander is currently approx. 949,000 km from Earth as it continues on its journey!
This morning, ispace engineers successfully completed a trajectory correction maneuver, or TCM, with RESILIENCE! TCMs are small adjustments that optimize the lander's direction of travel. Today's TCM required a burn of the lander's propulsion system of approximately 1 second.

Fun fact: Today's maneuver was the 7th overall of Mission 2, with more to come! The total number of maneuvers will surpass that of Mission 1 due to trajectory differences, allowing RESILIENCE and our engineers to shine with the experience gained from M1.