Последние сообщения

#1

Средства выведения и другие технические вопросы / Национальный космодром на Даль...

Последний ответ от Верный - Сегодня в 02:12:59

Это же первый в мире гражданский космодром. Какие интересы военных?

И, правда, какие?
(Оффтоп: А Старлинк - это система доступа к интернету одичавших социопатов... И НИКОГО больше!)

[Космонавт сообщил, что сильнейшая солнечная активность не повлияла на работу на МКС]

#2

Пилотируемые полеты / Новости МКС

Последний ответ от Veganin - Сегодня в 02:07:13

https://tass.ru/kosmos/20799149

Космонавт сообщил, что сильнейшая солнечная активность не повлияла на работу на МКС

МКС, 15 мая. /ТАСС/. Геомагнитная буря, вызванная сильнейшими вспышками на Солнце, не повлияла на повседневную деятельность космонавтов и не требовала объявления режима радиационной безопасности на борту Международной космической станции (МКС), передает спецкор ТАСС, командир отряда космонавтов Роскосмоса Олег Кононенко.

"Солнечная буря в период 10-12 мая была особой. Это было редкое и достаточно мощное солнечное протонное событие, такие бывают в среднем один раз за 11-летний цикл солнечной активности. О развивающемся событии были проинформированы специалисты ИМБП РАН, работающие в ЦУП в составе группы медицинского обеспечения полетов. Специалисты Службы радиационной безопасности ИМБП, отвечающие за радиационную безопасность полетов российских космонавтов, обменялись информацией с коллегами из Хьюстона", - сказал Кононенко.

По его словам, для оценки ситуации были проанализированы данные бортовых средств радиационного контроля. "Повышения среднесуточных дозовых нагрузок от этого события бортовые дозиметры не зарегистрировали. Необходимости объявлять режим радиационной опасности для космонавтов на борту МКС по мнению специалистов ИМБП и наших коллег из Хьюстона не было", - заявил Кононенко.

На борту МКС экипажи ежедневно подвергаются воздействию повышенной космической радиации. Кононенко уточнил, что "в невозмущенной обстановке доза облучения формируется частицами, захваченными магнитным полем Земли, так называемыми радиационными поясами Земли, а также частицами галактических космических лучей, приходящих из отдаленных просторов Вселенной".

Но есть нюанс: вчера, 14.05, произошла мощнейшая с 2017 года вспышка.

https://nauka.tass.ru/nauka/20797697

На Солнце произошла одна из мощнейших вспышек с 2017 года
Она продолжалась 16 минут

МОСКВА, 14 мая. /ТАСС/. Ученые зарегистрировали на Солнце мощнейшую вспышку самого высокого класса X. Последнюю подобную вспышку фиксировали в 2017 году, сообщили ТАСС в Институте прикладной геофизики (ИПГ).

"14 мая в 19:51 мск в рентгеновском диапазоне в группе пятен 3664 (S18W89) зарегистрирована вспышка X8.7 продолжительностью 16 минут", - говорится в сообщении.

Уровень опасности от потоков энергичных протонов солнечных вспышек в настоящее время находится на уровне S1 (слабо) по шкале из пяти показателей, согласно данным мониторинга.

Ранее сообщалось о вспышках Х1.7 и Х1.2, произошедших во вторник.

В последний раз подобная вспышка, а именно вспышка уровня X8.2, была зарегистрирована 10 сентября 2017 года.

Солнечные вспышки в зависимости от мощности рентгеновского излучения делятся на пять классов: A, B, C, M и X. Минимальный класс A0.0 соответствует мощности излучения на орбите Земли в 10 нановатт на квадратный метр. При переходе к следующей букве мощность увеличивается в 10 раз. Вспышки, как правило, сопровождаются выбросами солнечной плазмы, облака которой, достигая Земли, могут провоцировать магнитные бури.

Будем надеяться на лучшее.

#3

Прикладная космонавтика / Космос- Союз-2 - Плесецк - 16....

Последний ответ от Верный - Сегодня в 02:03:03

На основе анализа уже публиковавшихся в открытом доступе материалов можно предположить ещё один вариант:
Союз-2-1А - Фрегат - Технолог

[India plans Chandrayaan-4 moon sample return, will involve private sector]

#4

Межпланетные станции и научные аппараты / Чандраян-4 (Chandrayaan 4) – L...

Последний ответ от Veganin - Сегодня в 01:33:53

https://spacenews.com/india-plans-chandrayaan-4-moon-sample-return-will-involve-private-sector/

India plans Chandrayaan-4 moon sample return, will involve private sector

An LVM-3 rocket carrying the Chandrayaan-3 spacecraft lifts off from Satish Dhawan Space Centre on July 14, 2023. Credit: ISRO

машинный перевод

ХЕЛЬСИНКИ — Индия разрабатывает планы своего корабля «Чандраяан- 3». Миссия по возвращению образцов на 4 луны, в которой будет участвовать развивающийся частный сектор страны.

Индийская организация космических исследований (ISRO) работает над планами по возвращению образцов с Луны в рамках продолжения успешной прошлогодней посадки на Луну корабля «Чандраян-3».

Миссия с несколькими запусками и несколькими космическими кораблями будет направлена ��на приземление в мысе Шив Шакти, месте посадки Чандраян-3. Цель состоит в том, чтобы собрать неустановленную массу лунных образцов и доставить их на Землю.

Нилеш Десаи, директор Центра космических приложений (SAC), раскрыл подробности в презентации, посвященной Национальному дню технологий в SAC в Ахмадабаде. «Мы работаем над этим, и надеемся, что в ближайшие четыре-пять лет или около того. Это также откроет множество новых технологий. Частный сектор также будет активно участвовать в этом», - сказал Десаи.

Индия предприняла ряд усилий по развитию частного космического сектора, включая новую национальную космическую политику, введенную в 2023 году. Использование этого для флагманской миссии могло бы стать еще одним таким шагом. В ближайшем будущем страна также ожидает резкого роста числа гражданских и частных запусков.

Миссия «Чандраян-4» будет сложной. Две отдельные ракеты-носители для запуска четырех космических аппаратов: PSLV и LVM-3. Первый отправит переходной модуль (ТМ) и возвращаемый модуль (РМ) на субгеостационарную переходную орбиту, постепенно поднимаясь на расстояние до Луны. Последний запустит спускаемый модуль (LM) и взлетный модуль (AM). Последней паре будет помогать двигательный модуль.

RM и TM останутся на лунной орбите, а LM и AM спустятся на Луну. Операции на лунной поверхности будут проходить в течение одного лунного дня. Роботизированная рука передаст собранные образцы в AM. Затем он выйдет на лунную орбиту для встречи с ТМ. Роботизированная рука на борту ТМ перенесет образцы в РМ перед тем, как отправиться на Землю. Затем RM отделится от TM вблизи Земли для входа в атмосферу и приземления.

Неясно, было ли обеспечено финансирование миссии, но в планах ISRO говорится, что она будет запущена не ранее 2028 года.

Поскольку профиль миссии включает в себя методы сближения и стыковки на лунной орбите, а не прямое возвращение образцов на Землю, она также будет включать применимость для будущих пилотируемых лунных миссий. Премьер-министр Индии Нарендра Моди в октябре 2023 года объявил о цели по отправке астронавтов на Луну к 2040 году.

Председатель ISRO С. Соманат в прошлом году провел презентацию «Чандраян-4» в рамках дорожной карты, предусматривающей высадку индийских астронавтов на Луне и создание базы около 2047 года.

Индийская лунная база в 2040-х годах? Председатель ISRO С. Соманат прочитал лекцию на ISG-ISRS 2023, изложив интегрированную дорожную карту исследования Луны с долгосрочным планом создания лунной базы примерно в 2047 году. Подтверждает объявленный в прошлом месяце план высадки экипажа на Луну к 2040 году. Амбициозный. pic.twitter.com/GS4HU8BOiz

— Эндрю Джонс (@AJ_FI) 30 ноября 2023 г.
Индия также работает над миссией по полярному исследованию Луны (LuPEx) вместе с Японией. Он будет состоять из спускаемого аппарата ISRO и вездехода Японского агентства аэрокосмических исследований (JAXA) для исследования постоянно затененных кратеров. Миссия будет запущена на японской ракете H3.

Участие ISRO в миссии снова неясно с точки зрения бюджета и одобрения. Предложенные Индией даты запуска кажутся более поздними, чем в заявлениях Японии. По словам Десаи, миссия будет стремиться приземлиться под углом ровно 90 градусов на южном полюсе Луны.

Десаи также коснулся планов миссии Mars Lander (MLM), которая станет продолжением миссии Mars Orbiter (MOM) 2013 года.

«Пробыть там девять месяцев, а затем приземлиться — это самая большая проблема», — отметил Десаи. Он также перечислил критически важные технологии для миссии, такие как сверхзвуковой парашют, аэродинамическая конструкция для приземления и небесный кран для развертывания посадочного модуля. LVM-3 будет запускать MLM, а спутник-ретранслятор будет запущен на PSLV.

Диапазон предлагаемой научной полезной нагрузки для марсохода включает георадар, спектрометры для картирования минералов, рамановский спектрометр для поиска биосигнатур, ряд камер и инструмент для использования ресурсов на месте.

Миссия Индии MOM сделала ее первой азиатской страной, выведшей космический корабль на орбиту Марса. Только США и Китай успешно приземлились и эксплуатировали марсоходы на Марсе.

HELSINKI — India is developing plans for its Chandrayaan-4 moon sample return mission that will include the country's emerging private sector.

[свернуть]

The Indian Space Research Organisation (ISRO) is working on plans for the moon sample return as part of its followup to last year's successful Chandrayaan-3 lunar landing.

The multi-launch, multi-spacecraft mission would aim to land at Shiv Shakti Point, the landing site of Chandrayaan-3. The aim is to collect an unspecified mass of lunar samples and deliver them to Earth.

Nilesh Desai, Director of the Space Applications Centre (SAC), revealed the details in a presentation marking National Technology Day at SAC in Ahmedabad. "We are working on that and hopefully in the next four or five years or so. This also opens up many new technologies. The private sector also is going to be involved in a big way," Desai said.

India has made a series of efforts to foster a private space sector, including a new national space policy introduced in 2023. Leveraging this for a flagship mission would be another such move. The country is also chasing a surge in civil and private launches in the near future.

The Chandrayaan-4 mission will be complex. Two separate launch vehicles to launch four spacecraft: A PSLV and a LVM-3. The former will send a transfer module (TM) and reentry module (RM) into a sub-geostationary transfer orbit, gradually raising to lunar distance. The latter will launch a lander module (LM) and ascender module (AM). A propulsion module will assist the latter pair.

The RM and TM will park in lunar orbit while the LM and AM descend to the moon. Operations on the lunar surface will take place within a single lunar day. A robotic arm will transfer collected samples to the AM. This will then launch into lunar orbit to rendezvous with the TM. A robotic arm aboard the TM will transfer samples to the RM before heading to Earth. The RM will then separate from the TM close to Earth for reentry and landing.

It is unclear if funding for the mission has been secured, but ISRO plans state it would launch no earlier than 2028.

As the mission profile includes lunar orbit rendezvous and docking techniques, rather than a direct return of samples to Earth, it would also have applicability for future crewed lunar missions. India Prime Minister Narendra Modi in October 2023 announced a 2040 target for putting astronauts on the moon.

ISRO Chairman S. Somanath last year gave a presentation with Chandrayaan-4 as part of a roadmap envisioning Indian astronauts on the moon and a base around 2047.

Indian Moon base in the 2040s? ISRO chairman S. Somanath gave a lecture at ISG-ISRS 2023, outlining an integrated lunar exploration roadmap with the long term plan of a lunar base around 2047. Reiterates plan announced last month for a crewed lunar landing by 2040. Ambitious. pic.twitter.com/GS4HU8BOiz

— Andrew Jones (@AJ_FI) November 30, 2023
India is also working on the Lunar Polar Exploration (LuPEx) mission with Japan. That is to consist of an ISRO lander and a Japan Aerospace Exploration Agency (JAXA) rover to explore permanently shadowed craters. The mission will launch on a Japanese H3 rocket.

ISRO's own part in the mission is again unclear in terms of budget and approval. India's suggested launch dates appear to be later than those in Japanese statements. The mission will aim to land at exactly 90 degrees at the lunar south pole, Desai said.

Desai also touched on plans for a Mars Lander Mission (MLM), a followup to the 2013 Mars Orbiter Mission (MOM).

"Going there for nine months and then landing, that is the biggest challenge," Desai noted. He also listed critical technologies for the mission as a supersonic parachute, aerodynamic design for landing, and a sky-crane for lander deployment. An LVM-3 would launch MLM, while a relay satellite would be launched on a PSLV.

A range of proposed science payloads for a mission rover include a ground-penetrating radar, mineral-mapping spectrometers, a raman spectrometer for seeking biosignatures, a range of cameras and an in-situ resource utilization instrument.

India's MOM mission made it the first Asian nation to put a spacecraft in Mars orbit. Only the United States and China have successfully landed and operated rovers on Mars.

#5

Прикладная космонавтика / Космос- Союз-2 - Плесецк - 16....

Последний ответ от Bart Hendrickx - Сегодня в 01:31:28

https://twitter.com/Marco_Langbroek/status/1790166067211387285

Dr Marco Langbroek  @Marco_Langbroek
Navigational Warnings have appeared that point to a #Russian launch from #Plesetsk into a sunsynchronous orbit (i.e. a reconnaissance satellite), perhaps BARS M6, in the period May 16 -26.

При запусках Барсов нет района падения в Тихом океане.

#6

Средства выведения и другие технические вопросы / Союз-5

Последний ответ от Asteroid - Сегодня в 01:29:05

Кадры решают все.Чтобы был результат нужны квалифицированные высокооплачиваемые (а значит хорошо мотивированные) специалисты.С этим беда и у боинга и у роскосмоса.

Этот момент (с Боингом) на днях разбирал Переслегин: там после поглощения Боингом конкурентов во второй половине 90-х менеджмент начал оптимизировать расходы и под "нож" пошли высококлассные (и дорогие) специалисты Боинга, с которыми он выиграл конкуренцию, и остались дешевые и  посредственные специалисты купленных фирм, проигравших конкуренцию Боингу.

[Intuitive Machines making upgrades to second lunar lander]

#7

Межпланетные станции и научные аппараты / IM-2 ( Nova-C ) CLPS, PRIME-1 ...

Последний ответ от Veganin - Сегодня в 01:18:35

https://spacenews.com/intuitive-machines-making-upgrades-to-second-lunar-lander/

Intuitive Machines making upgrades to second lunar lander


An image released by Intuitive Machines Feb. 28 showed the moment of landing six days earlier, including a landing lag that broke as the spacecraft touched down faster than planned. Credit: Intuitive Machines

машинный перевод

ВАШИНГТОН. Компания Intuitive Machines сообщает, что определила несколько изменений, которые она внесет в свой лунный посадочный модуль Nova-C перед второй миссией в конце этого года.

В сообщении о финансовых результатах от 14 мая Стив Альтемус, исполнительный директор Intuitive Machines, заявил, что компания модернизирует системы связи, слежения и посадки, основываясь на уроках февральского полета IM-1, который приземлился, но почти перевернулся на бок.

Эти обновления основаны на внутренней проверке эффективности миссии IM-1. «Проверка привела к усовершенствованию программного и аппаратного обеспечения, которое, по нашему мнению, расширит наши технические возможности точного отслеживания нашего корабля в космосе и на земле с 20-кратной точностью в нашей следующей миссии», — сказал он.

Другие изменения, по его словам, включают «технические корректировки» связи с посадочным модулем и определения орбиты. Согласно его презентации, это включает в себя изменение конфигурации антенн на посадочном модуле для улучшения пропускной способности и непрерывности связи.

Эти изменения будут включены во второй посадочный модуль компании IM-2, запуск которого запланирован на конец этого года. «Технические улучшения для IM-2 представляют собой вертикально интегрированные возможности внутри компании, которые мы можем реализовать практически без влияния на запланированную дату запуска в четвертом квартале 2024 года или потребовать каких-либо дополнительных капиталовложений, пока мы продолжаем сборку летательного аппарата».

Он не уточнил эти изменения, но в своей презентации отметил «более надежные процессы испытаний и проверок» спускаемого аппарата ИМ-2. В ходе миссии IM-1 компании не удалось отключить предохранительный выключатель лазерного дальномера на посадочном модуле перед запуском, что не позволило использовать его по назначению во время посадки. Руководители компании заявили, что вскоре после приземления, если бы дальномеры работали, они полагают, что приземление было бы полностью успешным.

Компания также работает над третьим посадочным модулем, IM-3, который планирует запустить в 2025 году. Для всех трех миссий НАСА является основным заказчиком в рамках программы агентства Commercial Lunar Payload Services (CLPS).

Учитывая перерыв в миссиях CLPS после IM-3, Альтемус заявил, что компания планирует выполнить полностью коммерческую миссию после IM-3. «Мы подписали контракты на несколько полезных нагрузок, которые мы собирали и хранили», — сказал он, и их достаточно, чтобы позволить компании продолжить коммерческую миссию, поскольку она продолжает привлекать для нее дополнительных клиентов.

По его словам, запуск этой миссии также позволит компании поддерживать частоту миссий посадки на Луну между IM-3 и следующей потенциальной миссией CLPS, заказ на запуск которой НАСА должен получить позднее в этом квартале для запуска в 2027 году. другие возможности для роста, такие как заключение в апреле одного из трех контрактов НАСА на исследование Lunar Terrain Vehicle Services, первого этапа, который может привести к потенциально гораздо более крупному гранту на разработку лунохода для будущих миссий Артемиды. Компания также ожидает потенциальной награды от НАСА за программу Near Space Network Services, в рамках которой агентство будет обеспечивать коммуникационные услуги для миссий на Луне и вокруг Луны.

Альтемус добавил, что компания планирует подать в НАСА предложение по отраслевым исследованиям пересмотренной программы возврата образцов с Марса, которая могла бы возвращать образцы, кэшированные марсоходом Perseverance, быстрее и с меньшими затратами, чем собственный базовый план агентства. «Intuitive Machines обратилась к агентству и намерена предоставить набор решений, основанный на технологической архитектуре, которую мы разрабатываем для возврата лунного материала», — сказал он, не вдаваясь в подробности.

Компания сообщила о выручке в размере $73,1 млн за квартал, что намного выше, чем $18,2 млн за тот же квартал год назад. Большая часть этого дохода, более 40 миллионов долларов, поступила от контракта компании на инженерные услуги OMES III, который она заключила с НАСА в первом полном квартале этого контракта, сказал Стив Вонтур, исполняющий обязанности финансового директора.

Чистый убыток Intuitive Machines за квартал составил 5,4 миллиона долларов, что является улучшением по сравнению с убытком в 14 миллионов долларов в первом квартале 2023 года. На конец квартала у компании был остаток денежных средств в размере 55,2 миллиона долларов, чего, по словам Вонтура, было бы достаточно. для компании до конца года. Компания прогнозирует выручку в размере от 200 до 240 миллионов долларов в 2024 году.

[свернуть]

WASHINGTON — Intuitive Machines says it has identified several changes it will make to its Nova-C lunar lander ahead of its second mission late this year.

In a May 14 earnings call, Steve Altemus, chief executive of Intuitive Machines, said the company will upgrade communications, tracking and landing systems based on the lessons from the company's IM-1 mission in February, which landed but tipped over nearly on its side.

Those upgrades are based on an internal review of the performance of the IM-1 mission. "The review resulted in software and hardware advancements that we believe expand our technical capability to track our vehicle accurately in space and land with 20 times better precision on our next mission," he said.

Other changes, he said, involve "technical adjustments" to communications with the lander and orbit determination. That includes changing the configuration of antennas on the lander to improve bandwidth and communications continuity, according to his presentation.

Those changes will be incorporated into the company's second lander mission, IM-2, scheduled for launch late this year. "The technical improvements for IM-2 are vertically integrated capabilities within the company that we can perform with little or no impact on our intended quarter 4 2024 launch date or require any additional capital investment while we continue assembly of the flight vehicle."

He didn't elaborate on those changes, but his presentation noted "more robust test and verification processes" for the IM-2 lander. On the IM-1 mission, the company failed to disable a safety switch on a laser rangefinder on the lander before launch, which kept it from being used as intended during landing. Company executives said shortly after the landing that had the rangefinders been working, they believe they would have had a fully successful landing.

The company is also working on a third lander, IM-3, which it plans to launch in 2025. All three missions have NASA as an anchor customer though the agency's Commercial Lunar Payload Services (CLPS) program.

With a gap in CLPS missions after IM-3, Altemus said that the company is planning to fly a fully commercial mission after IM-3. "We have signed contracts with multiple payloads that we have been aggregating and holding," he said, with enough in place to allow the company to proceed with a commercial mission as it continues to sign up additional customers for it.

Flying the mission, he said, would also allow the company to maintain a cadence of lunar lander missions between IM-3 and the next potential CLPS mission, a task order to be awarded by NASA later this quarter for launch in 2027.

Intuitive Machines touted other avenues for growth, such as winning one of three NASA Lunar Terrain Vehicle Services study contracts in April, a first phase that could lead to a potentially much larger award to develop a lunar rover for future Artemis missions. The company is also awaiting a potential award from NASA for its Near Space Network Services program, where the agency will procure communications services for missions on and around the moon.

Altemus added that the company plans to submit a proposal to NASA for industry studies for a revised Mars Sample Return program that could bring back samples cached by the Perseverance rover faster and less expensively than the agency's own baseline plan. "Intuitive Machines has engaged the agency and intends to provide a solution set based on a technology architecture we have been developing for lunar material return," he said, without elaborating.

The company reported $73.1 million of revenue in the quarter, far higher than the $18.2 million in the same quarter a year ago. The majority of that revenue, more than $40 million, came from the company's OMES III engineering services contract it has with NASA in the first full quarter of that contract, said Steve Vontur, acting chief financial officer.

Intuitive Machines had a net loss of $5.4 million in the quarter, an improvement on the $14 million loss in the first quarter of 2023. The company had a cash balance of $55.2 million as of the end of the quarter, which Vontur said would be sufficient for the company through the rest of the year. The company is forecasting revenues of between $200 million and $240 million for 2024.

#8

Наука и техника / Новости автомобильной промышле...

Последний ответ от nonconvex - Сегодня в 00:37:11

Было 109.000 в 2010. Сейчас можно купить за 40.000.
Года через 3 - за 25.000.

Через шесть будут даром отдавать, через десять - с приплатой.

[Acronyms:]

#9

Планы космических пусков / План американских космических ...

Последний ответ от Salo - Сегодня в 00:28:58

Acronyms:

Спойлер

ACS-3              - Advanced Composite Solar Sail System
APS-R              - Astroscale Prototype Servicer for Refueling
ASBM                - Arctic Satellite Broadband Mission
ASDS                - Autonomous Spaceport Drone Ship
ASOG                - A Shortfall of Gravitas - ASDS
Astro-#            - Astro decadal mission
Astro-MIDEX-# - Astrophysics Middle Explorer Mission
Astro-MoO-#    - Astrophysics Mission of Opportunity
Astro-Probe-#  - Astrophysics Probe
Astro-SMEX-#  - Astrophysics Small Explorer Mission
AWS                - Arctic Weather Satellite
AX-#                - Axiom Space mission to ISS
AxHab 1          - Axiom Habitat module - first Axiom Space module
AxHab 2          - Axiom Habitat module - second Axiom Space module
CBAS-#          - Continuous Broadcast Augmenting SATCOM-#
ССSFS            - Cape Canaveral Space Force Station
CINEMA          - Cross-scale Investigation of Earth's Magnetotail and Aurora
CLPS                - Commercial Lunar Payload Services
CMEx              - Chromospheric Magnetism Explorer
COSI                - Compton Spectrometer and Imager
CP-#                - CLPS PRISM-#
CS-#                - CLPS Science-# task order from SMD
CT-#                - CLPS deliveries led by Space Technology Mission Directorate (STMD)
CX-#                - CLPS deliveries led by Exploration Systems Development Mission Directorate (ESDMD)
DRACO            - Demonstration Rocket for Agile Cislunar Operations
DSL                  - Deep Space Logistics
DYNAMIC          - Dynamical Neutral Atmosphere-Ionosphere Coupling
ECCCO            - Extreme ultraviolet Coronal Mass Ejection and Coronal Connectivity Observatory
EDLM              - Mars Entry, Descent and Landing Module
EPS-R              - Enhanced Polar Systems-Recapitalization
ESDS-#            - Earth Science Decadal Survey Mission
ESPA                - EELV Secondary Payload Adapter
ESPRIT-Refueler  - European System Providing Refueling, Infrastructure and Telecommunications
ESS                  - Evolved Strategic Satcom
EVC-#              - Earth Venture Continuity
EVI-#              - Earth Ventures-Instrument
EVM-#              - Earth Venture Mission
EWS                - Electro-Optical Infrared (EO/IR) Weather System
EWS-OD 1        - Electro Optical/Infrared Weather System Operational Demonstration-1
EWS RROCI-#  - Electro Optical/Infrared Weather System Rapid Revisit Optical Cloud Imager-#
EZIE                - Electrojet Zeeman Imaging Explorer
FLEX                - Flexible Logistics and Exploration
GeoXO              - Geostationary Extended Observations
GERS                - Gateway External Robotic System (Canadarm-3)
GLIDE              - Global Lyman-alpha Imagers of the Dynamic Exosphere)
GLIMR              - Geosynchronous Littoral Imaging and Monitoring Radiometer (EVI-5)
GOMAP            - Great Observatory Technology Maturation Program
GSSAP              - Geosynchronous Space Situational Awareness Program
HALO                - Habitation and Logistics Outpost - Gateway
HBTSS-#          - Hypersonic and Ballistic Tracking Space Sensor-#
Helio-MIDEX-#  - Heliophysics Middle Explorer Mission
Helio-Expl MoO-# - Heliophysics Explorer Mission of Opportunity
Helio-SMEX-#    - Heliophysics Small Explorer Mission
HLS                  - Human Landing System
HLS LETS          - Human Landing System Lunar Exploration Transportation Services
I-Hab                - International Habitation Module - Gateway
I-MIM                - International Mars Ice Mapper
IFT-#                - Integrated Flight Test-# of Super Heavy/Starship
IM-#                - Intuitive Machines lunar lander
IMAP                - Interstellar Mapping and Acceleration Probe
INCUS              - Investigation of Convective Updrafts
JRTI                  - Just Read The Instructions - ASDS
LDPE-#            - Long Duration Propulsive ESPA
LEMUR              - Low Earth Multi-Use Receiver
LIFE                  - Large Integrated Flexible Environment habitat (Sierra Space)
LTV                  - Lunar Terrain Vehicle
LWS-MoO-#      - Living With a Star Mission of Opportunity
LZ-1                  - Landing Zone 1 on ССSFS
LZ-2                  - Landing Zone 2 on ССSFS
LZ-4                  - Landing Zone 4 on VSFB
MAV                  - Mars Ascent Vehicle [MSR]
MARV                - Mission Assembly and Repair Vehicle
MAAX                - Magnetospheric Auroral Asymmetry Explorer
MEPs                - Mission Extension Pods
ML1                  - Mobile Launcher 1
ML2                  - Mobile Launcher 2
MLV                  - Medium-Lift Vehicle (Northrop Grumman and Firefly Space)
MPR                  - Mobile Power Rover
MRPs                - Mission Refueling Pods
MSR                  - Mars Sample Return
MTC                  - Missile Track Custody
MRV                  - Mission Robotic Vehicle
NET                  - Not/No Earlier Than
NFI                  - Narrow Field Imager
NG-OPIR          - Next-Generation Overhead Persistent InfraRed
NGG                  - Next Generation Overhead Persistent Infrared Geosynchronous Earth Orbit Block 0 missile warning satellite system
NGP                  - Next Generation Overhead Persistent Infrared Polar program
NGRST              - Nancy Grace Roman Space Telescope
NLSP #              - NASA Launch Services Program #
NLT                    - Not Later Than
NSSL #              - National Security Space Launch program #
NTS-#              - Navigational Test Satellite-#
OCISLY              - Of Course I Still Love You - ASDS
OSAM-#            - On-orbit Servicing, Assembly and Manufacturing-#
OSP-#              - Orbital Services Program
PIRPL                - Prototype Infra-Red Payload
PolSIR              - Polarized Submillimeter Ice-cloud Radiometer
PPE                  - Power and Propulsion Element - Gateway
PREFIRE            - Polar Radiant Energy in the Far-InfraRed Experiment
PUNCH              - Polarimeter to Unify the Corona and Heliosphere
ROOSTER          - Rapid On-Orbit Space Technology and Evaluation Ring
SDA                  - Space Development Agency
SDA T1TL          - Space Development Agency Tranche 1 Transport Layer
SDA T2TL          - Space Development Agency Tranche 2 Transport Layer
SDA T1TR          - Space Development Agency Tranche 1 Tracking Layer
SIMPLEx            - Small Innovative Missions for Planetary Exploration
SPHEREx            - Spectro-Photometer for the History of the Universe, Epoch of Reionization and Ices Explorer
SPRITE              - Supernova Remnants and Proxies for ReIonization Testbed Experiment
SRL                    - Sample Return Lander [MSR]
STA                    - Sample Transfer Arm (ESA) [MSR]
STP-#                - Solar-Terrestrial Probes-#
STP-MoO-#        - Solar-Terrestrial Probes Mission of Opportunity
SWFO-L1          - Space Weather Follow-On Lagrange 1
SW Next L1      - Space Weather Next Lagrange 1
TacRS                - Tactically Responsive Space
TASA                  - Taiwan Space Agency
TBD                    - To Be Determined
TRACERS            - Tandem Reconnection and Cusp Electrodynamics Reconnaissance Satellites
TSIS-2                - Total and Spectral Solar Irradiance Sensor -2
USCV-#              - US Crew Vehicle-#
USSF-#              - US Space Force-#
VADR                  - Venture-Class Acquisition of Dedicated and Rideshare
VCLS                  - Venture Class Launch Services
VERITAS            - Venus Emissivity, Radio Science, InSAR, Topography, and Spectroscopy
VIPER                - Volatiles Investigating Polar Exploration Rover
VSFB                  - Vandenberg Space Force Base
WFI                    - Wide Field Imager
WFIRST-AFTA      - Wide Field Infrared Survey Telescope - Astrophysics Focused Telescope Assets
WSF‐G #            - Weather Satellite Follow-on Geostationary
WSF‐E #            - Weather Satellite Follow-on Electro-Optical / Infrared (EO/IR)
WSF‐M #            - Weather System Follow‐On Microwave
X                        - Expendable first stage Falcon 9

[свернуть]

Unclear:
Date - Satellite(s) - Rocket - Launch Site - Time (UTC)

Q2 2024 - Astro-MoO-02 - NLSP-II - TBD
Mid-2024 - Helio Expl MoO-05 - NLSP-II - TBD
Q3 2024 - ASLON-45 spacelift mission - Ravn X (Aevum) - Runway 18L/36R, Cecil Air and Space Port in Jacksonville, Florida
NET December 2024 - #dearMoon (First Contracted Private Manned Circumlunar Mission) - Super Heavy/Starship - Kennedy LC-39A/Canaveral SLC-37B/Starbase Pad A/B
2024 - Satellogic constellation [multiple launches] - Falcon 9 - Canaveral
2024 - Lynk Tower (x50) [multiple launches] - Falcon-9 - Canaveral SLC-40 / Kennedy LC-39A
NET 2024 - OneWeb (xTBD) [multiple launches] - Falcon-9 - Canaveral SLC-40 / Kennedy LC-39A
NET 2024 - Starlink deployment [multiple launches] - Falcon 9 - Canaveral SLC-40
NET 2024 - POLARIS MISSION II: Crew Dragon - Falcon 9 - Kennedy LC-39A
NET 2024 - POLARIS MISSION III: Starship - Super Heavy/Starship - Kennedy LC-39A
NET 2024 - WorldView Legion 7, WorldView Legion 8 - Falcon 9 - Canaveral SLC-40 / Kennedy LC-39A
NET 2024 - WorldView Legion sat 2 - NSSL - Vandenberg
NET 2024 - OSP-4 launch - Bolt (Super Strypi/SPARK (TBD)) - Kauai (Hawaii)
NET 2024 - BlueBird (x110) (AST SpaceMobile) - Falcon 9 / Starship/Super Heavy [multiple launches] - Canaveral
NET 2024 - Japan cis-lunar cargo ship - Falcon Heavy - Kennedy LC-39A
NET 2024 - Space Arena Module - TBD - TBD
2024-2029 - QuickSounder Spacecraft - NLSP-II - TBD
Mid-2025 - Astro-MoO-03 - NLSP III - TBD
Mid-2025 - Astro-SMEX-2 - NLSP III - TBD
Mid-2025 - ESCAPE (Extreme-ultraviolet Stellar Characterization for Atmospheric Physics and Evolution) - NLSP III - TBD
Mid-2025 - COSI (The Compton Spectrometer and Imager) - NLSP III - TBD
Mid-2025 - GUCI (The Gravitational-wave Ultraviolet Counterpart Imager Mission) - NLSP III - TBD
Mid-2025 - EVC-01 - NLSP III - TBD
2025 - STORM (Solar-Terrestrial Observer for the Response of the Magnetosphere) - NLSP III - TBD
2025 - ARCS (Auroral Reconstruction CubeSwarm) - NLSP III - TBD
2025 - Solaris - NLSP III - TBD
2025 - test launch - Spinlaunch - Unalaska (TBD)
NET 2025 - TBD - Super Heavy 2/Starship 2 - Kennedy LC-39A /Canaveral SLC-37B / Starbase Pad A/B
NET 2025 - Endurance-A lunar rover - NLSP III - Canaveral
NET 2025 - AEHF-7 - Vulcan-VC??/Falcon 9 - Canaveral
NET 2025 - AEHF-8 - Vulcan-VC??/Falcon 9 - Canaveral
NET 2025 - MRPs - TBD - TBD
NET 2025 - OneWeb Generation 2 constellation  [multiple launches] - Terran R - Canaveral SLC-16
NET 2025 - Lynk Tower (x1000) [multiple launches] - Falcon-9 - Canaveral SLC-40 / Kennedy LC-39A
NET 2025 - Eutelsat comsat - New Glenn - Canaveral SLC-36B
NET 2025 - JCSat comsat - New Glenn - Canaveral SLC-36B
NET 2025 - Second Commercial Manned Spaceflight around the Moon - Super Heavy/Starship - Kennedy LC-39A/Starbase Pad A/B
NET 2025 - DYNAMIC [STP-05] - NLSP II - Canaveral
NET 2025 - VCLS (VADR): cubesat (x4) - Daytona - MARS LP-0
2025-2026 - NROL: SILENTBARKER (x3?) - Vulcan-VC6L - Canaveral SLC-41
2025-2026 - NROL: SILENTBARKER (x3?) - Vulcan-VC6L - Canaveral SLC-41
NET 2025-2026 - GEI-SAT x3 (Satlantis) constellation [multiple launches] - Firefly Alpha - TBD
2025-2027 - Astranis comsat (x15)  [multiple launches] - TBD - Canaveral
2025-July 2029 - Kuiper (x61) - New Glenn - Canaveral SLC-36B
2025-July 2029 - Kuiper (x61) - New Glenn - Canaveral SLC-36B
2025-July 2029 - Kuiper (x61) - New Glenn - Canaveral SLC-36B
2025-July 2029 - Kuiper (x61) - New Glenn - Canaveral SLC-36B
2025-July 2029 - Kuiper (x61) - New Glenn - Canaveral SLC-36B
2025-July 2029 - Kuiper (x61) - New Glenn - Canaveral SLC-36B
2025-July 2029 - Kuiper (x61) - New Glenn - Canaveral SLC-36B
2025-July 2029 - Kuiper (x61) - New Glenn - Canaveral SLC-36B
2025-July 2029 - Kuiper (x61) - New Glenn - Canaveral SLC-36B
2025-July 2029 - Kuiper (x61) - New Glenn - Canaveral SLC-36B
2025-July 2029 - Kuiper (x61) - New Glenn - Canaveral SLC-36B
2025-July 2029 - Kuiper (x61) - New Glenn - Canaveral SLC-36B
2025-July 2029 - Kuiper (x61) - New Glenn - Canaveral SLC-36B
2025-July 2029 - Kuiper (x61) - New Glenn - Canaveral SLC-36B
2025-July 2029 - Kuiper (x61) - New Glenn - Canaveral SLC-36B
2025-July 2029 - Kuiper (x61) - New Glenn - Canaveral SLC-36B
2025-July 2029 - Kuiper (x61) - New Glenn - Canaveral SLC-36B
2025-July 2029 - Kuiper (x61) - New Glenn - Canaveral SLC-36B
2025-July 2029 - Kuiper (x61) - New Glenn - Canaveral SLC-36B
2025-July 2029 - Kuiper (x61) - New Glenn - Canaveral SLC-36B
2025-July 2029 - Kuiper (x61) - New Glenn - Canaveral SLC-36B
2025-July 2029 - Kuiper (x61) - New Glenn - Canaveral SLC-36B
2025-July 2029 - Kuiper (x61) - New Glenn - Canaveral SLC-36B
2025-July 2029 - Kuiper (x61) - New Glenn - Canaveral SLC-36B
2025-July 2029 - Kuiper (x61) - New Glenn - Canaveral SLC-36B
2025-July 2029 - Kuiper (x61) - New Glenn - Canaveral SLC-36B
2025-July 2029 - Kuiper (x61) - New Glenn - Canaveral SLC-36B

Спойлер

NET February 2026 - MUSE (Multi-slit Solar Explorer) [Helio-MIDEX-1] - NLSP III - TBD (or Q2 2027)
Mid-2026 - Astro-MoO-04 - NLSP III - TBD
Late 2026 - LIFE 0.3 - TBD - TBD
NET 2026 - TBD - Super Heavy 3/Starship 3 - Kennedy LC-39A /Canaveral SLC-37B / Starbase Pad A/B
NET 2026 - GLIMR (EVI-5) - NLSP III - TBD
2026-2027 - Lightspeed (x14-18) - Falcon 9 - Canaveral SLC-40 / Kennedy LC-39A / Vandenberg SLC-4E
2026-2027 - Lightspeed (x14-18) - Falcon 9 - Canaveral SLC-40 / Kennedy LC-39A / Vandenberg SLC-4E
2026-2027 - Lightspeed (x14-18) - Falcon 9 - Canaveral SLC-40 / Kennedy LC-39A / Vandenberg SLC-4E
2026-2027 - Lightspeed (x14-18) - Falcon 9 - Canaveral SLC-40 / Kennedy LC-39A / Vandenberg SLC-4E
2026-2027 - Lightspeed (x14-18) - Falcon 9 - Canaveral SLC-40 / Kennedy LC-39A / Vandenberg SLC-4E
2026-2027 - Lightspeed (x14-18) - Falcon 9 - Canaveral SLC-40 / Kennedy LC-39A / Vandenberg SLC-4E
2026-2027 - Lightspeed (x14-18) - Falcon 9 - Canaveral SLC-40 / Kennedy LC-39A / Vandenberg SLC-4E
2026-2027 - Lightspeed (x14-18) - Falcon 9 - Canaveral SLC-40 / Kennedy LC-39A / Vandenberg SLC-4E
2026-2027 - Lightspeed (x14-18) - Falcon 9 - Canaveral SLC-40 / Kennedy LC-39A / Vandenberg SLC-4E
2026-2027 - Lightspeed (x14-18) - Falcon 9 - Canaveral SLC-40 / Kennedy LC-39A / Vandenberg SLC-4E
2026-2027 - Lightspeed (x14-18) - Falcon 9 - Canaveral SLC-40 / Kennedy LC-39A / Vandenberg SLC-4E
2026-2027 - Lightspeed (x14-18) - Falcon 9 - Canaveral SLC-40 / Kennedy LC-39A / Vandenberg SLC-4E
2026-2027 - Lightspeed (x14-18) - Falcon 9 - Canaveral SLC-40 / Kennedy LC-39A / Vandenberg SLC-4E
2026-2027 - Lightspeed (x14-18) - Falcon 9 - Canaveral SLC-40 / Kennedy LC-39A / Vandenberg SLC-4E
2026-July 2029 - Kuiper (x45) - Vulcan-VC6L - Canaveral SLC-41
2026-July 2029 - Kuiper (x45) - Vulcan-VC6L - Canaveral SLC-41
2026-July 2029 - Kuiper (x45) - Vulcan-VC6L - Canaveral SLC-41
2026-July 2029 - Kuiper (x45) - Vulcan-VC6L - Canaveral SLC-41
2026-July 2029 - Kuiper (x45) - Vulcan-VC6L - Canaveral SLC-41
2026-July 2029 - Kuiper (x45) - Vulcan-VC6L - Canaveral SLC-41
2026-July 2029 - Kuiper (x45) - Vulcan-VC6L - Canaveral SLC-41
2026-July 2029 - Kuiper (x45) - Vulcan-VC6L - Canaveral SLC-41
2026-July 2029 - Kuiper (x45) - Vulcan-VC6L - Canaveral SLC-41
2026-July 2029 - Kuiper (x45) - Vulcan-VC6L - Canaveral SLC-41
2026-July 2029 - Kuiper (x45) - Vulcan-VC6L - Canaveral SLC-41
2026-July 2029 - Kuiper (x45) - Vulcan-VC6L - Canaveral SLC-41
2026-2034 - GPS IIIF-02 (SV12) - NSSL 3 - Canaveral
2026-2034 - GPS IIIF-03 (SV13) - NSSL 3 - Canaveral
2026-2034 - GPS IIIF-04 (SV14) - NSSL 3 - Canaveral
2026-2034 - GPS IIIF-05 (SV15) - NSSL 3 - Canaveral
2026-2034 - GPS IIIF-06 (SV16) - NSSL 3 - Canaveral
2026-2034 - GPS IIIF-07 (SV17) - NSSL 3 - Canaveral
2026-2034 - GPS IIIF-08 (SV18) - NSSL 3 - Canaveral
2026-2034 - GPS IIIF-09 (SV19) - NSSL 3 - Canaveral
2026-2034 - GPS IIIF-10 (SV20) - NSSL 3 - Canaveral
2026-2034 - GPS IIIF-11 (SV21) - NSSL 3 - Canaveral
2026-2034 - GPS IIIF-12 (SV22) - NSSL 3 - Canaveral
2026-2034 - GPS IIIF-13 (SV23) - NSSL 3 - Canaveral
2026-2034 - GPS IIIF-14 (SV24) - NSSL 3 - Canaveral
2026-2034 - GPS IIIF-15 (SV25) - NSSL 3 - Canaveral
2026-2034 - GPS IIIF-16 (SV26) - NSSL 3 - Canaveral
2026-2034 - GPS IIIF-18 (SV28) - NSSL 3 - Canaveral
2026-2034 - GPS IIIF-19 (SV29) - NSSL 3 - Canaveral
2026-2034 - GPS IIIF-20 (SV30) - NSSL 3 - Canaveral
2026-2034 - GPS IIIF-21 (SV31) - NSSL 3 - Canaveral
2026-2034 - GPS IIIF-22 (SV32) - NSSL 3 - Canaveral
NET 2027 - Orbital Reef (Blue Origin/Boeing) - New Glenn [multiple launches] - Canaveral SLC-36B
NET 2027 - LIFE 1.0 - New Glenn - Canaveral SLC-36B
Mid-2028 - Astro-MoO-06 - NLSP III - TBD
NET Late 2028 - Northrop Grumman Station - TBD - TBD
2028 - Mars Mission - NLSP III - TBD
NET 2028 - Lynk Tower (x5000) [multiple launches] - Falcon-9 - Canaveral SLC-40 / Kennedy LC-39A
Q2 2029 - Helio Expl MoO-07 - NLSP III - TBD
Q2 2029 - Planetary Defense-01 - NLSP III - TBD
Mid-2029 - Astro-MoO-07 - NLSP III - TBD
Mid-2029 - Helio-SMEX-2 - NLSP III - TBD
Mid-2029 - STP-06 - NLSP III - TBD
Q3 2029 - Astro-Probe-01 - NLSP III - TBD
NET 2029 - Cargo Mars Mission - Super Heavy/Starship - Kennedy LC-39A/Starbase Pad A/B
NET 2029 - Cargo Mars Mission - Super Heavy/Starship - Kennedy LC-39A/Starbase Pad A/B
NET 2029 - Manned Mars Mission - Super Heavy/Starship - Kennedy LC-39A/Starbase Pad A/B
NET 2029 - Manned Mars Mission - Super Heavy/Starship - Kennedy LC-39A/Starbase Pad A/B
NET 2029 - Cargo Mars Mission - Super Heavy/Starship - Kennedy LC-39A/Starbase Pad A/B
NET 2029 - Cargo Mars Mission - Super Heavy/Starship - Kennedy LC-39A/Starbase Pad A/B
Late 2020s - NeMO (New Mars Orbiter) - Falcon 9/Vulcan-VC?? - Canaveral SLC 40/41
Late 2020s - Mars orbiter - NLSP III - TBD
2020s - WSF‐E - NSSL 3 - Vandenberg
2020s - WSF‐G - NSSL 3 - Canaveral
January 2030 - Areostationary Relay Satellite-1 - NLSP III - Canaveral
Q2 2030 - Astro-SMEX-3 - NLSP III - TBD
Q2 2030 - EVC-02 - NLSP III - TBD
Q2 2030 - EVM-4 - NLSP III - TBD
Q2 2030 - LWS-MoO-8 - NLSP III - TBD
Mid-2030 - Astro-MoO-08 - NLSP III - TBD
NET 2030 - Discovery 17 - NLSP III - TBD
NET 2030 - 3D Winds (Demo) [Earth Systematic Missions Candidate] - NLSP III - Vandenberg
NET 2030 - GACM (Global Atmosphere Composition Mission) [Earth Systematic Missions Candidate] - NLSP III - Vandenberg
NET 2030 - LIST (Lidar Surface Topography) [Earth Systematic Missions Candidate] - NLSP III - Vandenberg
NET 2030 - PATH (Precision and All-Weather Temperature and Humidity) [Earth Systematic Missions Candidate] - NLSP III - Vandenberg
NET 2030 - SCLP (Snow and Cold Land Processes) [Earth Systematic Missions Candidate] - NLSP III - Vandenberg
NET 2030 - MARV - TBD - TBD
NET 2030 - CBAS-4 - NSSL 3 - Canaveral
NET 2030 - CBAS-5 - NSSL 3 - Canaveral
NET 2030 - CBAS-6 - NSSL 3 - Canaveral
Early 2030s - Interstellar Probe - TBD - TBD
Q2 2031 - Astro-MoO-09 - NLSP III - TBD
Q2 2031 - Helio-MIDEX-2 - NLSP III - TBD
Mid-2031 - STP-MoO-10 - NLSP III - TBD
Q3 2031 - Helio Expl MoO-09 - NLSP III - TBD
NET October 2031 - GPS III-32 - NSSL 3 - Canaveral
NET 2031 - Uranus Orbiter and Probe - Falcon Heavy (TBD) - Canaveral
2031-2034 - New Frontiers-05 - NLSP III - TBD
2031-2034 - CAESAR (Comet Astrobiology Exploration Sample Return) [New Frontiers-5 candidate] - NLSP-II - TBD
2031-2034 - Lunar Geophysical Network [New Frontiers-5 candidate] - NLSP III - TBD
2031-2034 - Io Probe [New Frontiers-5 candidate] - NLSP III - TBD
2031-2034 - VICI (Venus In-Situ Composition Investigations) [New Frontiers-5 candidate] - NLSP III - TBD
2031-2034 - ELSAH (Enceladus Life Signatures and Habitability) [New Frontiers-5 candidate] - NLSP III - TBD
Q1 2032 - ESDS-01 - NLSP III - TBD
Q1 2032 - ESDS-02 - NLSP III - TBD
Q2 2032 - Astro-MoO-10 - NLSP III - TBD
Q2 2032 - Discovery 18 - NLSP III - TBD
Mid-2032 - Astro-MIDEX-04 - NLSP III - TBD
Q3 2032 - Helio-SMEX-3 - NLSP III - TBD
February 2033 - Areostationary Relay Satellite-2 - NLSP III - Canaveral
Q2 2033 - MEDICI (Magnetosphere Energetics, Dynamics, and Ionospheric Coupling Investigation) [STP-07] - NLSP III - Canaveral
Q2 2033 - Astro-MoO-11 - NLSP III - TBD
Q2 2033 - EVC-03 - NLSP III - TBD
Q2 2033 - LWS MoO-11 - NLSP III - TBD
Mid-2033 - Astro-SMEX-4 - NLSP III - TBD
Mid-2033 - Astro-2 - NLSP III - TBD
Mid-2033 - Astro-3 - NLSP III - TBD
Mid-2033 - Future Mars Flagship - NLSP III - TBD
Mid-2034 - Astro-MoO-12 - NLSP III - TBD
Mid-2034 - Helio Expl MoO-12 - NLSP III - TBD
Q2 2035 - EVM-5 - NLSP III - TBD
Q2 2035 - Helio Expl MoO-13 - NLSP III - TBD
Q2 2035 - Helio-MIDEX-3 - NSSL 3 - TBD
Q2 2035 - Planetary Defense-02 - NLSP III - TBD
Q2 2035 - Discovery 19 - NLSP III - TBD
Mid-2030s - Mars Life Explorer - NLSP III - TBD
Mid to Late 2030s - UOP (Uranus Orbiter and Probe) - NLSP III - TBD
Q2 2036 - Astro-MoO-13 - NLSP III - TBD
Q2 2036 - ESDS-03 - NLSP III - TBD
Q2 2036 - EVC-04 - NLSP III - TBD
Q2 2036 - New Frontiers-06 - NLSP III - TBD
Mid-2036 - Helio-SMEX-4 - NLSP III - TBD
2036 - JPSS-5 (PFO) - NLSP III - Vandenberg
2036-2043 - Artemis: Crewed mission of Orion - SLS Block 2/EUS - Kennedy LC-39B
2036-2043 - Artemis: Crewed mission of Orion - SLS Block 2/EUS - Kennedy LC-39B
2036-2043 - Artemis: Crewed mission of Orion - SLS Block 2/EUS - Kennedy LC-39B
2036-2043 - Artemis: Crewed mission of Orion - SLS Block 2/EUS - Kennedy LC-39B
2036-2043 - Artemis: Crewed mission of Orion - SLS Block 2/EUS - Kennedy LC-39B
2036-2043 - Artemis: Crewed mission of Orion - SLS Block 2/EUS - Kennedy LC-39B
2036-2043 - Artemis: Crewed mission of Orion - SLS Block 2/EUS - Kennedy LC-39B
2036-2043 - Artemis: Crewed mission of Orion - SLS Block 2/EUS - Kennedy LC-39B
Q1 2037 - STP-08 - NLSP III - TBD
Q2 2037 - Astro-MoO-14 - NLSP III - TBD
Q2 2037 - Astro-SMEX-5 - NLSP III - TBD
Mid-2037 - Astro-Probe-02 - NLSP III - TBD
Mid-2037 - Astro-MIDEX-05 - NLSP III - TBD
Q4 2037 - Discovery 20 - NLSP III - TBD
NET 2037 - GEO-Central (GeoXO3) - NLSP III - Canaveral
Q2 2038 - Astro-MoO-15 - NLSP III - TBD
Q2 2039 - Astro-MoO-16 - NLSP III - TBD
Mid-2039 - EVC-05 - NLSP III - TBD
Late 2030s - Enceladus Orbilander - Falcon Heavy  / SLS - Canaveral
2030s - I-MIM - TBD - TBD
Q2 2040 - EVM-6 - NLSP III - TBD
Q2 2040 - Helio-MIDEX-4 - NSSL 3 - TBD
Q2 2040 - Astro-4 - NLSP III - TBD
Mid-2040 - ESDS-04 - NLSP III - TBD
Mid-2040 - Helio-SMEX-5 - NLSP III - TBD
Q2 2041 - Astro-SMEX-6 - NLSP III - TBD
Q2 2041 - New Frontiers-07 - NLSP III - TBD
Q2 2041 - STP-09 - NLSP III - TBD
2041 - JPSS-6 (PFO) - NLSP III - Vandenberg
2041 - HWO (Habitable Worlds Observatory) - NLSP III - TBD (or 2035)
Q1 2042 - Astro-5 - NLSP III - TBD
NET 2043 - Astro-6 - NLSP III - TBD
NET 2043 - EVM-7 - NLSP III - TBD
2046 - JPSS-7 (PFO) - NLSP III - TBD
2047 - Far-Infrared mission (GOMAP) - NLSP III - TBD (or 2040)
2051 - X-ray mission (GOMAP) - NLSP III - TBD (or 2045)
2050s - JPSS-8 (PFO) - NLSP III - Vandenberg
2050s - JPSS-9 (PFO) - NLSP III - Vandenberg
2050s - JPSS-10 (PFO) - NLSP III - Vandenberg
2069 - interstellar mission - TBD - TBD
TBD - first launch - Quetzalcóatl spaceplane drone (Wagner Star Industries) - TBD
TBD - first launch - NEPTUNE - open-ocean location off the California coast
TBD - first launch - TRITON - open-ocean location off the California coast
TBD - first launch - TRITON Heavy - open-ocean location off the California coast
TBD - Vast's multi-module spinning artificial gravity space station - Super Heavy/Starship - Kennedy LC-39A
TBD - APS-R - NSSL 3 - Canaveral
TBD - CINEMA (mission candidate) - NLSP III - TBD
TBD - CMEx (mission candidate) - NLSP III - TBD
TBD - ECCCO (mission candidate) - NLSP III - TBD
TBD - MAAX (mission candidate) - NLSP III - TBD
TBD - Starshield constellation [multiple launches] - Falcon-9 (TBD) - TBD

Rideshare:
2024 - Chilean nanosat (x3) - Falcon 9 - Canaveral SLC-40 / Kennedy LC-39A
NET 2024 - HyperSat 1 - TBD - TBD
NET 2024 - HyperSat 2 - TBD - TBD
NET 2024 - HyperSat 3 - TBD - TBD
NET 2024 - HyperSat 4 - TBD - TBD
NET 2024 - HyperSat 5 - TBD - TBD
NET 2024 - HyperSat 6 - TBD - TBD
NET 2024 - SatRevolution Mars Mission - TBD - TBD
NET 2024 - STP-S28C: Athena, cubesat (x14) - TBD - TBD
NET 2024 - Iridium-NEXT 182 - TBD - TBD
NET 2024 - ELaNa 46: TechEdSat-12 - TBD - TBD
NET 2024 - Fasat Echo 1 - Falcon 9 - Canaveral SLC-40 / Kennedy LC-39A
NET 2024 - Fasat Echo 2 - Falcon 9 - Canaveral SLC-40 / Kennedy LC-39A
2024-2025 - TETRA-2 - TBD - TBD
2024-2025 - TETRA-3 - TBD - TBD
2024-2025 - TETRA-4 - TBD - TBD
2025 - Chilean nanosat (x3) - Falcon 9 - Canaveral SLC-40 / Kennedy LC-39A
2027 - PolSIR (x2) (EVI-6) - NLSP III - TBD
TBD - CryoCube 2 (CC-2) - TBD - TBD
TBD - Grissom-P - TBD - TBD
TBD - Grissom-2 - TBD - TBD
TBD - Nova - TBD - TBD
TBD - Comet - TBD - TBD
TBD - Janus A, Janus B [SIMPLEx program] - TBD - TBD
TBD - Auris - TBD - TBD
TBD - Paladin (x2) [GTO] - TBD - TBD

[свернуть]

Changes on May 14th

[Launched:]

#10

Планы космических пусков / План американских космических ...

Последний ответ от Salo - Сегодня в 00:27:13

Launched:
№ – Date - Satellite(s) - Rocket - Launch Site - Time (UTC)

2024
01 - January 3 - Starlink group 7-9 (V2 Mini x15) flight 131 [V2 Mini L44], Starlink group T1 (x6) [V2 Mini D2C L01] - Falcon 9-286 (B1082.1 OCISLY) - Vandenberg SLC-4E - 03:44:20
02 - January 3 - Ovzon 3 - Falcon 9-287 (B1076.10 LZ-1) - Canaveral SLC-40 - 23:04
03 - January 7 - Starlink group 6-35 (x23) flight 132 [V2 Mini L45] - Falcon 9-288 (B1067.16 ASOG) - Canaveral SLC-40 - 22:35:40
04 - January 8 - Peregrine 1 (Astrobotic) (LETS, LRA, MAG, MSolo, NIRVSS, NMLS, NSS, PILS, PITMS, SEAL) [CLPS-1, 2-AB], Celestis (CPAC) [Moon Lander to Sinus Viscositatis] - Vulcan-VC2S (V001) - Canaveral SLC-41 - 07:18:38.231
05 - January 14 - Starlink group 7-10 (x22) flight 133 [V2 Mini L46] - Falcon 9-289 (B1061.18 OCISLY) - Vandenberg SLC-4E - 08:59:30
06 - January15 - Starlink group 6-37 (x23) flight 134 [V2 Mini L47] - Falcon 9-290 (B1073.12 ASOG) - Canaveral SLC-40 - 01:52:00
07 - January 18 - AX-3: Crew Dragon Freedom [C212.3] - Falcon 9-291 (B1080.5 LZ-1) - Kennedy LC-39A - 21:49:11
08 - January 24 - Starlink group 7-11 (x22) flight 135 [V2 Mini L48] - Falcon 9-292 (B1063.16 OCISLY) - Vandenberg SLC-4E - 00:35:00
09 - January 29 - Starlink group 6-38 (x23)  flight 136 [V2 Mini L49] - Falcon 9-293 (B1062.18 ASOG) - Kennedy LC-39A - 01:10:00
10 - January 29 - Starlink group 7-12 (x22) flight 137 [V2 Mini L50] - Falcon 9-294 (B1075.9 OCISLY) - Vandenberg SLC-4E - 05:57:20
11 - January 30 - Cygnus NG-20 (CRS-20) - Falcon 9-295 (B1077.10 LZ-1) - Canaveral SLC-40 - 17:07:21
12 - February 8 - PACE (Plankton, Aerosol, Cloud, ocean Ecosystem) - Falcon 9-296 (B1081.4 LZ-1) - Canaveral SLC-40 - 06:33:36
13 - February 10 - Starlink group 7-13 (x22) flight 138 [V2 Mini L51] - Falcon 9-297 (B1071.14 OCISLY) - Vandenberg SLC-4E - 00:34:00
14 - February 14 - USSF-124/HBTSS-1: WFOV (x4) [L3Harris], PIRPL(x2) [Northrop Grumman] - Falcon 9-298 (B1078.7 LZ-2) - Canaveral SLC-40 - 22:30
15 - February 15 - Odysseus (Nova-C IM-1, CLPS 2, 2-IM) [Payload: Spacebit rover, LN-1, LRA, NDL, RFMG, ROLSES, SCALPSS]  [Moon Lander to Malapert A] - Falcon 9-299 (B1060.18 LZ-1) - Kennedy LC-39A - 06:05
16 - February  15 - Starlink group 7-14 (x22) flight 139 [V2 Mini L52] - Falcon 9-300 (B1082.2 OCISLY) - Vandenberg SLC-4E - 21:34:30
17 - February 20 -  Merah Putih 2 (HTS 113BT) - Falcon 9-301 (B1067.17 JRTI) - Canaveral SLC-40 - 20:11
18 - February 23 - Starlink group 7-15 (x22) flight 140 [V2 Mini L53] - Falcon 9-302 (B1061.19 OCISLY) - Vandenberg SLC-4E - 04:11:50
19 - February 25 - Starlink group 6-39 (x24) flight 141 [V2 Mini L54] - Falcon 9-303 (B1069.13 ASOG) - Canaveral SLC-40 - 22:06:00
20 - February 29 - Starlink group 6-40 (x23) flight 142 [V2 Mini L55] - Falcon 9-304 (B1076.11 JRTI) - Canaveral SLC-40 - 15:30:00
21 - March 4 - USCV-8: Crew Dragon Endeavour [C206.5] (Crew-8) - Falcon 9-305 (B1083.1 LZ-1) - Kennedy LC-39A - 03:53:38
22 - March 4 - Transporter-10: Aries-1, BRO-12, BRO-13, ContecSat-1 (Oreum), Fifi, GHOSt-4, GHOSt-5, HORACIO,, ICEYE X-36, ICEYE X-37, ICEYE X-38, IOD-6 Hammer, IRIS-F1, Jackal X-1L-001, Jackal X-1L-002, Lace-A, Lace-B, LizzieSat-1, LEMUR 2 CHARLIE-ROSE, LEMUR 2 FELDHUS, LEMUR 2 JOHNNYTRUONG, LEMUR 2 ROCINANTE, Loulou, Lynk Tower 5, Lynk Tower 6, M3 (ELaNa 57), MethaneSat, MH-1 (AEROS), MuSat-2, NewSat-44, ONDOSAT-OWL-1, ONDOSAT-OWL-2, Optimus OTV, OrbAstro-TR2, Pony Express-2 SV1 (Tyvak-0261), Pony Express-2 SV2 (Tyvak-0262), PYXIS, PY-4 SV1, PY-4 SV2, PY-4 SV3, PY-4 SV4, Quark-LITE (Meson-1) + Gluon-1, Riri, Rose, RROCI-2, Sentry (Scout-1), SONATE-2, Tiger-7, Tiger-8, Veery-0E (Veery Fledgling "Ectobius" ), YAM-6 - Falcon 9-306 (B1081.5 LZ-4) - Vandenberg SLC-4E - 22:05:00.198
23 - March 4 - Starlink group 6-41 (x23) flight 143 [V2 Mini L56] - Falcon 9-307 (B1073.13 ASOG) - Canaveral SLC-40 - 23:56:00
24 - March 10 - Starlink group 6-43 (x23) flight 144 [V2 Mini L57] - Falcon 9-308 (B1077.11 JRTI) - Canaveral SLC-40 - 23:05:00
25 - March 11 - Starlink group 7-17 (x23) flight 145 [V2 Mini L58] - Falcon 9-309 (B1063.17 OCISLY) - Vandenberg SLC-4E - 04:09:00
26 - March 16 - Starlink group 6-44 (x23) flight 146 [V2 Mini L59] - Falcon 9-310 (B1062.19 ASOG) - Kennedy LC-39A - 00:21:00
27 - March 19 - Starlink group 7-16 (x20) flight 147 [V2 Mini L60], Starshield [USA 350],  Starshield [USA 351] - Falcon 9-311 (B1075.10 OCISLY) - Vandenberg SLC-4E] - 02:28:00
28 - March 21 - 46th Mission  "Live and Let Fly": NROL-123: [USA 352], MOLA, Aerocube 16A , Aerocube 16B - Electron/Kick Stage - MARS LA-0C (LC-2) - 07:25
29 - March 21  - Dragon v2 SpX-30 (CRS-30) [C209.4] (inside: Burstcube, HyTI, SNoOPI, Big Red Sat 1, CURTIS, MicroOrbiter 1, Kashiwa, Killick 1, QMSat, VIOLET) - Falcon 9-312 (B1080.6 LZ-1) - Canaveral SLC-40 - 20:55:09
30 - March 24 - Starlink group 6-42 (x23) flight 148 [V2 Mini L61] - Falcon 9-313 (B1060.19 JRTI) - Kennedy LC-39A - 03:09:00
31 - March 25 - Starlink group 6-46 (x23) flight 149 [V2 Mini L62] - Falcon 9-314 (B1078.8 ASOG) - Canaveral SLC-40 - 23:42:00
32 - March 30 - Eutelsat 36D - Falcon 9-315 (B1076.12 JRTI) - Kennedy LC-39A - 21:52
33 - March 31 - Starlink group 6-45 (x23) flight 150 [V2 Mini L63] - Falcon 9-316 (B1067.18 ASOG) - Canaveral SLC-40 - 01:30:00
34 - April 2 - Starlink group 7-18 (x22) flight 151 [V2 Mini L64] - Falcon 9-317 (B1071.15 OCISLY) - Vandenberg SLC-4E - 02:30:00
35 - April 5 - Starlink group 6-47 (x23) flight 152 [V2 Mini L65] - Falcon 9-318 (B1069.14 ASOG) - Canaveral SLC-40 - 09:12:00
36 - Apri 7 - Starlink group 8-1 (x15) flight 153 [V2 Mini L66], Starlink group T2 (x6) [V2 Mini D2C L02] - Falcon 9-319 (B1081.6 OCISLY) - Vandenberg SLC-4E - 02:25:00
37 - April 7 - Bandwagon-1: 425 Project SAR satellite F2, Acadia 4 (Capella-14), Centauri 6, Hawk-8A, Hawk-8B, Hawk-8C, Hawk-9A, Hawk-9B, Hawk-9C, QPS-SAR-7 (TSUKUYOMI-II), TSAT-1A - Falcon 9-320 (B1073.14 LZ-1) - Kennedy LC-39A - 23:16:57.158
38 - April 9 - NROL-70: Orion 13 (RIO 13, Mission 8309, Mentor 11) (TBD) [USA 353] - Delta IV-H [D-389] - Canaveral SLC-37B - 16:53
39 - April 10 - Starlink group 6-48 (x23) flight 154 [V2 Mini L67] - Falcon 9-321 (B1083.2 JRTI) - Canaveral SLC-40 - 05:40:00
40 - April 11 - USSF-62: WSF-M SV-1 - Falcon 9-322 (B1082.3 LZ-4) - Vandenberg SLC-4E - 14:25
41 - April 13 - Starlink group 6-49 (x23) flight 155 [V2 Mini L68] - Falcon 9-323 (B1062.20 ASOG) - Canaveral SLC-40 - 01:40:00
42 - April 17 - Starlink group 6-51 (x23) flight 156 [V2 Mini L69] - Falcon 9-324 (B1077.12 JRTI) - Kennedy LC-39A - 21:26:00
43 - April 18 - Starlink group 6-52 (x23) flight 157 [V2 Mini L70] - Falcon 9-325 (B1080.7 ASOG) - Canaveral SLC-40 - 22:40:00
44 - April 23 - Starlink group 6-53 (x23) flight 158 [V2 Mini L71] - Falcon 9-326 (B1078.9 JRTI) - Canaveral SLC-40 - 22:17:00
45 - April 28 - Galileo-FOC FM25 (Patrick), Galileo-FOC FM27 [L12] - Falcon 9-327 (B1060.20 X) - Kennedy LC-39A - 00:34
46 - April 28/29 - Starlink group 6-54 (x23) flight 159 [V2 Mini L72] - Falcon 9-328 (B1076.13 JRTI) - Canaveral SLC-40 - 22:08:00
47 - May 2 - WorldView Legion 1, WorldView Legion 2 - Falcon 9-329 (B1061.20 LZ-4) - Vandenberg  SLC-4E - 18:36:33
48 - May 3 - Starlink group 6-55 (x23) flight 160 [V2 Mini L73] - Falcon 9-330 (B1067.19 ASOG) - Canaveral SLC-40 - 02:37:00
49 - May 6 - Starlink group 6-57 (x23) flight 161 [V2 Mini L74] - Falcon 9-331 (B1069.15 JRTI) - Canaveral SLC-40 - 18:14:00
50 - May 8 - Starlink group 6-56 (x23) flight 162 [V2 Mini L75] - Falcon 9-332 (B1083.3 ASOG) - Kennedy LC-39A - 18:42:00
51 - May 10 - Starlink group 8-2 (x7) flight 163 [V2 Mini L76], Starlink group T3 (x13) [V2 Mini D2C L03] - Falcon 9-333 (B1082.4 OCISLY) - Vandenberg SLC-4E - 04:30:00
52 - May 13 - Starlink group 6-58 (x23) flight 164 [V2 Mini L77] - Falcon 9-334 (B1073.15 ASOG) - Canaveral SLC-40 - 00:53:00
53 - May 14 - Starlink group 8-7 (x7) flight 165 [V2 Mini L78], Starlink group T4 (x13) [V2 Mini D2C L04] - Falcon 9-335 (B1063.18 OCISLY) - Vandenberg SLC-4E - 18:39:00

From Foreign Launch Site:
01 - January 31 -  43rd mission "Four Of A Kind": Skylark 1, Skylark 2, Skylark 3, Skylark 4 (NorthStar) - Electron/Kick Stage - Mahia LC-1B (NZ) - 06:34
02 - February 18 - 44th mission "On Closer Inspection": ADRAS-J - Electron/Kick Stage - Mahia LC-1B (NZ) - 14:52
03 - March 12 - 45th Mission "Owl Night Long": StriX-3 - Electron/Kick Stage - Mahia LC-1B (NZ) - 15:03
04 - April 23 - 47th Mission "Beginning Of The Swarm": ACS-3, NeonSat-1 - Electron/Kick Stage - Mahia LC-1B (NZ) - 22:32

Suborbital launches:
01 - March 14 - IFT-3 - Super Heavy/Starship (B10'/S28') - Starbase Pad A -13:25

' - unsuccessful landing or splashdown

Scheduled:
Date - Satellite(s) - Rocket - Launch Site - Time (UTC)

2024
NET May 17/18 - Starlink group 6-59 (x23) flight 166 [V2 Mini L79] - Falcon 9-336 (JRTI) - Canaveral SLC-40 / Kennedy LC-39A  - 23:52-03:52
NET May 19 - NROL-146 - Falcon 9-337 (OCISLY) - Vandenberg SLC-4E ~08:00
NET May    17   21 - CST-100 Starliner (crewed test) (Boe-CFT) - Atlas V N22 (AV-085) - Canaveral SLC-41 - 20:43
NET May 22 - Starlink group 6-63 (x23) flight 167 [V2 Mini L80] - Falcon 9-338 (ASOG) - Canaveral SLC-40 - 23:11-03:11
Late May - EarthCARE [Earth Explorer 6] - Falcon 9 - Vandenberg SLC-4E (or June)
NET May - Starlink group 7-19 (x22) flight ?? [V2 Mini L??] - Falcon 9 (OCISLY) - Vandenberg SLC-4E
NET May - Starlink group 7-20 (x22) flight ?? [V2 Mini L??] - Falcon 9 (OCISLY) - Vandenberg SLC-4E
NET May - Starlink group 7-21 (x22) flight ?? [V2 Mini L??] - Falcon 9 (OCISLY) - Vandenberg SLC-4E
NET May - Starlink group 7-22 (x22) flight ?? [V2 Mini L??] - Falcon 9 (OCISLY) - Vandenberg SLC-4E
NET May - Starlink group 7-23 (x22) flight ?? [V2 Mini L??] - Falcon 9 (OCISLY) - Vandenberg SLC-4E
NET May - Starlink group 7-24 (x22) flight ?? [V2 Mini L??] - Falcon 9 (OCISLY) - Vandenberg SLC-4E
NET May - Starlink group 8-3 (x22) flight ?? [V2 Mini L??] - Falcon 9 (OCISLY) - Vandenberg SLC-4E
NET May - VCLS (VADR) Demo-2FB/ELaNa 43: CatSat, KUbe-Sat-1, MESAT1, OwlSat, R5-S4, R5-S2-2.0, REAL, Serenity (3), SOC-i, TechEdSat-11 (TES-11) - Firefly Alpha (FLTA005) - Vandenberg SLC-2W (or NLT July)
NET May - NROL-174 - Minotaur IV - Vandenberg SLC-8
May-June - GSAT-N2 (GSAT-20) - Falcon 9 - Canaveral SLC-40 / Kennedy LC-39A
NET first half of June - IFT-4 - Super Heavy/Starship (B11/S29) - Starbase Pad A
June 25 - GOES-U - Falcon Heavy-10 (B1072.1 LZ-1, B1087.1 X, B1086.1 LZ-2) - Kennedy LC-39A
NET June - USSF-51 - Atlas V 551 (AV-101) - Canaveral SLC-41
NET June - Kuiper (xTBD) - Atlas V 551 - Canaveral SLC-41 (or H2)
NET June - Elytra Mission 1: NRO-X: FANTM Ride, Undisclosed US Government primary payloads, commercial rideshare payloads - Firefly Alpha (FLTA006) - Vandenberg SLC-2W
NET June - Acadia 3 - Electron/Kick Stage - MARS LA-0C (LC-2)
NET June - Nusantara Lima (Nusantara 5) - Falcon 9 - Canaveral SLC-40 / Kennedy LC-39A
NET June - Astranis Block 2: UtilitySat, AGILA, NuView-A, NuView-B - Falcon 9 - Canaveral SLC-40
NET Q2 - Starlink group 7-25 (x23) flight ?? [V2 Mini L??] - Falcon 9 (ASDS) - Canaveral SLC-40 / Kennedy LC-39A
NET Q2 - Starlink group 7-26 (x23) flight ?? [V2 Mini L??] - Falcon 9 (ASDS) - Canaveral SLC-40 / Kennedy LC-39A
NET Q2 - Starlink group 7-27 (x23) flight ?? [V2 Mini L??] - Falcon 9 (ASDS) - Canaveral SLC-40 / Kennedy LC-39A
NET Q2  - Starlink group 7-28 (x23) flight ?? [V2 Mini L??] - Falcon 9 (ASDS) - Canaveral SLC-40 / Kennedy LC-39A
NET Q2 - Starlink group 7-29 (x23) flight ?? [V2 Mini L??] - Falcon 9 (ASDS) - Canaveral SLC-40 / Kennedy LC-39A
NET Q2 - Starlink group 7-30 (x23) flight ?? [V2 Mini L??] - Falcon 9 (ASDS) - Canaveral SLC-40 / Kennedy LC-39A
NET Q2 - Starlink group 8-4 (x23) flight ?? [V2 Mini L??] - Falcon 9 (ASDS) - Canaveral SLC-40 / Kennedy LC-39A
NET Q2 - Starlink group 8-5 (x23) flight ?? [V2 Mini L??] - Falcon 9 (ASDS) - Canaveral SLC-40 / Kennedy LC-39A
NET July 8 - Turksat 6A - Falcon 9 - Canaveral SLC-40 / Kennedy LC-39A
NET Mid-July - Inmarsat GX10A (ASBM-1, EPS-R payload), Inmarsat GX10B (ASBM-2, EPS-R payload) - Falcon 9 - Vandenberg SLC-4E
July - Transporter-11: Acadia 5, Alba Orbital Cluster 11, AWS, Dione (ELaNa 53),  EagleEye, GNOMES-5, Hubble-3, Hyperfield-1, ION-SCV [hosted payload: Tetraplex], Kaladin, Labsat IoT, LEO Express-2 [hosted payload: HOLMES-007], MuSat-3, PExT, PTD-4, PTD-R, Umbra 09, Umbra 10, Vigoride [Fossa Ferox (?x), LUR-1], Winnebago-2, YAC-1-1 - Falcon 9 - Vandenberg SLC-4E
July-August - BlueBird Block 1 (x5) - Falcon 9 (LZ-1) - Canaveral SLC-40 / Kennedy LC-39A
Mid-August - USCV-9: Crew Dragon (Crew-9) - Falcon 9 (LZ-1) - Kennedy LC-39A
NET August - Cygnus NG-21 (CRS-21) - Falcon 9 - Canaveral SLC-40 / Kennedy LC-39A
Summer - Astra 1P / SES-24  - Falcon 9 - Canaveral SLC-40 / Kennedy LC-39A
NET Summer - POLARIS DAWN: Crew Dragon - Falcon 9 (LZ-1) - Kennedy LC-39A
September 29 - EscaPADE A, EscaPADE B (Escape and Plasma Acceleration and Dynamics Explorers) [SIMPLEx program] -  New Glenn - Canaveral SLC-36B
September - Galileo-FOC FM26 (Julina), Galileo-FOC FM28 [L13] - Falcon 9 - Canaveral SLC-40 / Kennedy LC-39A
September - Dragon v2 SpX-31 (CRS-31) - Falcon 9 - Kennedy LC-39A
September - SDA T1TL-A (x21) - Falcon 9  - Vandenberg  SLC-4E
September - Spainsat NG-1 - Falcon 9 - Canaveral SLC-40 / Kennedy LC-39A
September - STP-S29A - Minotaur IV - TBD
NET Q3 - TBD - Super Heavy/Starship (B12/S30) - Starbase Pad A
NET Q3 - TBD - Super Heavy/Starship (B13/S31) - Starbase Pad A
NET Q3 - TBD - Super Heavy/Starship (B14/S32) - Starbase Pad A
NET Q3 - Sentinel-1C - Falcon 9 - Vandenberg SLC-4E
H2 - O3b mPower 7, O3b mPower 8 - Falcon 9 (ASDS) - Canaveral SLC-40 / Kennedy LC-39A
H2 - Thuraya 4-NGS - Falcon 9 - Canaveral SLC-40 / Kennedy LC-39A
NET H2 - WorldView Legion 3, WorldView Legion 4 - Falcon 9 - Canaveral SLC-40 / Kennedy LC-39A
NET H2 - WorldView Legion 5, WorldView Legion 6 - Falcon 9 - Canaveral SLC-40 / Kennedy LC-39A
NET H2 - VariSat-1B (OmniTeq 2), hosted payload: Dorsat-01 - RS1 [DEMO-2] - Kodiak LP-3C
NET H2 - TBD - Super Heavy/Starship - Starbase Pad A/B
NET H2 - TBD - Super Heavy/Starship - Starbase Pad A/B
NET H2 - TBD - Super Heavy/Starship - Starbase Pad A/B (or 2025)
NET H2 - TBD - Super Heavy/Starship - Starbase Pad A/B (or 2025)
NET H2 - Kuiper (xTBD) - Atlas V 551 - Canaveral SLC-41
NET H2 - Kuiper (xTBD) - Atlas V 551 - Canaveral SLC-41
NET H2 - Kuiper (xTBD) - Atlas V 551 - Canaveral SLC-41
NET H2 - Kuiper (xTBD) - Atlas V 551 - Canaveral SLC-41
NET H2 - Kuiper (xTBD) - Atlas V 551 - Canaveral SLC-41
NET H2 - USSF-112 - Vulcan-VC4 - Canaveral SLC-41
NET H2 - USSF-87 - Vulcan-VC4 - Canaveral SLC-41
NET H2 - NROL - TBD - Vandenberg
NET H2 - NROL - TBD - Vandenberg
NET H2 - NROL - TBD - Vandenberg
NET H2 - NROL - TBD - Vandenberg
NET H2 - NROL - TBD - Vandenberg
Q4 - SXM-9 (SiriusXM-9) - Falcon 9 - Canaveral SLC-40 / Kennedy LC-39A
Q4 - first flight - Daytona - Vandenberg SLC-5
NET Q4 - ELaNA 52: AEPEX, CANVAS - Daytona - Vandenberg
NET Q4 - ViaSat 3.3 (ViaSat 3 APAC) - Falcon Heavy - Kennedy LC-39A (or December)
NET Q4 - Odin (Nova-C IM-2, CLPS-3) [Payload: PRIME-1, LRA, MSolo, TRIDENT], µNova, Lunar Trailblazer [SIMPLEx 5], Sherpa-ES 1, Brokkr-2 [Moon Lander to South Pole] - Falcon 9 - Canaveral SLC-40 / Kennedy LC-39A
  Q4   NET October 1 - dummy payload or Dream Chaser Cargo System 1st flight [DCC-1] (SNC-1): Tenacity, Shooting Star - Vulcan-VC4L (V002) - Canaveral SLC-41
October 8 - Hera, Juventas, APEX (Asteroid Prospection Explorer) - Falcon 9 - Canaveral SLC-40 / Kennedy LC-39A
October 10-30 - Europa Clipper (Orbiter) - Falcon Heavy (??, ?? X, ??) - Kennedy LC-39A
NET October 14 - Bandwagon-2: 425 Project SAR satellite F3, SC1, XCUBE-1 - Falcon 9 - Canaveral SLC-40 / Kennedy LC-39A
October - SDA T1TL-B (x21) - Falcon 9 - Vandenberg  SLC-4E
October - Transporter-12: TBD, FINCH - Falcon 9 - Canaveral / Vandenberg SLC-4E (or November)
October - LUXEOSys (NAOS) - Falcon 9 - Canaveral / Vandenberg SLC-4E (or NLT January 2025)
October - QS-1 - TBD - TBD
NET October - Blue Ghost M1 (EDS, LEXI, LISTER, LMS, LPV, LuGRE, NGLR, RAC, RadPC, SCALPSS) (CLPS, 19D) [Moon Lander to Mare Crisium] - Falcon 9 - Canaveral SLC-40 / Kennedy LC-39A
NET October - GARAI (x2) [iSIM-SAT+iSIM-170 & iSIM-90 VNIR-SWIR] - Firefly Alpha - Vandenberg SLC-2W
NET October - AX-4: Crew Dragon - Falcon 9 (LZ-1) - Kennedy LC-39A
NET October - USSF-31 - Falcon 9 - Canaveral SLC-40 / Kennedy LC-39A (or 2025)
NET October - USSF-114 - Vulcan-VC?? - Vandenberg SLC-3E (or 2025)
November - Griffin (Astrobotic) (VIPER, LRA, MSolo, NIRVSS, NSS, TRIDENT) [CLPS, 20A] [Moon Lander to South Pole] - Falcon Heavy (??, ?? X, ??) - Kennedy LC-39A
November - SDA T1TL-C (x21) - Falcon 9 - Vandenberg SLC-4E
NET December 30 - Venus Life Finder - Electron/Photon - MARS LA-0C (LC-2) or Mahia LC-1 (NZ) (or Early 2025)
December - SDA T1TL-D (x21) - Falcon 9 - Vandenberg SLC-4E
December - Dragon v2 SpX-32 (CRS-32) - Falcon 9 - Kennedy LC-39A
NET December - OTB 2 (Orbital Test Bed-2) - Firefly Alpha - Vandenberg SLC-2W (or 2025)
NET December - EOS SAR 1 - Firefly Alpha - Vandenberg SLC-2W (or 2025)
Late - Resilience (HAKUTO-R M2, iSpace Mission 2) [Rover] - Falcon 9 - Canaveral SLC-40 / Kennedy LC-39A
Late - Starlink group ?? (x??) flight ?? [V2 L01] - Super Heavy/Starship - Starbase Pad A/B (or 2025)
Late - STP-AR1 - RS1 - TBD
NET Late - USSF-106, NTS-3 (Timation-5) [Vanguard] - Vulcan-VC?? (V003) - Canaveral SLC-41 (or Early 2025)
TBD - NROL-69 - Falcon 9 - Canaveral SLC-40 / Kennedy LC-39A
TBD - EZIE 1, EZIE 2, EZIE 3 - TBD - TBD
TBD - first test launch - Rocket 4 (Astra) - TBD
TBD - commercial payload - Rocket 4 (Astra) - TBD
TBD - Cryogenic Fluid Management Demonstration - RS1 - TBD
TBD - KuiperSat - RS1 - Kennedy LC-48
TBD - KuiperSat - RS1 - Kennedy LC-48
TBD - KuiperSat - RS1 - Kennedy LC-48
TBD - commercial launch - RS1 - Vandenberg SLC-576E
TBD - commercial launch - RS1 - Vandenberg SLC-576E
TBD - GSSAP 7 - NSSL 3 - Canaveral

Rideshare:
Midyear - SunRISE (Sun Radio Interferometer Space Experiment) (x6 cubesats) - TBD - Canaveral
August 30 - SPRITE - TBD - TBD (or Late October)
Q3 - LizzieSat-2, LizzieSat-3 - TBD - TBD
December - ELaNa 42: R5-S3, R5-S5, R5-S6 - TBD - TBD
Late - Pandora - TBD - TBD (or Early 2025)
TBD - OrCa2 - TBD - TBD
TBD - Aries (x5) - TBD - TBD
TBD - Pixxel (x6) - TBD - TBD
TBD - Buccanneer Main Mission (BMM) - TBD - TBD
TBD - OSAM-2 (Archinaut One) - Falcon 9 - Vandenberg SLC-4E
TBD - ELaNa: SPARCS (Star-Planet Activity Research CubeSat) - TBD - TBD
TBD - CougSat-1 - TBD - TBD
TBD - Satellogic sats - Falcon 9 - TBD
TBD - Reliant Pro - TBD - TBD
TBD - STPSat-7 - TBD - TBD
TBD - Grissom-1 (GM1) - TBD - TBD
TBD - GTOSat - NSSL 2 - Canaveral
TBD - ELaNa: GOLF-1 - TBD - TBD
TBD - La Jument (1.5U) - TBD - TBD
TBD - La Jument (6U) - TBD - TBD
TBD - La Jument (6U) - TBD - TBD
TBD - Cadet, SHFT-2, RSat - TBD - TBD
TBD - Gunsmoke-G - TBD - TBD
TBD - Bhaarathiya-Sat - Falcon 9 - TBD
TBD - GOLF-TEE - TBD - TBD
TBD - Alba Cluster 5 [Kilimanjaro-1 (Kili-1), PyCubed-1] - TBD - TBD
TBD - Duplex - TBD - TBD
TBD - SeaLion (VSCP 1A) - TBD - TBD
TBD - Ut-ProSat 1 (VSCP 1B) - TBD - TBD
TBD - Vigoride 7 [Apogeo (x9), CUAVA-2,  FOSSA Deployer (8P capacity), HelloPod (4x 2P), OREsat-0.5, Stork-7, TROOP-F2, Waratah Seed WS-1, WREN, Zeus-2, hosted payload: Triton-X] - Falcon 9 - TBD
TBD - DOGE-1 - TBD - TBD

From Foreign Launch Site:
NET May 22 - 48th Mission "Ready, Aim, PREFIRE": PREFIRE 1 - Electron/Kick Stage - Mahia LC-1 (NZ) - 07:15
NET June 12 - 49th Mission "PREFIRE And Ice": PREFIRE 2 - Electron/Kick Stage - Mahia LC-1 (NZ)
June 10-July 9 - Kinéis 1, Kinéis 2, Kinéis 3, Kinéis 4, Kinéis 5 - Electron/Kick Stage - Mahia LC-1 (NZ)
NET June - LOXSAT 1 - Electron/Photon LEO - Mahia LC-1A (NZ)
NET June - StriX-2 - Electron/Kick Stage - Mahia LC-1 (NZ)
NET June - Hawk (x6) - Electron/Kick Stage - Mahia LC-1 (NZ) / MARS LC-2 (US)
September - Kinéis 6, Kinéis 7, Kinéis 8, Kinéis 9, Kinéis 10 - Electron/Kick Stage - Mahia LC-1 (NZ)
November - Kinéis 11, Kinéis 12, Kinéis 13, Kinéis 14, Kinéis 15 - Electron/Kick Stage - Mahia LC-1 (NZ)
December - Kinéis 16, Kinéis 17, Kinéis 18, Kinéis 19, Kinéis 20 - Electron/Kick Stage - Mahia LC-1 (NZ)
TBD - Skylark 5, Skylark 6, Skylark 7, Skylark 8 (NorthStar) - Electron/Kick Stage - Mahia LC-1 (NZ)
TBD - Skylark 9, Skylark 10, Skylark 11, Skylark 12 (NorthStar) - Electron/Kick Stage - Mahia LC-1 (NZ)
TBD - BlackSky Global Gen-3 (х2) - Electron/Kick Stage - Mahia LC-1 (NZ)
TBD - BlackSky Global Gen-3 (х2) - Electron/Kick Stage - Mahia LC-1 (NZ)
TBD - BlackSky Global Gen-3 (х2) - Electron/Kick Stage - Mahia LC-1 (NZ)
TBD - BlackSky Global Gen-3 (х2) - Electron/Kick Stage - Mahia LC-1 (NZ)
TBD - BlackSky Global Gen-3 (х2) - Electron/Kick Stage - Mahia LC-1 (NZ)
TBD - Hawk (x6) - Electron/Kick Stage - Mahia LC-1 (NZ) / MARS LC-2 (US)
TBD - StriX-4 - Electron/Kick Stage - Mahia LC-1 (NZ)
TBD - StriX-5 - Electron/Kick Stage - Mahia LC-1 (NZ)
TBD - StriX-6 - Electron/Kick Stage - Mahia LC-1 (NZ)
TBD - SL-OMV [CubeSat (x6)] - RS1 - SaxaVord Spaceport (UK)

Спойлер

2025
January - SDA T1TL-E (x21) - Falcon 9 - Vandenberg  SLC-4E
Early - Nova-C IM-3 (CLPS-5, CP-11) [Payload: CADRE, Lunar Vertex (LVx), LUSEM, MPAc] [Moon Lander to Reiner Gamma] - Falcon 9 - Canaveral SLC-40 / Kennedy LC-39A
Early - TBD, MRV, MEPs - Falcon 9 - Canaveral SLC-40 / Kennedy LC-39A
February - Cygnus NG-22 (CRS-22) - Falcon 9 - Canaveral SLC-40 / Kennedy LC-39A
February - SPHEREx, PUNCH-NFI [SMEX 15A], PUNCH-WFI1 [SMEX 15B], PUNCH-WFI2 [SMEX 15C], PUNCH-WFI3 [SMEX 15D] - Falcon-9 - Vandenberg SLC-4E (or NLT April)
February - Bandwagon-3: - Falcon 9 - Canaveral SLC-40 / Kennedy LC-39A
February - SDA T1TL-F (x21) - Falcon 9 - Vandenberg  SLC-4E
NET February - Transporter-13: TBD  - Falcon 9 - Canaveral / Vandenberg SLC-4E
NET February  - IMAP [STP-05], SWFO-L1, GLIDE, Solar Cruiser [STP-MoO-1] - Falcon 9 - Canaveral SLC-40
NET March - USCV-10: CST-100 Starliner-1 - Atlas V N22 - Canaveral SLC-41
NET March - Blue Moon MK1-SN001 - New Glenn - Canaveral SLC-36B (or NLT July)
H1 - ViaSat-3.2 (ViaSat-3 EMEA) - Atlas V 551 (AV-100) - Canaveral SLC-41
Q2 - STP-29B - Rocket 4 (Astra) - TBD
April - TRACERS A [SMEX 16A], TRACERS B [SMEX 16B] - Falcon-9 - Vandenberg SLC-4E
April - SDA T1TR-A (x7) -  Falcon-9 - Vandenberg SLC-4E
April - Rivada (x24) L1 - Falcon-9 - Vandenberg SLC-4E
April - STP-S29B - Rocket 4 (Astra) - TBD
May - AX-5: Crew Dragon - Falcon 9 (LZ-1) - Kennedy LC-39A
May - Bandwagon-4: - Falcon 9 - Canaveral SLC-40 / Kennedy LC-39A
May - EWS-OD1 (USSF-261S-A) - Minotaur IV - TBD
May - TSIS-2 - TBD - TBD
May-June - Rivada (x24) L2 - Falcon-9 - Vandenberg SLC-4E
June - SDA T1TR-B (x7) - Vulcan-VC?? - Vandenberg SLC-3E
June - Transporter-14: TBD - Falcon 9 - Canaveral / Vandenberg SLC-4E
June-July - Rivada (x24) L3 - Falcon-9 - Vandenberg SLC-4E
Midyear - Kuiper (xTBD) - Falcon 9 - Canaveral SLC-40 / Kennedy LC-39A
Midyear - first launc from Florida - Super Heavy/Starship - Kennedy LC-39A /Canaveral SLC-37B
NET Midyear - first flight - Neutron - MARS LA-0D/LP-0D (LC-3)
July - Dream Chaser Cargo System [DCC-2] (SNC-2): Shooting Star - Vulcan-VC4L - Canaveral SLC-41
July - SDA T1TR-C (x7) - Falcon 9 - Vandenberg SLC-4E
July-August - Rivada (x24) L4 - Falcon-9 - Vandenberg SLC-4E
August - SDA T1TR-D (x7) - Vulcan-VC?? - Vandenberg SLC-3E
August - Cygnus NG-23 (CRS-23) - Antares 330 - MARS LP-0A
NET August - Haven-1 - Falcon 9 - Canaveral SLC-40 / Kennedy LC-39A (or Late)
Summer - inaugural flight - Antares 330 - MARS LP-0A
August-September - Rivada (x24) L5 - Falcon-9 - Vandenberg SLC-4E
September - KOMPSAT-7A (Arirang-7A) - Falcon-9 - Canaveral SLC-40 / Kennedy LC-39A
September - Artemis II (Crewed flight of Orion around Moon) - SLS Block 1/iCPS - Kennedy LC-39B ML1
NET September - USCV-11: CST-100 Starliner-2 - Atlas V N22 - Canaveral SLC-41
NET September - Vast-1: Crew Dragon - Falcon 9 (LZ-1) - Kennedy LC-39A
September-October - Rivada (x24) L6 - Falcon-9 - Vandenberg SLC-4E
H2 - USSF-57: NGG-1 (NG-OPIR-GEO 1) -  Vulcan-VC?? - Canaveral SLC 41
NET H2 - Kuiper (xTBD) - Falcon 9 - Canaveral SLC-40 / Kennedy LC-39A
NET H2 - Kuiper (xTBD) - Falcon 9 - Canaveral SLC-40 / Kennedy LC-39A
NET October - Dragon v2 SpX-33 (CRS-33) - Falcon 9 - Kennedy LC-39A
NET October - Transporter-15: TBD  - Falcon 9 - Canaveral / Vandenberg SLC-4E
October-November - Rivada (x24) L7 - Falcon-9 - Vandenberg SLC-4E
November  - Sentinel-6B (Jason-CS-B) - Falcon 9 - Vandenberg SLC-4E
November-December - Rivada (x24) L8 - Falcon-9 - Vandenberg SLC-4E
Late - GPS III SV09 (Ellison Onizuka) - Vulcan-VC0S - Canaveral SLC-41
TBD - Astranis Block 3: Apco 1, Apco 2, Andesat 1, Thaicom-9, Orbith-1 - Falcon 9 (TBD) - Canaveral SLC-40 / Kennedy LC-39A (TBD)
TBD - USSF-36 - Falcon 9 - Canaveral SLC-40 / Kennedy LC-39A
TBD - O3b mPower 9, O3b mPower 10, O3b mPower 11 - Falcon 9 - Canaveral SLC-40 / Kennedy LC-39A
TBD - SDA T1TR-E (x7) - Falcon 9 - Vandenberg SLC-4E (or 2026)
TBD - USSF-70 - Falcon 9 - Canaveral SLC-40 / Kennedy LC-39A (or 2026)
TBD - USSF-75 - Falcon 9 - Canaveral SLC-40 / Kennedy LC-39A (or 2026)
TBD - NROL-77 - Falcon 9 - Canaveral SLC-40 / Kennedy LC-39A (or 2026)
TBD - Skynet 6A - Falcon-9 - Canaveral SLC-40 / Kennedy LC-39A
TBD - Spainsat NG-2 - Falcon 9 - Canaveral SLC-40 / Kennedy LC-39A
TBD - 425 Project SAR satellite F4 - Falcon 9 - Canaveral SLC-40 / Kennedy LC-39A / Vandenberg  SLC-4E
TBD - 425 Project SAR satellite F5 - Falcon 9 - Canaveral SLC-40 / Kennedy LC-39A / Vandenberg  SLC-4E
TBD - KOREASAT 6A - Falcon-9 - Canaveral SLC-40 / Kennedy LC-39A
TBD - CAS500-2, CAS500-4 - Falcon 9 - Vandenberg SLC-4E
TBD - SpaceEye-T - Falcon 9 - Canaveral SLC-40 / Kennedy LC-39A / Vandenberg SLC-4E
TBD - Starlink group ?? (x??) flight ?? [V3 L01] - Super Heavy/Starship - Kennedy LC-39A /Canaveral SLC-37B  / Starbase Pad A/B
TBD - SpaceX Uncrewed Lunar Demo - Super Heavy/Starship - Kennedy LC-39A /Canaveral SLC-37B/Starbase Pad A/B (or H1 2026)
TBD - SpaceX tanker [multiple launches] - Super Heavy/Starship - Kennedy LC-39A / Canaveral SLC-37B/Starbase Pad A/B (or H1 2026)
TBD - STP-5 (x2) - Vulcan-VC?? - Canaveral SLC-41 (or 2026)
TBD - USSF-25 - Vulcan-VC?? - Canaveral SLC-41 (or 2026)
TBD - USSF-95: MTC prototype - Vulcan-VC?? - Canaveral SLC-41 (or 2026)
TBD - NROL-56 - Vulcan-VC?? - Canaveral SLC-41 (or 2026)
TBD - NROL-73 - Vulcan-VC?? - Vandenberg SLC-3E (or 2026)
TBD - NROL-100 - Vulcan-VC?? - Vandenberg SLC-3E (or 2026)
TBD - NROL-109 - Vulcan-VC?? - Canaveral SLC-41 (or 2026)
TBD - NROL-118/SILENTBARKER 2: SILENTBARKER 2-1, SILENTBARKER 2-2, SILENTBARKER 2-3 - Vulcan-VC6 - Canaveral SLC-41 (or 2026)
TBD - Gateway: PPE + HALO - Falcon Heavy (??, ?? X, ??) - Kennedy LC-39A
TBD - Kuiper (xTBD) - Atlas V 551 - Canaveral SLC-41
TBD - Kuiper (xTBD) - Atlas V 551 - Canaveral SLC-41
TBD - Kuiper (x45) - Vulcan-VC6L - Canaveral SLC-41
TBD - Kuiper (x45) - Vulcan-VC6L - Canaveral SLC-41
TBD - Kuiper (x45) - Vulcan-VC6L - Canaveral SLC-41
TBD - Kuiper (x45) - Vulcan-VC6L - Canaveral SLC-41
TBD - Kuiper (x45) - Vulcan-VC6L - Canaveral SLC-41
TBD - Kuiper (x45) - Vulcan-VC6L - Canaveral SLC-41
TBD - Kuiper (x45) - Vulcan-VC6L - Canaveral SLC-41
TBD - Kuiper (x45) - Vulcan-VC6L - Canaveral SLC-41
TBD - Kuiper (x45) - Vulcan-VC6L - Canaveral SLC-41
TBD - Kuiper (x45) - Vulcan-VC6L - Canaveral SLC-41
TBD - Kuiper (x45) - Vulcan-VC6L - Canaveral SLC-41
TBD - Kuiper (x45) - Vulcan-VC6L - Canaveral SLC-41
TBD - Kuiper (x45) - Vulcan-VC6L - Canaveral SLC-41
TBD - Kuiper (x45) - Vulcan-VC6L - Canaveral SLC-41
TBD - Kuiper (x45) - Vulcan-VC6L - Canaveral SLC-41
TBD - Kuiper (x45) - Vulcan-VC6L - Canaveral SLC-41
TBD - Kuiper (x45) - Vulcan-VC6L - Canaveral SLC-41
TBD - Kuiper (x45) - Vulcan-VC6L - Canaveral SLC-41
TBD - Kuiper (x45) - Vulcan-VC6L - Canaveral SLC-41
TBD - Kuiper (x45) - Vulcan-VC6L - Canaveral SLC-41
TBD - Kuiper (x45) - Vulcan-VC6L - Canaveral SLC-41
TBD - Kuiper (x45) - Vulcan-VC6L - Canaveral SLC-41
TBD - Kuiper (x45) - Vulcan-VC6L - Canaveral SLC-41
TBD - Kuiper (x45) - Vulcan-VC6L - Canaveral SLC-41
TBD - Kuiper (x45) - Vulcan-VC6L - Canaveral SLC-41
TBD - Kuiper (x45) - Vulcan-VC6L - Canaveral SLC-41
TBD - GPS III SV07 (Navstar 80, Sally Ride) - Vulcan-VC0S - Canaveral SLC-41
TBD - GPS III SV08 (Navstar 81, Katherine Johnson) - Vulcan-VC0S - Canaveral SLC-41
TBD - NROL-64 - Vulcan-VC?? - Canaveral SLC-41
TBD - NROL-83 - Vulcan-VC?? - Vandenberg SLC-3E
TBD - WGS-11+ - Vulcan-VC2L - Canaveral SLC-41
TBD - USSF-16 - Vulcan-VC?? - Canaveral SLC-41
TBD - USSF-23 - Vulcan-VC?? - Canaveral SLC-41
TBD - USSF-43 - Vulcan-VC?? - Canaveral SLC-41
TBD - TacRS-4: Victus Haze (Rocketlab satellite with Pioneer bus) - Electron/Kick Stage - MARS LA-0C (LC-2) / Mahia LC-1 (NZ)
TBD - Lockheed Martin mission - Firefly Alpha - TBD
TBD - TBD - Firefly Alpha - Canaveral SLC-20
TBD - TBD - Firefly Alpha - Canaveral SLC-20
TBD - inaugural flight - Shockwave - Kennedy LC-48
TBD - first flight - MLV - MARS LP-0A
TBD - first flight - Laguna - TBD
TBD - COSI [SMEX 17] - NSSL 3 - TBD
TBD - IM-4 (CLPS) [Payload: MPR-1] - TBD - TBD
TBD - CS-3 [LuSEE-Night] (CLPS) [Moon Lander to Lunar Far Side] - TBD - TBD

Rideshare:
TBD - LizzieSat-5, LizzieSat-6 - Falcon-9 - TBD
TBD - Max Space 20 - Falcon-9 - TBD
TBD - Binar Prospector (x2) [CLPS] - TBD - TBD
TBD - Aries (x20) - TBD - TBD
TBD - Pixxel (x18) - TBD - TBD
TBD - TETRA-5A, TETRA-5B, TETRA-5C - TBD - TBD
TBD - Aspera - TBD - TBD
TBD - StarBurst - TBD - TBD
TBD - STPSat-8 - TBD - TBD
TBD - Spectre vehicle - TBD - TBD (or 2026)

From Foreign Launch Site:
NET January - NZSA Venus mission - Electron/Photon Venus - Mahia LC-1 (NZ)
February - Kinéis 21, Kinéis 22, Kinéis 23, Kinéis 24, Kinéis 25 - Electron/Kick Stage - Mahia LC-1 (NZ)

2026
January-February - Rivada (x24) L9 - Falcon-9 - Vandenberg SLC-4E
February - USCV-12: Crew Dragon (Crew-10) - Falcon 9 (LZ-1) - Kennedy LC-39A
NET February - Cygnus NG-24 (CRS-24) - Antares 330 - MARS LP-0A
February-March - Rivada (x24) L10 - Falcon-9 - Vandenberg SLC-4E
NET H1 - APEX 1.0 lander (Draper) [FSS, LITMS, LuSEE-Lite] [iSpace Mission 3, CLPS, CP-12] [Moon Lander to Schrödinger Basin] - TBD - TBD
NET H1 - STP-S30 - Electron/Kick Stage - MARS LA-0C (LC-2)
April-May - Rivada (x24) L11 - Falcon-9 - Vandenberg SLC-4E
June - Rivada (x24) L12 - Falcon-9 - Vandenberg SLC-4E
NET June - Dragon v2 SpX-34 (CRS-34) - Falcon 9 - Kennedy LC-39A
Midyear - FLEX rover - Super Heavy/Starship HLS - Kennedy LC-39A /Canaveral SLC-37B/Starbase Pad A/B
NET July - Dream Chaser Cargo System (DCC-3): Shooting Star - Vulcan-VC4L - Canaveral SLC-41
August - USCV-13: CST-100 Starliner-3 - Atlas V N22 - Canaveral SLC-41
NET August - Cygnus NG-25 (CRS-25) - Antares 330 - MARS LP-0A
September - Artemis III (Landing the first astronauts on the lunar South Pole) - SLS Block 1/iCPS - Kennedy LC-39B ML1 (or 2027)
September - SpaceX Crewed Lunar Demo - Super Heavy/Starship HLS - Kennedy LC-39A /Canaveral SLC-37B/Starbase Pad A/B
September - SpaceX tanker [multiple launches] - Super Heavy/Starship - Kennedy LC-39A /Canaveral SLC-37B/Starbase Pad A/B
Q4 - SDA T2TL-A (x12) - Falcon 9 - Vandenberg  SLC-4E
NET Q4 - SDA T2TL-B (x12) - Vulcan-VC?? - Vandenberg SLC-3E
NET Q4 - SDA T2TL-C (x12) - Falcon 9 - Vandenberg  SLC-4E
NET October - Dragon v2 SpX-35 (CRS-35) - Falcon 9 - Kennedy LC-39A
November  - INCUS [EVM-3] - NLSP III - TBD
Late - Series 3 lander [iSpace Mission 6] - TBD - TBD
Late - AxHab 1 - New Glenn - Canaveral SLC-36B
TBD - Blue Moon MK1-SN002 - New Glenn - Canaveral SLC-36B
TBD - O3b mPower 12, O3b mPower 13 - Falcon 9 - Canaveral SLC-40 / Kennedy LC-39A
TBD - Arabsat 7A - Falcon 9 - Canaveral SLC-40 / Kennedy LC-39A
TBD - Crewed Dream Chaser - Vulcan-VC4L - Canaveral SLC-41
TBD - Impulse Space Mars Lander - Terran R (first flight) - Canaveral SLC-16
TBD - OneWeb Gen 2 (xTBD) - Terran R - Canaveral SLC-16
TBD - GPS III SV10 (Hedy Lamarr) - Falcon 9 - Canaveral SLC-40
TBD - GPS IIIF-01 (SV11) - Falcon Heavy - Canaveral SLC-37B/LC-39A
TBD - LEO comsat (TASA) - Falcon 9 - Canaveral SLC-40 / Kennedy LC-39A
TBD -  L3Harris L1 - Firefly Alpha - Vandenberg SLC-2W
TBD -  L3Harris L2 - Firefly Alpha - Vandenberg SLC-2W
TBD -  L3Harris L3 - Firefly Alpha - Vandenberg SLC-2W
TBD - CBAS-3 - NSSL 3 - Canaveral
TBD - Lunar Lander (iSpace mission 3), two communication relay satellites - TBD - TBD
TBD - Canadian lunar rover - TBD - TBD
TBD - Elytra Dark orbital vehicle [Blue Ghost M2 (LuSEE-Night, UT) [Moon Lander to Lunar Far Side], Lunar Pathfinder] - TBD - TBD
TBD - CP-21 (CLPS) [Moon Lander to Gruithuisen Domes] - TBD - TBD
TBD - CP-22 (CLPS) [Moon Lander to South Pole deliver a drill] - TBD - TBD
TBD - CP-31 (CLPS) - TBD - TBD
TBD - Lunar Sample Return - TBD - Canaveral
TBD - QuickSounder - NLSP III - Vandenberg
TBD - Aries (x100) - TBD - TBD
TBD -  Otter (Starfish Space) - TBD - TBD

Rideshare:
Q1 - Ultrasat - NSSL 3 - Canaveral
May 29 - ROOSTER-4 (LDPE-4) - NSSL 2 - TBD

2027
February - USCV-14: Crew Dragon (Crew-11) - Falcon 9 (LZ-1) - Kennedy LC-39A
H1 - SDA T2TL-D (x12) - NSSL 3 - TBD
H1 - SDA T2TL-E (x12) - NSSL 3 - TBD
H1 - SDA T2TL-F (x12) - NSSL 3 - TBD
H1 - SDA T2TL-G (x12) - NSSL 3 - TBD
H1 - SDA T2TL-H (x12) - NSSL 3 - TBD
H1 - SDA T2TL-I (x12) - NSSL 3 - TBD
May - NGRST (WFIRST-AFTA) [Astrophysics Decadal Mission Astro-1] - Falcon Heavy (??, ?? X, ??) -  Kennedy LC-39A
June - Europa Lander (Lander/Rover) - SLS Block 1B/EUS - Kennedy LC-39B
NET June - Dragon v2 SpX-36 (CRS-36) - Falcon 9 - Kennedy LC-39A
Midyear - MoonBEAM (Moon Burst Energetics All-sky Monitor) [Astro-MoO-05 Candidate] - NLSP III - TBD
NET July - Dream Chaser Cargo System (DCC-4): Shooting Star - Vulcan-VC4L - Canaveral SLC-41
August - USCV-15: CST-100 Starliner-4 - Atlas V N22 - Canaveral SLC-41
September - NEO Surveyor (Near Earth Object Surveyor) - NLSP III - TBD (or NLT June 2028
NET September - GDC (Geospace Dynamics Constellation) - NSSL 3 - TBD
NET October - Dragon v2 SpX-37 (CRS-37) - Falcon 9 - Kennedy LC-39A
November - JPSS-3 (PFO) - NLSP III - Vandenberg (or January 2028)
TBD - Superbird-9 - Super Heavy/Starship - Kennedy LC-39A /Canaveral SLC-37B/Starbase Pad A/B
TBD - AxHab 2 - New Glenn - Canaveral SLC-36B
TBD - Axiom Free Flyer  - TBD - TBD
TBD - NGP-1 (NG-OPIR-Polar 1) - Falcon-9/Vulcan-VC?? - Canaveral SLC 40/41 (or NLT September)
TBD - NGG-2 (NG-OPIR-GEO 2) - Falcon-9/Vulcan-VC?? - Canaveral SLC 40/41
TBD - Lunar Lander (iSpace mission 4) - TBD - TBD
TBD - CP-32 (CLPS) - TBD - TBD
TBD - CP-41 (CLPS) - TBD - TBD
TBD - CT-1 (CLPS) - TBD - TBD
TBD - USSF-25: DRACO  - Vulcan-VC?? - Canaveral SLC-41
TBD - GSSAP 8 - NSSL 3 - Canaveral
TBD - Oracle - NSSL 3 - TBD

2028
February - USCV-16: Crew Dragon (Crew-12) - Falcon 9 (LZ-1) - Kennedy LC-39A
NET June - Dragon v2 SpX-38 (CRS-38) - Falcon 9 - Kennedy LC-39A
Midyear - UVEX (UltraViolet EXplorer) [Astro-MIDEX-03 Mission Candidate] - NLSP III - TBD
Midyear - STAR-X (Survey and Time-domain Astrophysical Research Explorer) [Astro-MIDEX-03 Mission Candidate] - NLSP III - TBD
July- Dragonfly [New Frontiers-4] - Falcon Heavy (TBD) - Kennedy LC-39A (TBD)
NET July - Dream Chaser Cargo System (DCC-5): Shooting Star - Vulcan-VC4L - Canaveral SLC-41
August - USCV-17: CST-100 Starliner-5 - Atlas V N22 - Canaveral SLC-41
September - Artemis IV (Crewed flight of Orion for Gateway with I-Hab, crew landing) - SLS Block 1B/EUS - Kennedy LC-39B ML2
September - SpaceX Crewed Lunar Lander - Super Heavy/Starship HLS - Kennedy LC-39A /Canaveral SLC-37B/Starbase Pad A/B
September - SpaceX tanker - Super Heavy/Starship multiple launches - Kennedy LC-39A /Canaveral SLC-37B/Starbase Pad A/B
Q4 - ExoMars RSP (CM+EDLM (European rover)) - Falcon Heavy / Super Heavy/Starship - Kennedy LC-39A
NET October - Dragon v2 SpX-39 (CRS-39) - Falcon 9 - Kennedy LC-39A
Late - Blue Moon MK2 SN001 lander uncrewed demo - New Glenn - Canaveral SLC-36B
TBD - Gateway: Dragon XL DSL-1 - Falcon Heavy (??, ?? X, ??) - Kennedy LC-39A
TBD - LEO comsat (TASA) - Falcon 9 - Canaveral SLC-40 / Kennedy LC-39A
TBD - NGG-3 (NG-OPIR-GEO 3) - Falcon-9/Vulcan-VC?? - Canaveral SLC 40/41
TBD - WSF-M 2 - NSSL 3 - Vandenberg
TBD - HelioSwarm (hub + 8 small satellites) [Helio-MIDEX-1] - NLSP III - TBD
TBD - SW Next L1-A - NLSP III - TBD
TBD - Lunar Lander (iSpace mission 5) - TBD - TBD
TBD - CP-42 (CLPS) - TBD - TBD
TBD - CP-51 (CLPS) - TBD - TBD
TBD - Starlab - Super Heavy/Starship - Kennedy LC-39A /Canaveral SLC-37B/Starbase Pad A/B

2029
January - WGS-12  - NSSL 3 - Canaveral
February - USCV-18: Crew Dragon (Crew-13) - Falcon 9 (LZ-1) - Kennedy LC-39A
NET June - Dragon v2 SpX-38 (CRS-38) - Falcon 9 - Kennedy LC-39A
NET July - Dream Chaser Cargo System (DCC-6): Shooting Star - Vulcan-VC4L - Canaveral SLC-41
August - USCV-19: CST-100 Starliner-6 - Atlas V N22 - Canaveral SLC-41
September - Artemis V (Crewed flight of Orion for Gateway and lunar landing with ESPRIT) - SLS Block 1B/EUS - Kennedy LC-39B ML2
September - Blue Moon MK2 SN002 lander crewed demo - New Glenn - Canaveral SLC-36B
Q4 - DAVINCI+ (Deep Atmosphere Venus Investigation of Noble gases, Chemistry, and Imaging): Orbiter + Descent probe [Discovery 16] - NLSP III - TBD
TBD - Gateway: Dragon XL DSL-2, GERS - Falcon Heavy (??, ?? X, ??) - Kennedy LC-39A
TBD - LTV - commercial launch - Canaveral
TBD - NGP-2 (NG-OPIR-Polar 2) - Falcon-9/Vulcan-VC?? - Canaveral SLC 40/41
TBD - Lunar Lander (iSpace mission 6) - TBD - TBD
TBD - CP-52 (CLPS) - TBD - TBD
TBD - CP-61 (CLPS) - TBD - TBD
TBD - CP-62 (CLPS) - TBD - TBD
TBD - AOS-Storm - TBD - TBD
TBD - PMM - TBD - TBD

2030
June - USCV-20: Crew Dragon (Crew-14) - Falcon 9 (LZ-1) - Kennedy LC-39A
September - Artemis VI (Crewed flight of Orion to Moon with Airlock) - SLS Block 1B/EUS - Kennedy LC-39B ML2
Late - Landsat Next (x3) - NLSP III - Vandenberg
TBD - DSL-3 - commercial launch - Canaveral
TBD - HLS (TBD) - commercial launch - Canaveral
TBD - Lunar Lander (iSpace mission 7) - TBD - TBD
TBD - CT-2 (CLPS) - TBD - TBD
TBD - USDV - TBD - TBD

2031
September - Artemis VII (Cargo mission to Moon) - SLS Block 1B/EUS - Kennedy LC-39B ML2
TBD - DSL-4 - commercial launch - Canaveral
TBD - HLS (TBD) - commercial launch - Canaveral
TBD - Pressurized Rover via Cargo Lander - commercial launch - Canaveral
TBD - Surface logistics - commercial launch - Canaveral
TBD - Surface Habitat - commercial launch - Canaveral
TBD - Lunar Lander (iSpace mission 8 ) - TBD - TBD
TBD - AOS-Sky - TBD - TBD
TBD - HAWCsat - TBD - TBD
TBD - VERITAS [Discovery 15] - NLSP III - TBD

2032
September (TBD) - Artemis VIII (Crewed mission of Orion) - SLS Block 1B/EUS - Kennedy LC-39B
December - JPSS-4 (PFO) - NLSP III - Vandenberg (or January 2033)
TBD - Lunar Lander (iSpace mission 9) - TBD - TBD
TBD - GEO-West (GeoXO1) - NLSP III - Canaveral (or 2033)
TBD - SW Next L1-B - NLSP III - TBD
TBD - Cryogenic Chemical Propulsion Stage (NASA's Crewed Mars Mission) - SLS Block 2 Cargo - Kennedy LC-39B
TBD - Fission Surface Power (NASA's Crewed Mars Mission) - SLS Block 2 Cargo - Kennedy LC-39B

2033
September (TBD) - Artemis IX (Cargo mission) - SLS Block 2/EUS - Kennedy LC-39B
TBD - ESS - NLSP III - Canaveral
TBD - Lunar Lander (iSpace mission 10) - TBD - TBD
TBD - 25t lander (NASA's Crewed Mars Mission) - SLS Block 2 Cargo - Kennedy LC-39B
TBD - Cryogenic Chemical Propulsion Stage (NASA's Crewed Mars Mission) - SLS Block 2 Cargo - Kennedy LC-39B

2034
September (TBD) - Artemis X (Crewed mission of Orion) - SLS Block 2/EUS - Kennedy LC-39B
TBD - The Carl Sagan Observatory - NLSP III - TBD
TBD - Lunar Lander (iSpace mission 11) - TBD - TBD
TBD - Mars Ascent Vehicle (NASA's Crewed Mars Mission) - SLS Block 2 Cargo - Kennedy LC-39B
TBD - 25t lander (NASA's Crewed Mars Mission) - SLS Block 2 Cargo - Kennedy LC-39B

2035
September (TBD) - Artemis XI (Crewed mission of Orion) - SLS Block 2/EUS - Kennedy LC-39B
TBD - Cryogenic Chemical Propulsion Stage (NASA's Crewed Mars Mission) - SLS Block 2 Cargo - Kennedy LC-39B
TBD - Pressurized Rover (NASA's Crewed Mars Mission) - SLS Block 2 Cargo - Kennedy LC-39B
TBD - SRL-MAV (with STA and two sample recovery helicopters) [MSR] - Vulcan-VC?? - Canaveral SLC-41

2036
TBD - GEO-East (GeoXO2) - NLSP III - Canaveral
TBD - 25t lander (NASA's Crewed Mars Mission) - SLS Block 2 Cargo - Kennedy LC-39B
TBD - Transit Habitat (NASA's Crewed Mars Mission) - SLS Block 2 Cargo - Kennedy LC-39B

2037
TBD - Nuclear Electric Propulsion Stage (NASA's Crewed Mars Mission) - SLS Block 2 Cargo - Kennedy LC-39B
TBD - Nuclear Electric Propulsion Stage (NASA's Crewed Mars Mission) - SLS Block 2 Cargo - Kennedy LC-39B

2038
TBD - Cryogenic Chemical Propulsion Stage (NASA's Crewed Mars Mission) - SLS Block 2 Cargo - Kennedy LC-39B
TBD - Checkout Crew (NASA's Crewed Mars Mission) - SLS Block 2 Crew - Kennedy LC-39B

2039
TBD - Mars Crew (NASA's Crewed Mars Mission) - SLS Block 2 Crew - Kennedy LC-39B

2041
TBD - Mars Crew Return (NASA's Crewed Mars Mission) - SLS Block 2 Crew - Kennedy LC-39B

[свернуть]

Statistics (active):
Antares                    - 18 (WI - 18)
Astra Rocket              -  7 (Kd - 5; СС - 2)
Atlas V                      - 99 (СС - 82; Va - 17)
Delta IV Heavy        -  16 (СС - 11; Va - 5)
Electron                  -  47 (Ma - 43, WI - 4)
Falcon 9                  - 334 (СС - 184; KSC - 74; Va - 76)
Falcon Heavy          -    9 (KSC - 9)
Firefly Alpha            -    4 (Va - 4)
Launcherone          -    6 (Mo - 5; Nq - 1)
Minotaur                -  19 (СС - 1; Va - 7; WI - 9; Kd - 2)
Minotaur-C            -  11 (Va - 11)
Pegasus                -  45 (СС - 7; Va - 22; WI - 6; Ed - 5; Kw - 4; Ga - 1)
SLS                        -    1 (KSC - 1)
Starship                  -    3 (BC - 3)
Terran 1                  -    1 (CC - 1)
Vulcan                    -    1 (CC - 1)

Orbital US Launches: 2084
US Launch Site: 1974 (СС - 924; Va - 750; WI - 51; KSC - 235; Kd - 9; Om - 5; Ka - 1)
Air Launch: 57 (CL - 6; Ed - 5; KSC - 1; Va - 22; WI - 6; Ga -1; CC- 6; Kw - 4; Mo - 5; Nq - 1)
Foreign Launch Site: 52 (SM - 9; Ma - 43)

Suborbital Launches: 4 (BC - 3; WI - 1)

Launched / Delivered to Orbit Satellites: 11058/10785
US Launch Site: 10713/10469 (СС - 5407/5323; Va - 3067/2962; WI - 311/278; KSC - 1874/1871; Kd - 36/34; Om - 5/1; Ka - 13/0)
Air Launch: 143/125 (CL - 6/0; Ed - 12/12; KSC - 2/2; Va - 28/26; WI - 34/34; Ga -1/1; CC- 13/13; Kw - 4/4; Mo - 34/33; Nq - 9/0)
Foreign Launch Site: 202/191 (SM - 9/9; Ma - 193/182)

BC - Boca Chica; CC - Cape Canaveral; CL - Naval Air Weapons Station China Lake; Ed - Edwards AFB; Ga - Base Aerea de Gando; Ka - Kauai; Kd - Kodyak; KSC - Kennedy Space Center; Kw - Kwajalein Atoll; Ma - Mahia NZ; Mo - Mojave Air and Space Port; Nq - Newquay; Om - Omelek; SM - San Marco; Va - Vandenberg SFB; WI - Wallops Flight Facility

Changes on May 13th
Changes on May 14th