VOLTAR PARA PÁGINA INICIAL
PRÓXIMOS LANÇAMENTOS
Acompanhe os próximos lançamentos espaciais programados. Fique por dentro das missões que estão prestes a decolar e expandir nosso conhecimento do cosmos.
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Carregando lançamentos...
Acompanhe os próximos lançamentos espaciais programados. Fique por dentro das missões que estão prestes a decolar e expandir nosso conhecimento do cosmos.
Carregando lançamentos...
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This mission carries a verification satellite for South Korea’s new government-backed microsatellite constellation, flying from Rocket Lab’s launch site on the Māhia Peninsula in New Zealand. Built jointly by Satrec Initiative, KAIST’s Satellite Technology Research Center, and KARI, it supports the country’s first mass-produced satellite system dedicated to high-precision monitoring of the Korean Peninsula and follows an initial prototype satellite that is already in orbit.
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Artemis II is NASA’s first crewed mission of the Artemis program and will send four astronauts—Reid Wiseman, Victor Glover, Christina Hammock Koch, and Jeremy Hansen—on a lunar flyby and return to Earth. The flight is designed as a crewed test of the Orion spacecraft and associated mission systems following the uncrewed Artemis I mission. Key objectives include validating Orion’s crew life support and operational readiness in deep-space conditions, performing in-flight checkouts and crew procedures, and executing a lunar free-return trajectory before Earth reentry and ocean recovery. The mission also incorporates international contributions, including the European Service Module that provides propulsion, power, and consumables for Orion. Along with the four crew members, four CubeSats will ride along as secondary payloads: - TACHELES from the German space agency DLR - ATENEA from Argentina’s space agency CONAE - K-RadCube from the Korea AeroSpace Administration - Space Weather CubeSat-1 from the Saudi Space Agency
Elektro-L is an advanced Russian heavy meteorological satellite. Its mission will help in weather forecasting, studying seas and oceans, navigating aircraft and ships, as well as researching the ionosphere and magnetic fields.
USSF-87 is a U.S. Space Force mission to deploy two Geosynchronous Space Situational Awareness Program (GSSAP) satellites—commonly referenced as GSSAP-7 and GSSAP-8—into geosynchronous orbit. The satellites are intended to support space domain awareness by observing and characterizing objects and activity in the geosynchronous region.
First flight of the rocket in its Ariane 64 configuration, which features four P120C boosters, and is capable of delivering payloads of up to 21.6 tonnes to LEO. The flight will also be the first to utilise the 20-metre-long fairing, to encompass 32 Amazon Leo satellites.
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Second test flight of Isar Aerospace's Spectrum launch vehicle. Includes several payloads for ESA's "Boost!" program, including for various European universities.
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Progress MS-33 is a Roscosmos cargo mission to resupply the International Space Station. NASA identifies the spacecraft as Progress 94 (ISS mission 94P). The vehicle is planned to rendezvous and dock autonomously with the ISS, targeting the space-facing (zenith) port of the Poisk module. As a Progress MS-series freighter, it is intended to deliver a mix of pressurized cargo (crew supplies and station hardware) and tanked commodities (such as propellant and other fluids/gases used for station support), then later depart with refuse for disposal at the end of the mission. Planning for this flight has been affected by damage at Baikonur’s Site 31/6 discovered after a prior Soyuz launch, which drove schedule adjustments and downstream ISS logistics changes.
Soyuz-5, also known as Irtysh, is the new generation medium-class launch vehicle developed by Russia in cooperation with Kazakhstan to replace the Zenit-2 and Proton Medium launch vehicles, and to keep Baikonur cosmodrome operational while Vostochny cosmodrome takes on the role of the main Russian spaceport. It was previously known as project Sunkar/Fenix. The first stage of this launch vehicle will be used in the planned super-heavy Yenisey rocket, capable of lifting 100 tons of payload to low Earth orbit, and is considered the first stage in achieving this goal. Live firing tests of the fully intergrated first stage of Soyuz-5 were completed in March 2025. It is currently unclear whether the test flight will carry a mass simulator or a functional payload.
After the successful flights 10 and 11 saw the last iterations of the so-called block or version 2 of the booster as well as the ship, Booster 18 was destroyed during testing so Starship Flight 12 is using Booster 19 and Ship 39, the first vehicles of block or version 3. Version 3 is capable of orbital flights and prepared to start testing refueling in space and several other capabilities.
The first orbital flight of Starship (previously code-named BFR and ITS). Sub-orbital flight tests are currently ongoing. According to Elon Musk, this would be the first catch of a Ship.
Uncrewed (i.e., regarding humans) orbital test flight of the GaganYaan crew capsule. Onboard will be a humanoid robot named "Vyommitra" in order to conduct microgravity experiments and monitor module parameters.
Launching six South Korean earth observation into a Sun-Synchronous Orbit.
The first of many planned Amazon Leo communication satellites on a Vulcan rocket. 45 satellites will ride on top of an optimized Centaur V upper stage.
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95th Progress cargo delivery to the International Space Station (95P)
The first operational mission of the Starliner spacecraft will be the cargo only test flight to the ISS, after which it will be decided if the next mission (Starliner-2) will carry the crew. NASA and Boeing signed an agreement reducing the initial 6 crewed missions of the Staliner to only 4, but with an option of additional 2 flights, also the incoming cargo mission was included in these 4 crewed.
joint mission between the European Space Agency and the Chinese Academy of Sciences that studies the interaction of Earth’s protective shield – the magnetosphere – and the supersonic solar wind.
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