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$RKLB Mars Telecommunications Orbiter will provide the communications backbone for missions to Mars. Enabling everything from scientific research to human exploration on the Red Planet.

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Shay Boloor

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53,791 görüntüleme • 5 ay önce •via X (Twitter)

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Searching for signs of ancient life, understanding the Red Planet's climate and geology, and preparing for future human exploration. NASA's ambitious and important goals at Mars require reliable communications. Rocket Lab's Mars Telecommunications Orbiter makes that possible on a rapid timeline.
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Searching for signs of ancient life, understanding the Red Planet's climate and geology, and preparing for future human exploration. NASA's ambitious and important goals at Mars require reliable communications. Rocket Lab's Mars Telecommunications Orbiter makes that possible on a rapid timeline.

Rocket Lab

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Human exploration and science at Mars relies on a robust telecommunications network. Rocket Lab’s Mars Telecommunications Orbiter will make that possible. Proven hardware. Proven team. Proven Mars experience. We're Mars tested and MTO ready.
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Human exploration and science at Mars relies on a robust telecommunications network. Rocket Lab’s Mars Telecommunications Orbiter will make that possible. Proven hardware. Proven team. Proven Mars experience. We're Mars tested and MTO ready.

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A quarter of a century of science. Last week, NASA Solar System's Mars Odyssey orbiter celebrated the 25th anniversary of its launch to the Red Planet. Since then, the orbiter has become a workhorse enabling valuable science and communications relay at Mars.
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A quarter of a century of science. Last week, NASA Solar System's Mars Odyssey orbiter celebrated the 25th anniversary of its launch to the Red Planet. Since then, the orbiter has become a workhorse enabling valuable science and communications relay at Mars.

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Meet Blue Origin's Mars Telecommunications Orbiter (MTO), a high-performance spacecraft built upon our existing and affordable Blue Ring platform that is ready to support NASA’s Mars mission in 2028. The orbiter builds upon Blue Origin’s Mars Next-Generation Relay and Mars Sample Return architecture commercial proposals and creates a high-speed telecommunications relay network for coverage between Earth and Mars. Our orbiter's hybrid propulsion, maneuvering capability, and capacity greatly expand the windows to get to the Red Planet. MTO also provides powerful edge and AI computing benefits to help with Mars science and exploration missions. Learn more:
1:37

Meet Blue Origin's Mars Telecommunications Orbiter (MTO), a high-performance spacecraft built upon our existing and affordable Blue Ring platform that is ready to support NASA’s Mars mission in 2028. The orbiter builds upon Blue Origin’s Mars Next-Generation Relay and Mars Sample Return architecture commercial proposals and creates a high-speed telecommunications relay network for coverage between Earth and Mars. Our orbiter's hybrid propulsion, maneuvering capability, and capacity greatly expand the windows to get to the Red Planet. MTO also provides powerful edge and AI computing benefits to help with Mars science and exploration missions. Learn more:

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Accelerate science. Expand discovery. Drastically improve affordability. Blue Ring is a science multiplier. By reducing costs through bulk buy options, it expands access across the inner solar system, from Earth science and planetary defense to lunar and Mars exploration, with our Mars Telecommunications Orbiter (MTO). This versatile platform enables missions that were once cost-prohibitive, establishing critical infrastructure from Earth orbit to the Moon, Mars, and beyond. Learn more:
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Accelerate science. Expand discovery. Drastically improve affordability. Blue Ring is a science multiplier. By reducing costs through bulk buy options, it expands access across the inner solar system, from Earth science and planetary defense to lunar and Mars exploration, with our Mars Telecommunications Orbiter (MTO). This versatile platform enables missions that were once cost-prohibitive, establishing critical infrastructure from Earth orbit to the Moon, Mars, and beyond. Learn more:

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By providing both propulsion for delivery and Earth communications, Blue Ring MTO dramatically simplifies requirements for orbiters and landed assets at Mars, allowing them to focus on exploration, science, and scouting rather than basic infrastructure. Next-generation high-resolution imagery, weather and dust storm monitoring, and ice mapping for fuel resources and ice science are essential for enabling human landing and advancing Mars understanding. Blue Ring MTO’s infrastructure significantly reduces the complexity, cost, and risk of these missions, enabling swarms of lower-cost, smaller missions to perform next-generation science at Mars.
1:43

By providing both propulsion for delivery and Earth communications, Blue Ring MTO dramatically simplifies requirements for orbiters and landed assets at Mars, allowing them to focus on exploration, science, and scouting rather than basic infrastructure. Next-generation high-resolution imagery, weather and dust storm monitoring, and ice mapping for fuel resources and ice science are essential for enabling human landing and advancing Mars understanding. Blue Ring MTO’s infrastructure significantly reduces the complexity, cost, and risk of these missions, enabling swarms of lower-cost, smaller missions to perform next-generation science at Mars.

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They’re not just simulating Mars, they’re living it.🧑‍🚀🏠 The CHAPEA Mission 2 crew entered the Mars Dune Alpha habitat on Oct. 19. For 378 days, they’ll live like Martian explorers, simulating life on the Red Planet to help NASA prepare for future missions to the Moon, Mars, and beyond.
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They’re not just simulating Mars, they’re living it.🧑‍🚀🏠 The CHAPEA Mission 2 crew entered the Mars Dune Alpha habitat on Oct. 19. For 378 days, they’ll live like Martian explorers, simulating life on the Red Planet to help NASA prepare for future missions to the Moon, Mars, and beyond.

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.Vice President JD Vance spoke to the #Artemis II astronauts about their upcoming mission around the Moon, and how it will pave the way for future long-term human exploration missions to the Moon, and eventually Mars.
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.Vice President JD Vance spoke to the #Artemis II astronauts about their upcoming mission around the Moon, and how it will pave the way for future long-term human exploration missions to the Moon, and eventually Mars.

NASA

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Why do a little science when you can do a lot of science? Our Mars Telecommunications Orbiter, based on our existing Blue Ring vehicle, meets the urgent need for communications, navigation, and relay while also flying up to 500 kg of science instruments to Mars. With this capacity, we can deploy two ESCAPADE-class spacecraft from our orbiter or 10+ CubeSats and still host onboard instruments like a comprehensive science package to monitor the Martian atmosphere’s interaction with the solar wind.
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Why do a little science when you can do a lot of science? Our Mars Telecommunications Orbiter, based on our existing Blue Ring vehicle, meets the urgent need for communications, navigation, and relay while also flying up to 500 kg of science instruments to Mars. With this capacity, we can deploy two ESCAPADE-class spacecraft from our orbiter or 10+ CubeSats and still host onboard instruments like a comprehensive science package to monitor the Martian atmosphere’s interaction with the solar wind.

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The era of powered, controlled flight on the Red Planet has come to an end – for now. The #MarsHelicopter proved that it was possible and paved the way for future explorers. #ThanksIngenuity, for taking Mars exploration to new heights.
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The era of powered, controlled flight on the Red Planet has come to an end – for now. The #MarsHelicopter proved that it was possible and paved the way for future explorers. #ThanksIngenuity, for taking Mars exploration to new heights.

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Replacing the Mars Relay Network isn’t just about science, it’s about leadership. NASA’s current relay network is aging. To enable astronauts, rovers, and researchers to stay connected, we need a resilient, high-bandwidth system built for the future. Rocket Lab’s Mars Telecommunications Orbiter delivers exactly that: a modern, commercial backbone to support every mission on Mars—NASA, academia, and commercial explorers alike. The U.S. leads when it builds the infrastructure that others depend on. With MTO, Rocket Lab is ready to deliver it – learn how

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Mars used to be warm, watery, and blanketed by a thick atmosphere. What happened? 🤔 NASA’s ESCAPADE mission just turned on its science instruments to find out. These twin spacecraft are helping prep for future human missions to the Red Planet. 🔴☀️ More:

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One giant leap for space exploration 🚀🤖 Airbus Space have been awarded a £150M contract from European Space Agency, funded by the government, to help Europe’s first Mars Rover land safely on the red planet in 2030. @AirbusintheUK
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One giant leap for space exploration 🚀🤖 Airbus Space have been awarded a £150M contract from European Space Agency, funded by the government, to help Europe’s first Mars Rover land safely on the red planet in 2030. @AirbusintheUK

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