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Intuitive Machines Shares Jump 24% on Stronger Space Contracts and Cash Position

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Shares of Intuitive Machines surged 24% on Monday after the space company reported a significant increase in fourth-quarter revenue, bolstered by higher contracts and a strengthened cash position. The surge in shares follows the announcement of additional contracts for direct-to-earth services, which position the company to benefit from the contract’s potential $4.8 billion maximum value.

Intuitive Machines specializes in providing communication and navigation services for spacecraft, such as lunar landers and orbiters, to link them to Earth’s ground stations, supporting NASA’s Artemis program and lunar exploration efforts. A key revenue driver for the company is its space contracts rather than launch missions, with notable contracts including a $719 million Omnibus Multidiscipline Engineering Services agreement and a $4.82 billion near space network contract with NASA.

The company also reported an increase in its backlog, which grew by $59.8 million to $328.3 million, largely due to new contracts with NASA. Analysts have pointed to Intuitive Machines’ improved financial position and upcoming missions as indicators of future growth. In the fourth quarter, the company posted a revenue of $54.6 million, up from $30.7 million in the previous year, and its cash balance stood at $385 million as of March 10, an increase from $207.6 million at the end of 2024.

Despite a challenging start to the year, with shares dropping 61% largely due to issues with its second moon landing, the company’s financial outlook is strong.

NASA Restores Contact with Voyager 1, But Its Power Supply is Dwindling

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NASA engineers have successfully re-established contact with Voyager 1, which is currently located 15.4 billion miles (24.9 billion kilometers) from Earth, marking a crucial recovery after weeks of communication blackout. The issue began in October when Voyager 1 switched from its primary X-band radio transmitter to a weaker S-band transmitter due to a power shortage. This change, prompted by a command to activate a heater, led to difficulties in receiving data from the spacecraft.

The autonomous transmitter switch caused nearly a month of silence, but NASA engineers managed to restore the X-band transmitter in early November. The spacecraft is now operating normally, resuming its scientific observations and data transmission.

Voyager 1, launched in 1977 as part of NASA’s mission to explore the outer planets, has far outlived its original mission. Now in interstellar space, it continues to send valuable data despite a steadily decreasing power supply. The spacecraft’s plutonium-powered thermoelectric generators lose about 4 watts of power annually, equivalent to the energy used by a small light bulb. This gradual power decline has led the mission team to turn off non-essential systems over the years, ensuring the remaining instruments can continue to operate for as long as possible.

However, challenges persist. The spacecraft’s power situation is increasingly uncertain, as seen when the fault protection system was triggered by the heater command. This issue highlights the limitations of the spacecraft’s power models and suggests that the probe’s ability to maintain its current operations is becoming more precarious.

Despite these hurdles, the Voyager mission team remains determined to keep the spacecraft functioning as long as possible. Both Voyager 1 and its twin, Voyager 2, have far exceeded their expected lifespans, providing unprecedented data from the distant reaches of our solar system and beyond.

Currently, only four instruments remain operational on each probe, studying plasma, magnetic fields, and particles in interstellar space. These observations offer invaluable insights into an uncharted region of space, and while the loss of some science data during the transmitter outage is regrettable, the mission team is more focused on extending the operational life of these instruments.

As Voyager 1 continues its journey into the unknown, the mission team is working to make the most of every remaining watt of power. With each passing year, they are faced with tough decisions on which systems to keep running, as the spacecraft edges closer to the end of its mission.