From his morally superior perch, life is great for Cal …

Leaving the Earth w Professor Brian Cox. #spaceexploration #SolarSystemExploration #FermiParadox #planetaryexploration #spacephenomenon.

A rock containing many smaller round stones could indicate that there was once a large amount of liquid water on the Red Planet.

Written by Diana Hayes, Graduate student at York University, Toronto

Curiosity Navigation Curiosity Home Mission Overview Where is Curiosity? Mission Updates Science Overview Instruments Highlights Exploration Goals News and Features Multimedia Curiosity Raw Images Images...

Curiosity Navigation Curiosity Home Mission Overview Where is Curiosity? Mission Updates Science Overview Instruments Highlights Exploration Goals News and Features Multimedia Curiosity Raw Images Images...

The lunar surface is pocked with the scars of asteroids that have battered it for millennia. The heat generated by these cosmic collisions melted rocks lying on the moon’s face. As the minerals in the...

China's ambitious Tianwen-2 mission will soon be heading to two extremely different space rocks, and should provide vital data to help us understand the nature of asteroids and comets

The Surprising Discovery of Ancient Martian Shores Mars, the fourth planet from the sun, has long fascinated scientists and enthusiasts alike. Known for its red surface and desolate landscapes, recent research reveals that this barren world may have once been a vacation destination—complete with sandy beaches. This groundbreaking insight comes from the findings of China's Zhurong rover, which has provided compelling evidence of buried shorelines deep beneath the Martian surface.

Join us as we reveal surprising planetary exploration secrets, including a daring approach to Mars, an asteroid visit, and more.

A recent study published in Frontiers in Space Technologies explores the potential of four-legged robots, like Anybotics' ANYmal, for planetary exploration on Mars and the Moon. Unlike traditional wheeled rovers, legged robots can navigate steep, fractured, and uneven terrain, opening access to previously unreachable areas. Equipped with a robotic arm, a microscopic imager, and a Raman spectrometer, ANYmal can autonomously identify and analyze geological targets, including minerals and rock textures, providing data crucial for astrobiology and resource utilization. The study tested two exploration strategies: a semi-autonomous multi-target approach, where the robot independently completed tasks, and a human-guided approach. Results showed that the semi-autonomous method significantly reduced mission time while maintaining high target identification accuracy, demonstrating the potential for faster, more efficient exploration. These advances are particularly important given communication delays between Earth and distant planetary sites, which make real-time control impractical. By combining autonomous navigation, in-situ scientific analysis, and mobility over challenging terrain, legged robots like ANYmal could transform the future of space missions, enabling more extensive and independent scientific investigations on Mars, the Moon, and beyond.

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