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Chandrayaan-5 Approved: ISRO Plans 350kg Rover, India-Japan Collaboration
ISRO Chairman V. Narayanan confirmed the Centre’s approval for Chandrayaan-5, advancing India’s lunar exploration plans. The mission, which includes a 350kg rover, will be developed in collaboration with Japan. ISRO is also working on Chandrayaan-4, focusing on sample collection, and has outlined plans for an independent space station by 2035. ...
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ISRO Expands with Two Launchpads, Chandrayaan-4 to Launch in 2028 with Lunar Sample Return Mission
Isro is developing two new launchpads in Andhra Pradesh and Tamil Nadu to support its growing space program. Chandrayaan-4, a 9,200 kg mission planned for 2028, will involve a lunar sample return. The organisation is also collaborating with NASA on the NISAR satellite for environmental monitoring. In the past decade, Isro has launched 433 satellite...
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Firefly Blue Ghost Moon Lander Successfully Lands on Moon for NASA Mission
Firefly Aerospace’s Blue Ghost lander has successfully landed on the Moon, marking a major milestone in private space exploration. Part of NASA’s Commercial Lunar Payload Services (CLPS) program, the mission aims to study radiation levels, test lunar sample collection, and capture a total solar eclipse. The spacecraft, which landed in Mare Cris...
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ISRO's Chandrayaan-4 to Land on Moon and Bring Back Lunar Samples in 2027
India’s space agency ISRO is gearing up for the Chandrayaan-4 mission, scheduled for 2027. This ambitious mission will involve a complex system of five modules, launched using two LVM3 rockets. Once in lunar orbit, two modules will descend to the surface, with one collecting samples and the other remaining on the Moon. The sample return module wi...
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NASA’s PRIME-1 Mission to Study Lunar Ice and Advance Moon Exploration
NASA’s PRIME-1 mission, set to launch on Intuitive Machines’ Athena lander, will explore lunar ice and subsurface materials at Mons Mouton near the Moon’s South Pole. The mission features the TRIDENT drill, which will extract soil samples up to one meter deep, and the MSOLO spectrometer, which will analyze gases released from these samples to...
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Moon's Geological Activity: New Evidence Suggests Surface Changes Persist
New research suggests the Moon may still be geologically active, as 266 newly discovered wrinkle ridges indicate recent surface changes. The study estimates these ridges formed within the last 160 million years, challenging the belief that lunar activity ended billions of years ago. Scientists believe continued contraction could cause moonquakes, p...
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Moon’s Deepest Canyons Formed in Minutes by High-Speed Impact Debris
Reports reveal that two gigantic canyons on the moon, deeper than the Grand Canyon, were formed in under ten minutes due to the rapid movement of rock debris following the impact that created Schrödinger basin. These canyons, Vallis Schrödinger and Vallis Planck, were carved by debris traveling at speeds of up to 4,600 km/h. Scientists suggest th...
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Study Reveals Earth's Small Asteroid Likely Originated from the Moon
Asteroid 2024 PT5, discovered near Earth in 2024, is suspected to be a fragment from the Moon’s surface. Researchers found its composition matches lunar rock samples, specifically silicate-rich materials, unlike any known asteroid. Analysis from NASA’s Center for Near Earth Object Studies confirmed it is a natural object, not human-made debris,...
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Two Private Lunar Landers Launch Aboard SpaceX Falcon 9 for Moon Missions
Marking a milestone in space exploration, two private lunar landers, Blue Ghost by Firefly Aerospace and Resilience by ispace, were launched aboard a SpaceX Falcon 9 rocket from NASA’s Kennedy Space Center on January 15. Blue Ghost, under NASA's CLPS program, will study lunar regolith and environmental elements, landing in Mare Crisium. Resilienc...
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'PlanetVac': NASA's Vacuum Cleaner To Collect Soil Samples In Seconds
NASA is introducing a groundbreaking technology, the Lunar PlanetVac (LPV), which will change how scientists collect and study soil and rock samples on the Moon and other planets.
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Space Missions of 2025: Lunar Landings, Asteroid Sampling, and More
Space exploration in 2025 will see remarkable missions from global agencies like NASA, ESA, China, and Japan. Key initiatives include lunar landings through NASA’s CLPS and Japan’s M2/Resilience, which will test new technologies and study lunar resources. China’s Tianwen-2 mission aims to collect asteroid samples and explore a comet, advancin...
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New Study Suggests the Moon Is 100 Million Years Older Than Previously Thought
Recent findings indicate the Moon might be over 100 million years older than prior estimates. A new study proposes that tidal forces caused intense heating and surface remelting around 4.35 billion years ago, resetting the apparent age of lunar rocks. These insights support the idea that massive collisions formed the Moon much earlier than previous...
-
NASA Develops Robotic Technologies for Autonomous Exploration of Ocean Worlds
NASA is advancing robotic exploration technologies through OWLAT and OceanWATERS, systems designed to prepare landers for exploration on ocean worlds like Europa and Enceladus. OWLAT, developed at the Jet Propulsion Laboratory (JPL), simulates lander operations on low-gravity, icy surfaces, while OceanWATERS provides a virtual environment replicati...
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Mars' Moons Might Have Been Created From Asteroids Coming Too Close to the Red Planet
A study published in Icarus explores the possibility that Mars’ moons, Phobos and Deimos, formed from asteroid debris torn apart by the planet’s gravitational forces. Researchers ran advanced simulations to propose this scenario, which fits the moons’ circular orbits better than previous theories. Japan’s upcoming MMX mission is expected to...
-
New Lunar Map Attempts to Identify the Origin Impact Craters of Rock Samples
A new map of the moon’s Mare Orientale basin highlights areas containing original impact melt. These findings could help date the basin’s formation, which is estimated to be 3.8 billion years old. Scientists believe this research may reveal Earth’s early impact history while guiding future lunar sample-return missions. The map also distinguis...
-
Chandrayaan-5 Approved: ISRO Plans 350kg Rover, India-Japan Collaboration
ISRO Chairman V. Narayanan confirmed the Centre’s approval for Chandrayaan-5, advancing India’s lunar exploration plans. The mission, which includes a 350kg rover, will be developed in collaboration with Japan. ISRO is also working on Chandrayaan-4, focusing on sample collection, and has outlined plans for an independent space station by 2035. ...
-
ISRO Expands with Two Launchpads, Chandrayaan-4 to Launch in 2028 with Lunar Sample Return Mission
Isro is developing two new launchpads in Andhra Pradesh and Tamil Nadu to support its growing space program. Chandrayaan-4, a 9,200 kg mission planned for 2028, will involve a lunar sample return. The organisation is also collaborating with NASA on the NISAR satellite for environmental monitoring. In the past decade, Isro has launched 433 satellite...
-
Firefly Blue Ghost Moon Lander Successfully Lands on Moon for NASA Mission
Firefly Aerospace’s Blue Ghost lander has successfully landed on the Moon, marking a major milestone in private space exploration. Part of NASA’s Commercial Lunar Payload Services (CLPS) program, the mission aims to study radiation levels, test lunar sample collection, and capture a total solar eclipse. The spacecraft, which landed in Mare Cris...
-
ISRO's Chandrayaan-4 to Land on Moon and Bring Back Lunar Samples in 2027
India’s space agency ISRO is gearing up for the Chandrayaan-4 mission, scheduled for 2027. This ambitious mission will involve a complex system of five modules, launched using two LVM3 rockets. Once in lunar orbit, two modules will descend to the surface, with one collecting samples and the other remaining on the Moon. The sample return module wi...
-
NASA’s PRIME-1 Mission to Study Lunar Ice and Advance Moon Exploration
NASA’s PRIME-1 mission, set to launch on Intuitive Machines’ Athena lander, will explore lunar ice and subsurface materials at Mons Mouton near the Moon’s South Pole. The mission features the TRIDENT drill, which will extract soil samples up to one meter deep, and the MSOLO spectrometer, which will analyze gases released from these samples to...
-
Moon's Geological Activity: New Evidence Suggests Surface Changes Persist
New research suggests the Moon may still be geologically active, as 266 newly discovered wrinkle ridges indicate recent surface changes. The study estimates these ridges formed within the last 160 million years, challenging the belief that lunar activity ended billions of years ago. Scientists believe continued contraction could cause moonquakes, p...
-
Moon’s Deepest Canyons Formed in Minutes by High-Speed Impact Debris
Reports reveal that two gigantic canyons on the moon, deeper than the Grand Canyon, were formed in under ten minutes due to the rapid movement of rock debris following the impact that created Schrödinger basin. These canyons, Vallis Schrödinger and Vallis Planck, were carved by debris traveling at speeds of up to 4,600 km/h. Scientists suggest th...
-
Study Reveals Earth's Small Asteroid Likely Originated from the Moon
Asteroid 2024 PT5, discovered near Earth in 2024, is suspected to be a fragment from the Moon’s surface. Researchers found its composition matches lunar rock samples, specifically silicate-rich materials, unlike any known asteroid. Analysis from NASA’s Center for Near Earth Object Studies confirmed it is a natural object, not human-made debris,...
-
Two Private Lunar Landers Launch Aboard SpaceX Falcon 9 for Moon Missions
Marking a milestone in space exploration, two private lunar landers, Blue Ghost by Firefly Aerospace and Resilience by ispace, were launched aboard a SpaceX Falcon 9 rocket from NASA’s Kennedy Space Center on January 15. Blue Ghost, under NASA's CLPS program, will study lunar regolith and environmental elements, landing in Mare Crisium. Resilienc...
-
'PlanetVac': NASA's Vacuum Cleaner To Collect Soil Samples In Seconds
NASA is introducing a groundbreaking technology, the Lunar PlanetVac (LPV), which will change how scientists collect and study soil and rock samples on the Moon and other planets.
-
Space Missions of 2025: Lunar Landings, Asteroid Sampling, and More
Space exploration in 2025 will see remarkable missions from global agencies like NASA, ESA, China, and Japan. Key initiatives include lunar landings through NASA’s CLPS and Japan’s M2/Resilience, which will test new technologies and study lunar resources. China’s Tianwen-2 mission aims to collect asteroid samples and explore a comet, advancin...
-
New Study Suggests the Moon Is 100 Million Years Older Than Previously Thought
Recent findings indicate the Moon might be over 100 million years older than prior estimates. A new study proposes that tidal forces caused intense heating and surface remelting around 4.35 billion years ago, resetting the apparent age of lunar rocks. These insights support the idea that massive collisions formed the Moon much earlier than previous...
-
NASA Develops Robotic Technologies for Autonomous Exploration of Ocean Worlds
NASA is advancing robotic exploration technologies through OWLAT and OceanWATERS, systems designed to prepare landers for exploration on ocean worlds like Europa and Enceladus. OWLAT, developed at the Jet Propulsion Laboratory (JPL), simulates lander operations on low-gravity, icy surfaces, while OceanWATERS provides a virtual environment replicati...
-
Mars' Moons Might Have Been Created From Asteroids Coming Too Close to the Red Planet
A study published in Icarus explores the possibility that Mars’ moons, Phobos and Deimos, formed from asteroid debris torn apart by the planet’s gravitational forces. Researchers ran advanced simulations to propose this scenario, which fits the moons’ circular orbits better than previous theories. Japan’s upcoming MMX mission is expected to...
-
New Lunar Map Attempts to Identify the Origin Impact Craters of Rock Samples
A new map of the moon’s Mare Orientale basin highlights areas containing original impact melt. These findings could help date the basin’s formation, which is estimated to be 3.8 billion years old. Scientists believe this research may reveal Earth’s early impact history while guiding future lunar sample-return missions. The map also distinguis...
