serves as a physical record of the high-energy, high-pressure environments created by ancient meteorite impacts on the lunar surface. Unearthing Magnetic Evidence from the Moon’s Far Side A research collective led by Professor Du Haifeng at the Chinese...

China’s hopping robot will explore Moon’s darkest craters, aiming for discoveries that could reshape the next era of lunar exploration. China is gearing up for what it describes as its most demanding lunar expedition to date. The Chang’e‑7 probe,...

its Axiom Extravehicular Mobility Unit (AxEMU), a move that could potentially accelerate the return of astronauts to the lunar surface while the company continues to refine the fully featured version of the suit. Shifting Development Priorities for...

NASA picks a new spacecraft tech demo mission to boost future lunar operations and support long‑term exploration goals. NASA unveiled a fresh spacecraft technology‑demonstration mission aimed at testing cutting‑edge operational concepts in lunar orbit,...

appearing in the Journal of Deep Space Exploration outlines a Chinese proposal that would move electricity across the lunar surface using a chain of laser‑driven stations. The design tackles the toughest hurdle for prolonged lunar activity: providing...

European engineers have successfully tested a foldable lunar crane designed to hoist heavy cargo and support equipment deployment for future Moon missions. Engineers at the European Space Agency (ESA) are developing a heavy-duty robotic crane designed...

on the Moon Fire remains one of the most perilous hazards that could arise inside a spacecraft or a habitat on the lunar surface. While Earth‑based research has shaped fire‑resistant materials for current missions, the drastic reduction to roughly...

(ILRS) by roughly 2035, the proposal outlines how robotic assistants could make a permanent human foothold on the lunar surface more feasible. Quadruped Robots Envisioned for China’s Future Moon Facility Instead of traditional wheeled rovers, the...

2026. During this event, Earth will position itself directly between the sun and the moon, casting its shadow across the lunar surface. At its peak, approximately 96 percent of the moon will be obscured by Earth’s umbra, leaving only a sliver of the...

Mapping, and In-Situ Exploration (PROMISE), aims to lay the groundwork for a permanent human presence on the lunar surface by hunting for subterranean water ice and stress-testing the stability of the terrain. Repurposing Red Planet Heritage for Lunar...

A massive rocket stage is set to collide with the Moon, offering scientists a rare chance to study how the lunar surface reacts to human-made impacts. A spent upper stage from a SpaceX Falcon 9 launch is projected to strike the Moon’s near side on 5...

toward in-situ resource utilization, or the practice of manufacturing goods from materials already present on the lunar surface. A recent study conducted at Concordia University offers a promising path forward by blending simulated lunar regolith with...

extremely high temperatures, ranging from roughly 912 to 1,394 degrees Celsius. Under standard cooling conditions on the lunar surface, it usually shifts into the more common body-centered cubic alpha-iron phase. Its discovery in a natural lunar sample...

surprisingly strong that the rover could not be in anything but a level parking spot with its last commanded roll on the lunar surface deliberately oriented toward Earth.”

Students work on concrete pieces for a new Moon landing pad. Credit: UAH/Cadis Ammons Engineering Solutions for the Lunar Surface Traditional terrestrial landing pads are often monolithic slabs, but these structures are prone to thermal damage and...

assets to traverse the Moon’s rugged landscape with greater speed and efficiency. Next-Generation Autonomy for the Lunar Surface Navigating the Moon is a daunting challenge for traditional autonomous systems. The environment is characterized by...

complex, further delays may follow. Beyond Artemis II lies Artemis III, the mission intended to land astronauts on the lunar surface for the first time since the early 1970s. That future step depends on the success of this one. Artemis II will validate...

cosmos, signals that are inaccessible from Earth due to atmospheric absorption and human‑generated interference. “The lunar surface provides an unparalleled environment for detecting low‑frequency radio waves that are either blocked or distorted by...

with navigating the Moon’s rugged south pole, the mission marks the first time a European-led rover will traverse the lunar surface. The European Space Agency (ESA) has solidified this ambition by awarding a €65 million contract to ispace-EUROPE,...

agencies, manufacturers, launch providers, and satellite operators. As humanity prepares for a sustained return to the lunar surface, dependable communications will be pivotal for documenting discoveries and ensuring astronaut safety. The images...