What are the characteristics of these wheels and how they support lunar use? HTR has been manufacturing, testing and ...

The post New Lunar Mission Successfully Drills Into The Surface Of The Moon To Take Temperature Readings first on TwistedSifter.

New readings from NASA’s Lunar Reconnaissance Orbiter reveal that the metal content within lunar craters is significantly higher than on the surface. The findings could … ...

Bridgestone’s solution utilizes a metal-spoke skeletal structure with an elastic design, allowing the tire to deform and navigate obstacles like lunar rocks effectively.

A private lunar lander from Tokyo-based company ispace was aiming for a touchdown in the unexplored far north with a mini rover.

A pneumatic drill used bursts of nitrogen gas to blow away soil and rock, reaching three feet below the surface. A probe measured temperatures and the flow of heat from the moon’s interior.

A Microsoft Surface laptop… surfaced on the Chinese website Goofish bearing an Intel’s Lunar Lake chip made for ultra-small notebooks.

The surface of the Moon is resolved with impossible detail, overwhelming the viewer with texture, shape, color, and variety.

Illustration of Resilience orbiting the Moon. Credit: ispace Resilience, a lunar lander produced by the Japanese aerospace firm Ispace, has crashed into the Moon's surface.

NASA's Orion capsule captured several photos of the Moon during its closest approach and the results are absolutely haunting.

A commercial spacecraft carrying NASA experiments successfully touched down on the moon's surface early Sunday morning, ushering in a new phase of private space exploration.

ZINC and cadmium atoms are known to exhibit good mobility over, and ready re-evaporability from, a suitable substrate surface on which the metal vapour beam is incident. Thus the vapour – beam ...