Lunar Surface 3d models

This model reproduces all of the lunar surface captured in the photos, including the bootprint. Starting with high-resolution tifs from NASA, I created the model using Agisoft PhotoScan. The only processing I did beyond that was to make the scan...

3D representative models of some components of the Apollo Lunar Surface Experiments Package (ALSEP) which comprised a set of scientific instruments placed by the astronauts at the landing site of each of the five Apollo missions to land on the Moon...

The Altair spacecraft, previously known as the Lunar Surface Access Module or LSAM, will be a key component of NASA's Project Constellation, used by astronauts for lunar landings planned to begin around 2019. The spacecraft will serve both lunar...

I made a custom NASA Apollo Moon Gundam and it needed the perfect base. So I combined REAL NASA 3D files and an incredible action base from soozafone! A little paint goes a long way. ...Have fun!

I made a custom NASA Apollo Moon Gundam and it needed the perfect base. So I combined REAL NASA 3D files and an incredible action base from soozafone! A little paint goes a long way. ...Have fun!

High-Definition Images Captured by China's Lunar Probe Mission.

Space Rover on the Moon Ground Surface

HI RES MODEL OF A LUNAR SURFACE

The concept for a lunar unloading module that is able to land on the lunar surface itself and perform the task without human intervention

The rover meticulously gathers both lunar regolith and fine sandy particles directly from the lunar surface itself.

Manned Spacecraft Descending Safely onto Lunar Surface The lunar roving vehicle, a marvel of modern engineering, touches down gently on the dusty, barren terrain of the moon's surface. ...This incredible achievement marks a new era in space exploration...

These vehicles are specifically engineered to traverse the lunar surface and perform tasks in the harsh environment of the Moon. ...They must withstand extreme temperatures, low pressure, and lack of oxygen while providing a safe and reliable means of...

A majestic voxel artwork of an epic sword radiates with celestial colors, evoking the ethereal essence of the lunar surface and the vast expanse of the galaxy.

A while ago, I submitted this concept for the Lunar Base Project - I accidentally overlooked uploading it. ...The design outlines a vehicle equipped with laser technology to excavate deep into the lunar surface.

Every person requires a dwelling, whether they're working on the lunar surface or cultivating gouda, and Sketchfab has designed a compact, adaptable structure for a university assignment.

On the lunar surface, two wheels equipped with edge scrapers gather regolith. ...Once collected, the wheel with the scraper is rotated vertically, causing the regolith to fall into a transformer that leads directly to a container.

When I pull up on the handle of one syringe, which isn't connected to the claw, the claw opens its "mouth," allowing the hydraulic-powered drill to gently lower onto the lunar surface. To retrieve the drill, I simply push down on the other syringe...

... rover. ...One drills anchor and stability plate to lunar surface. Once secure rover drives away with roll. Secures other end of roll down with drill and stability plate. To angle reflection motor for drill can operate a camber caster at base of rolls.

With this opportunity, I have designed version 2, responding to the need to carry a one-time journey to deliver 75 CTB at once, so I presented to you a new design that is also compatible with 8.4m PLF - Short Concept payload space, this Orbital Lunar...

... requires refinement by NASA experts to meet mission requirements. Despite initial misnomer as a "bucket drum," this innovative system is designed to collect lunar surface materials efficiently and effectively, without the need for deep excavation.

Order a massive 8-inch by 10-inch 3D model that's a large-scale replica of a colossal impact crater on the lunar surface, painted in striking black and white colors to grab attention.

In 2013, a remarkable model was created that accurately replicated the lunar surface. This precise replica served as a testament to human ingenuity and technical prowess. The meticulous details included on this model showcased an extraordinary level...

Slinky is a robot designed for exploring rough terrain such as the Lunar surface. Its four legs have independent movements, connected to the body by four continuous rotation drives with position feedback. This configuration enables at least five...

The lunar surface material retrieval device features an auger driven by a motor to move collected samples to a sorting tray. Smaller materials under 5mm are discarded, while larger ones fall into a selector drum. Fines pass through a screened opening...

The outer driver fills the container while the inner driven separates lunar surface material. ...Layered fillings enable one rotation of the outer driver to fill regolith, another to fill rocks, and the servo motor rotates for less than 1 cm material...

The Blast-Back-To-The-Moon Lunar Lander Toy comes equipped with all the high-tech gadgets and cool gear that astronauts used to explore the lunar surface. The toy's clever design allows kids to lift off from Earth and touch down on the moon with...

The Google Lunar X Prize involves creating and landing a robotic Moon Rover on the lunar surface, with India's Team Indus as one of the competing teams. ...To prepare for this ambitious project, learning Computer-Aided Design (CAD) is essential for...

When astronauts are ready to land on the moon, they use a rocket called the Ascent Propulsion System to separate from the CSM and begin their descent towards the lunar surface. Once safely landed, they can exit the LEM through its hatch and take...

Slinky has been conceived as an individual in a swarm of robots dedicated to exploring rough terrain (like the Lunar surface).The four legs of the Slinky-bot robot have independent movements. They are connected to the body by means of four continuous...