lunar excursion module 3d models

The lunar phases gradually change over a synodic month (about 29.53 days) as the Moon's orbital positions around Earth and Earth around the Sun shift. The visible side of the moon is variously sunlit, depending on the position of the Moon in its...

The Lunar Rover concept features a 3D model created in Solidworks 2018, rendered with Photoview 360 2018. Key components include an ATV chassis, a 2x9 LED bar, a marine radar and satellite TV, a battery-operated mobile crane, a man-portable radar, a...

It was artistically inspired by the Legion of the Lunar Wolves. I based this on 10th Company Captain Garviel Loken. The design is directly from the cover of Horus Rising, so I am as lore accurate as I can be, minus a brand of a moon on the helmet.

Simple 2-pieces case for carrying the Acaia Lunar scale around. I recommend PLA or PETG. You need a rigid material to protected the load cell when carrying the scale around. TPU would only give impact protection and not crush protection. I tried...

The lunar sampling device I developed in Solidworks 2018 features an angled cylinder that accommodates an auger linked to a mini DC motor, enabling rotation with two degrees of freedom for obstacle clearance. The auger gathers both solid and loose...

SHCMS:G.10663 Mammuthus primigenius A rare left lunar bone of an adult Shropshire Mammoth, estimated to be around 14,000 years old. Measuring 12cm in length, 11.5cm in width and 8.5cm in depth, this artifact presents a unique opportunity for study...

Design of a movable lunar heliostat, defined by the following elements.The design of the arms and the blanket are designed based on origami concept, to reduce weight and dimensions. This design is operative for both extending and retracting the...

Descriptiona highly detailed model of the Apollo 11 lunar lander with a scale of 1:44, easy to assemble and print with any printerLanderthe final dimensions of the lander are 15,97 cm by 15,97 cm by 14.69 cmthe lander has 36 piecesthe printing time...

Thanks NASA & GrabCAD for this interesting challenge:https://grabcad.com/challenges/nasa-challenge-lunar-torch.This Concept is based on an inflatable structure, used as a torch frame, and the silver Mylar sheets because it is cost effective,...

The Lunar TORCH is a tele-operated rover-based heliostat that is intended to redirect sunlight on the moon surface along with other uses.This design contains a heliostat that can be tightly packed together and opened by spring action with no...

Left Side Lunar Bone of Adult Shropshire Mammoth. The mammoth, an extinct species from the Mammuthus genus, belongs to the proboscidean order, which comprises trunked mammals. Various mammoth species were equipped with long, curved tusks and a thick...

The Lunar sampling system incorporates a whisk attached to a robotic arm; an example video is available at this link. The whisk's wire shape can be adjusted by altering the Ang1 parameter. If the collected stones don't match the desired size, such as...

Warp's minions hacked into RoboLabs mainframe and stole Professor Bot's Lunar Elite technology, which could be catastrophic if used by the villain to create a robot army. Now, Professor Bot depends on Vertex, his finest creation, to retrieve the...

Lunar Sailor is a solar-sail inspired lunar heliostats rover focused on light-weight and accuracy but at the same time affords a massive area with a new folding possibility for heliostats in the mission.Driven by a single motor, the metallic track...

One of the cool features of this clock is its precise lunar phase simulation. It also comes with a detailed 3D printed model of the moon and a thermometer, hygrometer, and lamp. You can customize your clock by adjusting its tilt and brightness. The...

Lunar Sailor is a solar-sail inspired lunar heliostats rover focused on light-weight and accuracy but at the same time affords a massive area with a new folding possibility for heliostats in the mission.Driven by a single motor, the metallic track...

A robot arm can easily accommodate this module, and you have the option to add more as needed. ...Surprisingly, it operates entirely independently of any power source.

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...

Beresheet is an example of a small robotic lunar lander that aims to promote careers in science, technology, engineering, and mathematics (STEM) and to place its magnetometer and laser retroreflector on the Moon. The lander was previously known as...

It is intended to be attached near the bottom of a NASA Lander, allowing the lander to simply land, after which the tool takes over sampling, sorting, and collection of specific lunar materials, discarding unwanted regolith. The design was created...

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...

This is my design for the Lunar TORCH Heliostat. The rover body is about 5.98 square meters and the actual reflecting part of the heliostat is about 16 square meters. The mirrors are clear and blue and the solar panels, which are part of the...

This is my entry for the NASA Lunar TORCH Competition. The rover body is about 5.9 square feet and the actual heliostat is only 2 square feet of area when resting and 16 square feet of area when deployed. As part of the heliostat, there are two solar...

Simple 2-pieces case for carrying the Acaia Lunar scale around.I recommend PLA or PETG. You need a rigid material to protected the load cell when carrying the scale around. TPU would only give impact protection and not crush protection.<br/>I tried...

The Lunar Sampler features a versatile head that scoops regolith samples accurately while filtering out excess material. In vertical position, samples are poured into a leak-proof container. Rake-style hooks lift rock samples between 10-20mm in size,...

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...

This is Beresheet, the Israeli lunar lander made by SpaceIL.Beresheet is a demonstrator of a small robotic lunar lander. Its aims include promoting careers in science, technology, engineering, and mathematics.I have made and printed this model to...

Let's see the detailed specification of the LT-1103 I divided the Lunar Torch Rover Section as :* Rover's Base (Wheels and tires)* Rover's Body (Where contains Special Features) they are converted in to 4 side's: a) Rover's Front b) Rover's Back...

first ever design by me, go easy.Update (09/18/2021) - Thanks for the likes guys, I've finished the main design, just uploaded a new deployed view of the model to show the idea I was going for, many thanks again !NASA Lunar TORCH Main DesignThe...

The fabric is similar to a balloon that will be filled from a folded empty state of storage, into the Lunar Torch. The rover will extend and retract the wheels on either side of the drone, to accomplish the needed axis movement for tilt. The...