ARSS (Advanced Regolith Sampler System) uses the battery-powered motor-driven set of bucket blades grouped sequentially to ensure the smooth scooping of the regolith from the planetary surface.
View modelThe rake is used to gather a representative collection of pebbles > 1 cm from the regolith.
View modelThe large scoop was designed so that crew could sample large amount of material either by pushing or pulling them through the regolith.
View modelThe adjustable-angle trenching tools was used to dig trenches in the lunar regolith.
View modelScoops are used on the moon to co11ect soil samples. The small scoop is used for digging and collecting small sized lump/samples.
View modelMaterial used in this tool heads are mainly Stainless Steel and Aluminum Alloy
- Put the stem in the socket of extension handle.
- Lower the slider to lock the joint.
- Pull the pin in angle locking plate.
- Slide the toolhead in the socket of angle locking plate.
- Work on the outer planetary surface!
- Common stem instead of separate stem for reduction of weight.
- Secondary Handle for better maneuverability.
- Increased Diameter of the T handle and shaft for better handling as recommended by researches.
- Easier to set up.
- Radiation protective coating for later use in outer planetary surface.
- Regolith have almost 45% of oxigen chemically bonded with iron and titanium.
- Turning these regolith into water is a significant invension in the step of colonization on the outer planet.
- RASSOR in an in-situ mining tool that is in its development stage to be used for mining a large number of regolith for the oxigen generator reactor.
- RASSOR has a large capacity to serve massive scaled operations rather than lower tasks.