cubesat design 3d models

... concept that boasts reduced materials, leading to lower costs and expedited printing times. ...Although the materials and production process are consistent with the initial design, the use of PC+PET in SLS technology offers an advantageous alternative.

... via a 3D printer, boasts both ease of construction and lightness. ...It pairs with two almost identical carbon-fiber covers held together by M3 screws for durability, affordability, and customizable design options to suit individual requirements.

... and combination of various system components. ...Additionally, this design should facilitate a well-planned integration sequence, maintain an optimal balance and determine the center of gravity while also addressing thermal control requirements.

The provided text illustrates a straightforward design adhering to Cal-Poly guidelines, constructed via CATIA V5. ...It's crucial to understand that this model should be utilized solely for representative purposes; it's not intended to support...

The design has a total volume of 10x10x10cm, including hinges, and weighs approximately 132g using average aluminum density and SolidWorks' volume material value. It is assembled with two M3x10mm screws. The product can be manufactured via selective...

The 1U CubSat frame design features four rails and two parts: a top piece and a bottom one. To simplify production and reduce costs, these components can be condensed into just two types: one for the rails and another for the top/bottom pieces.

This innovative design features six flat-printed aluminum plates that are easily assembled with screws, similar to folding origami. The interior accommodates six 75mm x 80mm PCBs with scientific instruments, supported by racks and a spacer rod. Three...

This is the culmination of eight weeks spent designing at the Naval Postgraduate School alongside seven fellow interns. Together, we worked tirelessly to craft a payload capable of soaring to an altitude of 80,000 feet, gathering valuable data on the...

Orbital maneuvering system for CubeSat. ...Performance: delta V = 100m/s, thrust = 4N

View the video for comprehensive information on its benefits, including: 1) high reliability satellite structure; 2) smart design; 3) protected storage area; 4) solar sail deployment system; 5) solar sail as a movement method in space; 6) strong,...

This design proposes a 1U CubeSat frame that collapses or extends for easy in-place 3D printing using an SLS printer. By printing the structure in its collapsed state, the frame takes up only 25% of the space required by conventional frames, solving...

A Cubesat is is a type of miniaturized satellite for space research that is made up of multiples of 10 cm × 10 cm × 10 cm (4 in × 4 in × 4 in) cubic units.

This remix of the fantastic Universal 1U Cubesat by Juliano85 is modified with CubeSatSim mounting holes and a slot for the tape measure monopole antenna. The side frame remains unchanged. Two prints of each part are required to complete the frame.

A prototype of a U1 cube satellite designed for additive manufacturing processes.

... and uses procedural materials, so the materials can easily be changed and/or swapped for textures. ...The Cube Satellite has a low polygon count, and as such will work well for video games. Cube Satellite was designed to be editable and added upon.

Designed for gearboxes with one shaft. V4 - wide wheels with short lugs. I used Swing 5300 batteries because they were on hand. They can be replaced with regular 18650. The solar panel here is more decorative, simply because of its small size....

Humans designed the 1U cubesat skeleton, which allows for PC104 PCB mounting inside. Each side can also accommodate GOMspace/Spacemanic Solar PCBs. ...The system includes a straightforward holder for use with cubesat integration support jigs.

The Most Potent Cube is manufacturable, meaning it can be made through industrial processes. This cube possesses immense power and has various applications in different fields. Its production process requires precision and expertise to ensure its...

To boost 3D printing's potential, an advanced geometry is employed that other manufacturing methods can't handle. Benefits include resistance to three axial stresses, fewer parts to assemble, and improved thermal field distribution. However, managing...

The cube boasts standard dimensions of 10 centimeters by 10 centimeters by 10 centimeters. ...Multiple cubes are joined together via 0.5 centimeter deep holes and 0.5 centimeter wide protruding cylinders.

The cube contains one consistent element, utilizing aluminum for its lightweight build. Slots are milled according to specifications, ensuring the 8 identical parts fit seamlessly together. ...Six connectors and 24 M4 Allen screws complete the assembly.

Revamped emblem for three-dimensional software programs

Kindly refer to the attached document for detailed requirements. ...Wishing you all the best!

A honeycomb structure made through 3D printing using Fused Deposition Modeling (FDM) technology is easily fabricated.

Eagerly participating in the contest, my goal is to emerge victorious and claim the top spot.

Payload 1: Diamagnetic material experiment Payload 2: OSCAR (amateur radio relay)

Just added a ring to carry it around on my keychain.