cubesat design 3d models

This CubeSat's construction comprises six main frame components that measure 10x10x10 cm, made of lightweight aluminum grade 7075-T73 aircraft material. The assembly weighs around 0.5 kg, including PCBs. It features a modular design allowing for...

I am suggesting materials for the CubeSat Challenge found at https://grabcad.com/challenges/the-cubesat-challenge. ...The proposed materials are Nylon 12 PA, weighing 165 grams, and Nylon 12 AF, with a weight of 236 grams.

This is a basic CubeSat framework that necessitates the following assembly components: sixteen M3 bolts and sixteen M3 nuts.

However, the designer opted for screws and nuts instead of snap connectors due to concerns about structural integrity. Additive manufacturing through Fused Deposition Modeling (FDM) is employed using glass or carbon-filled PEEK material. The kit does...

... reinforce the frame. The structure consists of two parts serving as both PCB and solar cell holders, customizable for each Cubesat due to the use of additive manufacturing. ...Additionally, it includes space for scopes, cameras, or other sensors.

The Lunar Micrometeoroid Impact Detector is a 12U CubeSat satellite aimed at measuring micrometeoroid impacts on the lunar surface and in lunar orbit. Designed by students from T.U. Delft's BsC Aerospace Engineering course, this innovative project...

This work-in-progress is a 1:1 scale model of a 1U CubeSat based on the CalPoly rev13 design spec, available at http://www.cubesat.org. The top and bottom can be securely attached by gluing them in place. I deliberately left a hole in one end to...

A CubeSat is a type of miniature satellite that is made up of one or more 10 x 10 x 10 cm cubic units.

Unibody configuration optimized for 1.5U space frame, utilizing an integrated and monolithic construction where the skin and structure of the cubeSat form a singular unit.

The SkeletonSat is a versatile research satellite, designed to function within the existing CubeSat deployment system. It can be deployed as a single 1U unit or scaled up to 2U, 3U, 6U, and even 12U systems with Stratasys DMLS technology allowing for...

... typically featuring a 10cm cube volume and not exceeding 1.33kg mass. ...The innovative folding solar cells improve efficiency by occupying less space and maximizing solar energy absorption, making it easier to transport these CubeSats into space.

The 3D printing technology allows for a symmetrical two-half design, requiring only one model print, resulting in good dimensional stability. Removable feet accommodate spring plungers, while reinforcements and ribs on sides handle launch vibrations....

The Seeker spacecraft soared through space as a pioneering NASA CubeSat, wrapping itself around the Cygnus cargo ship in an impressive display of technological prowess during its historic flight in 2019.

I am online with my Structure CubeSat. A simple click below costs nothing and helps me with another project :). ... Specs: - Dimensions: 12x13 (http://fainbory.com/9kpG) - Solar Panel (http://fainbory.com/9kwx) Follow me on Twitter at...

A cubesat boasts a unique hinge feature, allowing for easy rotation and snapping functionality. It's simple to print with high load-bearing capacity and uses the SLS printing process. ...Made from PC+PET material, it weighs just 125 grams, offering...

Featuring intersecting lines forming its structure, the cubesat boasts optimal rigidity. In-depth analysis confirmed this, yielding impressive outcomes. ...When subjected to controlled stress and structural load, the framework demonstrates minimal...

This text details the subsequent portion of a 1U CUBESAT division, aimed at streamlining documentation. The material utilized is Aluminum AISI10Mg (DMLS HD). Notably, the depicted holes measure 3.2mm in diameter, evenly spaced on a 3mm grid. ...Ideally,...

The lightest and most robust concept for Cubesat has a volume of 53.34 cm³, an area of 927.47 cm², and consists of 36428 triangles with dimensions of 100 mm width, 106 mm length, and 102.99 mm height. The weight is approximately 80 grams using nylon...

The app will automatically detect the tag and begin the writing process to the chip.For more info see whatt.io.PRODUCT LINK TO WHATT.IO: https://whatt.io/cubesat-nfc-1060/53:33:d9:7c:10:00:01Print Instructions:Filament: PET-G Orange.Infill:...

A pioneering refracting telescope design from years past showcased an array of creative concepts that sparked curiosity and imagination.

The structure boasts complete rigidity due to its joined edges, while its space-worthy design ensures all four sides are securely connected. ...This configuration effectively satisfies stress and load requirements across various environments.

... time. ...It's a 3D printable design with an impressive load-bearing capacity of up to 100N. Printing this concept takes approximately 11 hours and the recommended material is nylon 6 with a GF content of 60%. ...The finished product weighs just 0.1 kg.

... This versatile design allows for assembly and customization of satellites in any orientation. ...Additive manufacturing facilitates interaction between faces without constraints on tooling while using ST6, IGES, and renderings for presentations.

... processes. ...It meets standardized dimensions. The updated wall design promotes reduced weight, increased rigidity, and less trapped heat inside the chassis. ...Included are two STL files: one for the chassis body and another for its top cover.

... vertical frames constructed with aluminum profiles. ...Additionally, eight screws are needed, each crafted from stainless steel. The design is adaptable to various sizes, including 1U, 1.5U, 2U, and 3U configurations. ...Good luck to all participants!

The design employs additive manufacturing to create a minimalistic structure with limited components. The leg connectors can be easily attached by screwing them into the lid/bottom, while the main body holds everything securely in place. ...This results...

However, it is essential to consider the limitations of the printer when designing these advanced concepts, as tubes alone cannot replace non-printed materials without being captured during printing. ...Additional holes may need to be incorporated into...

The Hinge locking concept, effortlessly printable at low cost, boasts high polygon design, avoids BSR issues, ensures smooth hinge functionality with SLS printing in Nylon for optimal strength and a fine surface finish. ...Weighing approximately 0.1 kg,...

Additionally, I aimed for tool-free connection, so the one-part frame design allows for bending to provide fixing functionality without screws. A click connection between the frame and circuit board could be a good solution as well. The 3D printed...

The optimal manufacturing technique for this part is Direct Metal Laser Sintering, designed using Solidworks 2015 software. It consists of 10 shell parts, including 2 body pieces and 8 pins. ...The average thickness of the body is 2mm, with screw holes...