cubesat design 3d models

My CubeSat design showcases a unique and diverse approach, focusing on an attractive exterior instead of intricate internal technology. The structure has three distinct faces with multiple openings for wires and other components. This innovative...

Additive manufacturing optimizes the CubeSat's structure strength while minimizing weight via a two-dimensional truss within a truss design and integrated studs for payload mounting that dissipate heat through direct conduction. The design is...

Its modular design with adjustable mounting holes allows for adaptability in various environments, while the use of DMLS or SLS manufacturing processes and three different metal-based material options (two never before used on CubeSats) ensures...

The design dimensions of this cube satellite are 100mm x 100mm x 100mm, creating a compact and efficient structure.

CubeSat design with camera casing

The Cubesat design utilizes lightweight materials such as aluminum, which are further reinforced with rubber or plastic coatings. ...This simplifies manufacturing processes while also enhancing its durability against potential damages.

As stipulated by California Polytechnic State University's CubeSat Program, revision 13, the CubeSats are designed as microsatellites.

The design adheres to the "CubeSat Design Specifications" while leveraging the advantages of Design for Additive Manufacturing (DFAM) principles. Assembly is straightforward, and manufacturing costs are kept low. The chosen additive manufacturing...

1U CubeSAT

CubeSat for education

The Architecture of CubeSats

The C1 cubesat design is currently being evaluated by the judging panel. It was developed with careful consideration of the challenge's specifications in mind, allowing for quick and easy 3D printing within minimal time. The versatile design can be...

The modular CubeSat design is manufactured via Fused Deposition Modeling using PC-ABS, a lightweight yet strong material (approx. 270g). Its flexible structure allows for easy attachment of 1U corner rails with M4 screws and includes files for 3U and...

The two-part cubesat design facilitates simple assembly, as both sections can be manufactured concurrently. This reduces production costs significantly. The major advantage lies in the easy integration of the two modules, with the primary module...

Self-sustaining CubeSats, equipped with solar panels, are designed to harness solar power for their energy needs.

A CubeSat design features three components specifically created to be manufactured using home-based 3D printers equipped with one extrusion head, eliminating the need for support materials.

Part of team in design of a cubesat for Kenya from Sapienza di Roma.I specialized in and did the entire thermal and structural analysis by myself

Part of team in design of a cubesat for Kenya from Sapienza di Roma.I specialized in and did the entire thermal and structural analysis by myself

https://github.com/nmadev/Cubesat-CAD models

The CubeSat endeavor I'm working on

I designed a high-tech cubesat model, driven by my passion for unraveling the mysteries of physics and astronomy. As a novice designer, I'm eager to hone my skills and eventually share an upgraded version with the world. ...The prototype was printed...

A single-piece CubeSat has been fabricated through six repetitions and subsequently joined together.

This 1U cubesat frame tackles wire routing and heat dissipation issues through innovative design elements. The FDM 3D printing technology enables construction of a square maze structure for increased heat transfer and strength in all walls and...

The success of 1U CubeSats has inspired many individuals to attempt building their own. ...Wanting to join the trend, I decided to give it a try as well.

A CubeSat is a 1 kg square-shaped miniature satellite (10 cm x 10 cm x 10 cm—roughly the size of a Rubik's cube). ...A CubeSat can be used as a single unit or in groups of several units (up to 24 units).

A CubeSat is a 1 kg square-shaped miniature satellite (10 cm x 10 cm x 10 cm—roughly the size of a Rubik's cube). ...A CubeSat can be used as a single unit or in groups of several units (up to 24 units). Category: Physics & Astronomy

It meets technical specifications from the "CubeSat Design Specifications" and uses materials available through additive manufacturing. The design aims to reduce part count by creating a unibody structure, cutting costs, weight while maintaining...

It is a directly printable model of a 1U Cubesat with the scope of custom spacing with the help of nut and bolt for placing the instruments inside at the specific required height. It contains the first file which is the main body, secondly the...

To create an easily accessible cube satellite, I'm designing a model that can be printed using FDM 3D printers. ...My design eliminates the need for extra support structures during printing, making cleanup simpler and more efficient.

A truly ancient cube-shaped edifice that I designed for my university coursework back in 2010 still stands today.