cubesat shop 3d models

This collection of boards is designed for a 1U CubeSat concept that I developed as part of my end-of-module assignment in the Space Science postgraduate course at The Open University. Three of these designs are loosely based on commercial...

I'm excited to share this miniature model of my cubesat with you. It's part of my SPace EXploration research group at RIT, and I've made all the design files available for editing fun! The model can be assembled mechanically or electronically. Step...

Project of a walking robot based on a 3U cubesat.Before assembling, be sure to watch all the previous videos about my walkers.Assembly video - https://www.youtube.com/watch?v=exeGmAXxhUAThere is a problem with gamepads, not all of them work...

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

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.

Cubie offers an optimal aerospace solution for CubeSat Challenge participants. 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...

The CubeSat design boasts dimensions of 10x10x10 cm, equating to a 1U size. FDM additive manufacturing is employed with ABS thermoplastic as its material of choice. This innovative design features six unique parts including the top cover, bracket,...

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...

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

The components of this project include a top cover made of stainless steel, bottom cover of stainless steel, four side covers also made from stainless steel, and four vertical frames constructed with aluminum profiles. Additionally, eight screws are...

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

The plastic bed accommodates motherboards and PCBs, eliminating the need for plungers. Frames are manufactured using FDM technology, resulting in a lightweight structure due to their porous nature. Frame height is adjustable depending on hardware...

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 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...

The concept boasts several features including full closure, partial openness for wiring, and complete openness. Additionally, a solar panel is included. This versatile design allows for assembly and customization of satellites in any orientation.

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,...

Revamped emblem for three-dimensional software programs

Modular aerostat control panel. Additional components en route. ...Overarching structural framework schematics approaching.

In order to optimize efficiency, I focused on utilizing the largest possible surface area for solar cells. Materials such as titanium and plastic were considered. ...Additionally, a central panel was implemented to manage and control all solar...

The mass of this component is 297.71g, crafted from 6061 Aluminum Alloy and has dimensions of 1U (10x10x10cm). The optimal manufacturing technique for this part is Direct Metal Laser Sintering, designed using Solidworks 2015 software. It consists of...

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.

The updated version of my initial creation features an innovative rail system, enhancing its attachment functionality.

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

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

In my second design, I aimed to minimize mass by eliminating diagonal walls. To achieve this, I propose using a rectangular solar panel and circuit board for added rigidity within the frame. Additionally, I aimed for tool-free connection, so the...

Hello everyone, I am thrilled to announce a new idea that I have been working on for quite some 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...

My initial attempt in this task involves creating a model using additive manufacturing processes. It meets standardized dimensions. The updated wall design promotes reduced weight, increased rigidity, and less trapped heat inside the chassis.