cubesat design 3d models

Humans design a compact satellite structure that accommodates a Raspberry Pi camera module. The cube-shaped enclosure measures 10 centimeters by 10 centimeters by 10 centimeters, providing ample space for the camera's placement. ...M3 screws are used to...

The design caters to plastic additive manufacturing methods, with calculated masses of 116 grams in nylon and 118 grams in PEI. ...Roll pins secure the cube assemblies, requiring no tapping; laser-cutting could be utilized for bottom and top panels if...

The design encompasses two distinct components and consists of a total of three parts for a 1U cube (2 side covers and 1 main part). The cube's sidewalls boast a honeycomb structure, which reduces weight while enhancing rigidity. Rails are engineered...

My CubeSat Challenge design is detailed in the accompanying PDF. Gomspace supplied the electronics, customized with alternative colors. A Raspberry Pi 2 was utilized in my rendering. Please see these videos for related content:...

The TopOpt CubeSat design features a main body, top and bottom plates, and rails, all created using aluminum (AlSi10Mg) through Direct Metal Laser Sintering (DMLS). The optimized structure is lightweight at just 72.53 grams, with an open design that...

The CubeSat design comprises four identical interlocking panels, with the top and bottom panels utilizing the same file but suppressing the "rail" feature. This innovative approach reduces the need for screws. Additionally, snap connectors...

The original CubeSat design no longer met my expectations, so I made the decision to redesign it with a focus on improved assembly efficiency and increased space for electronic parts. ...Further updates will be provided as they become available.

The MS CubeSat is designed with two frames, a main frame and a lid frame, ensuring easy assembly and dismantling. Manufacturing options include SLS (selective laser sintering) and FDM (fused deposition modelling), with nylon or aluminium as possible...

The CubeSat design features a closed central cube, with open top and bottom sections. These areas are secured by top and bottom plates using screws. ...To identify components, four snap-fitted plastic pieces are affixed to each cube side, featuring...

The 1U CubeSat design incorporates FDM printing with PEI or similar materials. PCBs are installed in cartridges, then inserted and securely clipped into the lightweight yet robust honeycomb frame. ...Solar panels are firmly attached to the frame via...

This is a CubeSat designed for additive manufacturing. Unfortunately, some issues with the computer caused a delay in completion. However, rather than letting it gather dust on my hard drive, I've decided to share it here. ...Currently, the 3D files are...

The core idea revolves around axes in a CubeSat design, featuring two moveable axes that enable altering a satellite's face without disassembling parts. The first axis facilitates easy operator access for repairs or maintenance within limited space...

The CubeSat adheres to the "CubeSat Design Specifications" and is designed with design for additive manufacturing (DFAM) principles in mind, specifically utilizing Fused Deposition Modeling. This technique allows for the use of composites such as...

This CubeSat design features 12 moveable panels that increase its effective area for potential applications such as power generation or sensory experiments in orbit. The panels are extendable via a spring mechanism and can be printed using direct...

The CubeSat design adheres to the 1U specifications with dimensions of 100 mm x 100 mm x 113.5 mm. It comprises an outer and inner frame. The outer frame aligns with CubSat specs, installing within its inner frame and Separation Spring. Guide rails...

... The center of gravity is at -0.920mm on the Z-axis. For comprehensive details, consult the "CUBESAT Description design.pdf" file attached to the application. ...This design is by the team comprising Ivan Zerpa, Jesus Zambrano, and Henry Alfonzo.

This cubesat design aims to meet CalPoly standards, maximize payload capacity, be partially modular, utilize additive manufacturing, and adapt to various CubeSat sizes. The frame is made of aluminum with direct metal laser sintering and hard...

To address this issue, I set out to design a custom platform that doesn't require print supports, looks great, and can accommodate various boards I regularly use.\r\n\r\nThis 1U CubeSat is designed to be fully compatible with the 1U CubeSat standard...

On 21st June, an updated version of the 1U model and associated 3D files was released for a modular Cubesat frame design. This innovative frame features interchangeable end panels with folding legs that can be 3D-printed in various styles based on...

With a high safety factor and natural frequencies far from potential interference sources, this CubeSat design offers a robust and lightweight solution for space applications. ...The materials chosen, titanium and PEI plastic, provide strength and...

... This 2U CubeSat is designed to be compatible with the 2U CubeSat standard developed by the California Polytechnic State University CubeSat Program. It features the same adaptor that allows Arduinos, Raspberry Pi's and PC104 boards to be installed.

Design Overview: This CubeSat was designed using Sketchup software. Although the circuit cards resemble PC-104 models, their components are fictional and used for demonstration purposes only in a Cubesat environment. Update 2018.1.16: An unexpected...

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 challenge entry presents a unique solution to fulfill the four conflicting requirements for the CubeSat structure design. The frame is designed using several vertical segments, which are pulled tight around the rigid inner parts by prestressed...

cubesat

cubesat

CubeSat miniaturized satellite frame designed specifically for evaluating various component dimensions in a controlled environment.

... satellite platform. By leveraging the resources provided by the Cubesat's design, you can integrate the Adafruit screen seamlessly, creating a truly cutting-edge system that combines precision engineering with user-friendly interface capabilities.

... stabilized due to their upward-facing surface and lower surfaces. ...The design on the side panels offers optimal support for cubesat framing. ...These spacecraft are exceptionally light, with an approximate weight of 1 kg, as per instructions.

... file of a CubeSat deployer for a 3U CubeSat. ...The door opening mechanism and deployment mechanism is designed and assembled.The door opening is actuated by a DC motor and the deployment mechanism makes use of magnetic clamps and compression spring.