Rat Rig V-CHONK Project - Kit v0.4

V-Chonk: A DIY CoreXY 3D Printer for Advanced Users

The V-Chonk is an exciting open-source project for tech enthusiasts who want to build a compact and versatile 3D printer themselves. With a CoreXY motion system, a build volume of 180x180x180 mm, and modular electronics, the V-Chonk is perfect for tinkerers interested in both technology and creativity.

The construction of the V-Chonk relies almost exclusively on 3D-printed parts and off-the-shelf hardware. This makes it not only an affordable project but also a flexible experimental platform that is constantly being developed further. Thanks to community support, the printer is continuously optimized, with new features and improvements becoming available at regular intervals.

Flexible electronics options for maximum customization

One of the most outstanding features of the V-Chonk is the ability to configure the electronics individually. You can select each component according to your own needs and preferences to perfectly tailor the printer to your projects. If you prefer a simpler solution, there is also a pre-assembled electronics package that already contains the most important components, making setup easier for you.

Compact build space and strong performance

Despite its compact dimensions, the V-Chonk offers impressive performance. The build volume of 180x180x180 mm is ideal for printing small to medium-sized objects. This makes the printer particularly attractive for hobbyists and professionals looking for a space-saving device that is still powerful enough to deliver detailed and precise prints.

MGN12C linear guides for precise movements

The linear rails on all axes ensure that the print head is guided evenly and precisely. This high precision is especially important for applications that require complex geometries or fine details.

A DIY project for tinkerers and developers

The V-Chonk is more than just a simple 3D printer. It is an experimental project that invites you to push boundaries and try new ideas. Whether you build the printer as described in the instructions or customize it according to your preferences – the V-Chonk offers you numerous possibilities to design your projects individually.

The community behind the V-Chonk plays a central role. Through various platforms, developers and users share their experiences, problems, and ideas, leading to continuous development. This collaborative work ensures that the printer becomes more stable, versatile, and powerful with each new build.

Important notes for assembly

It is important to note that the V-Chonk is designed as a DIY project and requires some prior knowledge in 3D printing and electronics. The parts included in the kit include the frame, hardware, kinematics, as well as the print bed and heating mat. However, you need to add the cables for the electronics yourself.

It is particularly noteworthy that the printed parts are not included in the kit. You need a 3D printer with a build volume of at least 400 mm to print the largest parts of the V-Chonk yourself. The assembly instructions and the Bill of Materials are available online and allow you to build the printer step by step.

Why the V-Chonk is a good choice

The V-Chonk is a printer for those who love the challenge of building something themselves. Unlike many fully assembled 3D printers that offer limited customization, the V-Chonk provides complete flexibility and the ability to constantly add new features. Whether you want to print a functional prototype or a creative artwork – the V-Chonk can do both.

Furthermore, by assembling the printer, you learn valuable technical skills that go far beyond 3D printing. From selecting electronic components to fine-tuning mechanical parts – the V-Chonk gives you a deep understanding of how modern 3D printers work.

V-Chonk FAQs

What is the build volume of the V-Chonk?
The build volume is 180x180x180 mm, which is ideal for small to medium-sized print objects.

Which parts are included in the V-Chonk kit?
The kit includes the frame, kinematics, print bed, and heating mat. The printed parts and wiring are not included and must be sourced separately.

Do I need special tools to build the V-Chonk?
Yes, besides a 3D printer for the parts, you will also need standard tools like screwdrivers, hex keys, and possibly a soldering iron for the electronics.

Can I choose the electronics myself?
Yes, the V-Chonk offers flexible electronics options, so you can choose the components yourself. Alternatively, there is a pre-assembled electronics package.

How large does my 3D printer need to be to print the V-Chonk parts?
The printer you use to print the parts for the V-Chonk should have a build volume of at least 400 mm.

Is there a community for the V-Chonk?
Yes, the V-Chonk community is active and regularly shares updates, tips, and new ideas to further develop the printer.

Conclusion: The V-Chonk – A 3D printer for tinkerers and innovators

The V-Chonk offers a great opportunity for anyone who wants to build their own 3D printer and learn new technical skills in the process. With its compact size, flexible electronics, and support from an active community, the V-Chonk is an exciting option for both beginners and experienced tinkerers.

The project combines simple components with state-of-the-art technology, offering the opportunity to explore the limits of what is possible in 3D printing. If you are looking for a flexible, powerful, and customizable printer, the V-Chonk is the perfect choice.

Technical data of the V-Chonk 3D printer Feature Technical specifications Motion system CoreXY with MGN12C linear guides on all axes Construction space 180x180x180 mm Frame material Printed parts and standard components Height Approx. 415 mm Width Approx. 375 mm Depth Approx. 360 mm Electronics options Configurable electronics or pre-assembled electronics package Tool head & Gantry Lightweight design Kinematics Includes frame, hardware, kinematics, bed, and heating pad Parts for self-printing Not included in the kit (400 mm print volume required) Cable management Integrated, compact cable management Open project Yes, developed by the community