

As someone who got the “Kit” version, I must add something that drove me nuts.
The Voron Documentation is extremely good, while I had some instances in which I would have liked more detail, the instructions are easy to follow.
However, the LDO documentation is abysmal and missing quite a bit of stuff. They do have a wiki that lists things to skip but the replacement instructions are very short and barely understandable. They don’t even mention things that you might need to print in addition to what the Voron needs. A specific example of this is the exhaust, the “Voron way” would be to print a cap that goes on the top at the back of the printer with a fan and a HEPA filter but the LDO kit doesn’t have that because it should come with the Nevermore filter. But this isn’t really mentioned there in the documentation and you need to dig through the wiki and the github project to find the right files for what needs to be printed.
I also had some trouble with the cables on the stepper motor that controls the X axis, they seem to be loose inside or don’t make full contact which means that, depending on the wires position, could make the stepper motor not work that well.
Lastly, I am currently building the Box Turtle AFC (automatic filament changer) System also from LDO and, from what I can find, there is absolutely NO documentation about it. I was in the beginning of ordering some TPU spools because the build instructions of the Box Turtle say that you need some before I saw that they provide those in the Kit.
With that being said, would I source the stuff all by myself? Hell no.






That depends entirely on the result you get and the Filament you use. Also, keep in mind that whatever you set your bed temperature to and what the printer reports, very likely isn’t what you actually print on. For example, on my Ender 5 Plus, I have a glass bed and had to set my printer to 75°C while on my Voron 2.4, I can simply set it to 66°C and get the surface temperature to around 60°C.
which means that you need to measure the temperature on the surface of the printer and not rely on what the printer is reporting (unless you actually measured the temperature and can guess the actual temperature). The more mass that the print has to heat up, the longer it will take for the print surface to actually reach that temperature.
Personally, I aim for around 60-65°C for the print surface for PLA. I always had good adhesion for my prints at that temperature.