SKR Pro V1.2 32bit Control Board high-Frequency 3D Printer Motherboard, Support TMC5160, TMC2209, TMC2130, TFT35 E3, TFT70, TFT35 V3.0.1, Mini12864 LCD

Let me start by saying that I'm a controls engineer in an engine CNC plant. I have my first 3D printer, a Creality Ender 5 that I've tried several boards on. The stock board works and nothing more - and it's loud. I first switched to an MKS Gen L with TMC2208 steppers and a fanless power supply - Wow, huge difference in noise levels. Then i jumped to a Duet Maestro (Genuine, not a clone) and it's an awesome board - ticks almost every box of mine except being able to customize, change steppers, etc. After that I bought an SKR v1.3 - great board that forced me to learn Marlin 2.0 since it's 32bit. I never installed it because I learned about the SKR Pro before i got around to installing it. This SKR Pro was a bit of a challenge because of how new it is and there's not the same wealth of info like there is for say the Gen L. At first, I though my SKR Pro wasn't working because I couldn't see the SD card when I connected the board to my computer with a USB cable. Kingprint reached out to me right away and answered my questions and pointed me in the right direction. I still haven't connected this board to my printer because I'm happy enough with the Duet. But, I've got the firmware all configured and have tested it with steppers, LCD and thermister as well as the Wifi module. I'm collecting parts for a major overhaul and will install the Pro then - I'm really looking forward to that. The overhaul will include the SKR Pro V1.1, BL Touch, Hero Me fan shroud on an E3D V6 hotend. BTW - I've looked at touchscreens several times and I still come back to the RepRap smart controller 12864 as the easiest, most useful and sensible display of all - especially if you're using Octoprint anyway. Bottom line on the SKR Pro V1.1 - -Buy from Kingprint, they're great to deal with -It's the most versatile and configurable board out there -supports up to 6 steppers, 3 hotends, 3 fans -32bit **Update** I have the board installed and began testing on my Ender 5. I had to go into Marlins' pins file and remap the endstop pins so they would work as X_Max and Y_Max instead of X_Min and Y_Min due to the location of the Ender 5's limit switches. I homed all axis and then moved them to their extents but discovered they were travelling too far. (2x too far). I changed steps per mm from 80,80,400, 415 to 40,40,200,210 and it seems to work but is only a mask IMO. I am using TMC2208 V2.1 but have ordered v3.0 to use UART without extra wires. That might have worked with the V2.1's but I read about the firmware changes required after ordering the V3.0's - Oh well, we'll see

Using this card with BIQU 2209 drivers and BIQU TFT35 V3.0 and it works great once you get the software sorted out. Lots of features and no extras really needed. Beware this board is large. If you have a smaller printer it may not be possible to find a control case that will work and fit on your print bed. I have this issue. The case I want won't fit on a 220 x 220 bed.

I great board for a good price. I can’t rate it’s print quality as I’m using it for a CNC router but it works very well and was great value for money.

I'd consider myself very experienced in 3d printing and moderately experienced in coding/IDE's, but setting up this board still took me many, many hours. It's not like an 8 bit board where you can use arduino to upload code, you have to use an IDE extension called platformIO that runs in your IDE. There are plenty of how to videos online. However, the likelihood that you'll be dealing with the exact same marlin version, config files, pin descriptions, library versions, platformio version, path settings, board settings, and platformio board descriptions as the video shows is slim to none. I had to change the pins file to adapt for a y2 motor and y/x max stop, I had to search all over for compilation errors, and I still have yet to figure out neopixel support. That said, the hardware is fantastic and the board's support for UART made TMC2209 Installation super easy. Love the screw terminals as well.

I bought this board for dual z-axis stepper drivers and I wanted to be able to add a second extruder later on. I now can level the gantry with bl touch. I am currently watching my first print come off the machine and the board really seems to perform! I'm very happy with the the board. I don't have anything bad to say about the board itself. The challenges were in mounting and firmware for me which should be expected for this type of update. I have mine mounted on the left side in the rear on a flat panel exposed for now as I deal with wiring. I'll mount it proper once I get all the bugs out. I would recommend github desktop If you don't already have it. It is very helpful getting the code you need and showing you the changes you have made from stock.

Silent and quickly with following configuration: 6 x DRV8825 (IDEX) , 3d Touch, Filament smart sensor, Chamber temp sensor, and waiting for BTT TFT35.

I have no idea why this board isnt more popular. The skr 2 is about the same as this borad. Beats the skr 1.3 and 1.4 turbo all day long. This board has 3 pwm fan controls so you can shut the fans down when its at idle. You can run different psu's with say 24 volts for motors and 12 volts for board. No buck converters for your Noctua fans!!

I'd like to start out saying this board has AMAZING potential. Maybe in a few years, it will have reached that potential, but as of right now, there are virtually no internet guides on setting it up and no help except for the poorly translated instructions provided by the company. I had no troubleshooting help, and the company's support wasn't any help either, completely ignoring my email for more than 2 weeks now. On the first board I tried, the X-motor port seemed to work fine, but the others failed to get output at all. After I got over some initial stumbling blocks and wrote some marlin code. (hint, the instructions are blatantly wrong and if you follow them, you will not get your code to compile. Hint 2. don't download visual studio, start out with Atom with the platformIO extension) I sent my board back and asked Amazon to replace it, my replacement arrived and I continued my testing. I had the random idea that maybe I had my stepper drivers plugged in backwards this whole time and that would explain my motors not working. FUN FACT: if you plug in the drivers backwards and turn it on for even a second, it will fry your entire board and the entire thing will be rendered useless. I don't want to downplay the potential of this board. It has a seriously impressive list of features. Maybe in a few years, this comment will be obsolete, but someone who actually knows what they're doing needs to pick this board up and create a comprehensive internet guide and the company has some interesting bugs it needs to work out. (like, i don't know, maybe having a breaker trip when you plug in the stepper drivers backwards instead of frying the entire board?) If you know what you're doing, I think you have a shot at making this board work really well, but if you're new to anything Marlin or 3D printers like I am, this board is not for you.

My android 7 table twhich worked on my Azteeg, cannot deal with the BTT USB drivers, so annoyingly Pronterface on a PC it is. On board crimp connectors are frustratingly tiny. Despite my 2209 drivers I prefer optical stops which now require a pull up resistor. Still work to be done.

I am building a Lowrider V3 CNC from V1 Engineering and this forms part of that build. I have done the 3D printing part of the build and gathering all of the necessary parts. Whilst I haven't put everything together yet, after my initial research and inspection of this, I am very happy. I will update the review once I have completed the build.

The board is generally good quality with decent features and reasonable price. Unfortunately, some of these boards have issues with endstops not working properly. I had to solder extra pullup resistors to get the endstops to work. Other wise great product.