BIGTREETECH PAD 7 Touch Screen Based on Klipper firmware 7 inch Open Source Smart PAD with CB1 Board KlipperScreen for BIQU B1 SE Plus, Voron 2.4, Ender-3 and Most FDM 3D Printers DIY

1 compulsory star given because mine didn't even power on so I can't fairly give a review either way Checked multiple outlets, the power supply was in good working order. Swapped out the TF card with new formatted card and still would not power on. So I returned it and will be purchasing another hoping this doesn't occur a second time FOLLOW UP EDIT: I did end up ordering another one and the second Pad 7 works perfectly. Configured and working just fine. Very happy

This was an amazing upgrade for my Ender 3 Neo Max! I wanted to add Klipper and this works perfectly for my printer after I was able to build out the config. It's a perfect size and bright and easy to see screen. Overall i'd say that this is one of the best values in Klipper pads out there.

I have both the BTT Pad 7 and the Creality Sonic Pad, so I will be comparing them against each other. I have also set up a working Klipper instance on a Raspberry Pi. The Pad 7 is as much stock Klipper as you can get. BTT hasn't messed with anything here. The Pad itself is running stock Klipperscreen, and SSH is turned on by default. It runs Mainsail from the factory, but I installed Fluidd along side Mainsail at port 81. Setting up the firmware for your printer is pretty much like setting it up from a Raspberry Pi. I use the KIAUH script to build and install the MCU firmware. Using the screen is pretty easy, and it's pretty intuitive. I plugged in a Logitech C270 webcam for print monitoring, and after setting it up on the screen, it works as it should, although the webcam stream does not show up on the Pad 7 screen. You can only live view the webcam from a browser in Mainsail (or Fluidd). I only get about 15 FPS from the webcam on Mainsail, but I don't know it that's a camera problem, or the screen. WiFi is atrocious. I couldn't keep it connected to either 2.4 Ghz or 5 Ghz. Luckily it has a ethernet port, and following my rule that only portable devices connect to WiFi, and permanent devices are wired, this didn't impact me too much. I came with an actual Sandisk 32GB Micro SD card, which was a pleasant surprise. Pros: - Once set up, it seems to be rock solid. - Screen is clear and responsive. I notice no lag. - Just like using Klipper on a RPi, but you get a screen, too - BTT hasn't done any shenanigans with the Klipper install. It's seems to be wide open. In fact, it looks to be running Debian - There are example printer.cfg files on the SD card for a variety of printers. - Can replace the CB1 with an actual Adafriut CM4. - Includes an accelerometer for resonance tuning. Cons: - Setting up your printer is just like stock Klipper. You need to know your exact MCU processor to compile. If you - If your printer doesn't have a config file on the SD card, you need to manually confirm your printer's kinematics, thermals, and everything. - No live camera stream on the Pad 7 screen (not stock anyway, there might be a way to set this up) - Accelerometer cable is too short for big printers. - Basic features are missing from the screen's interface, like PID autotune. Compared to the Creality Sonic pad, it holds it's own. The Sonic pad is easier to set up (if you have a late model Creality printer), and the screen interface has more features. The BTT Pad 7 is more open than the Sonic Pad (Creality isn't running Klipperscreen for the Sonic Pad's UI. I have no idea how to modify it. I suspect it's running some weird firmware). Overall, If a person was looking at these, anything other than a stock late model Creality printer, I would get the BigTreeTech Pad 7. I use the Sonic Pad on my stock Ender 3 S1 Pro, and it works great. I have the BTT Pad 7 running my customized Ender 5 Plus (SKR 1.4 Turbo), and so far it working awesome.

I purchased this to convert my Sovol SV-06 to Klipper. The included documents can also be found on its own GitHub which you may need to reference to update and configure the included CB1 MCU. After I got the config file how I wanted the Pad 7 got hooked up to my printer and It booted right in to Klipper without issue. The only issue I had with this was a very subpar wifi performance, I would start a wireless file transfer and it would get 5% done then loose connection. After some research I found out that if you are brave enough to open your Pad 7, take out the wifi antena and clip a trace your wifi performance will improve substantially (see my 3rd Pic). Again don't start clipping if your wifi works. Overall a great cost effective way to get in to Klipper with some minor adjustments.

I bought this to convert one of my 3D printers to Klipper and add all the extra functionality it brings. My experience with Klipper was very minimal before buying this so I fully anticipated needing to spend the time learning the basics and putting myself through a solid crash course on all the new features. I couldn’t be happier with the results and the new features. The screen is so clear and easy to use once everything is setup correctly. The WiFi connection and remote control features are so much more convenient.