GENERAL NOTICE note on cura enable acc/jerk controls for default marlin like values. do not use, compensate walls , outerwall wipe its generally slow and unessary. MAKE SURE RELATIVE EXTRUSION IS ENABLED IN PROFILE. not doing so will lead to coordinate issues. things that need to be setup /adjusted, filemnt run out sensor / pause macro

REMAINING FEATURES TO DO pause, filament runout , skr 1.3 config ,

CALIBRATION PROCEDURE 1 probe_calibrate. remove probe test z down cold nozzle use paper accept save_config. 2 calibrate macro. 3 run pid macros. note on mesh it should only be used to deal with damged beds or diagnostics. using it to compensate for off delta calibrates does work but, the con is the nozzle will be lifting but remain angled = poor finish / possibly stringing releated issues.

exception to this. on some printer it may require a inital delta calibrate via paper methode to get the effector trammed enough for the stock probe. some printers may have to excessive of a angle to probe with leading to false points. under the klipper website refer to delta calibrate docs and, add # on the probe section to turn it off. under klipper config reference on the website. Use the default delta kinimatic settings for delta calibrate. height (5) and set z min -5. if this is not changed paper method will end up with a excessivly high effector to step down to run the manual probe sequence. Its best to ensure the machine is actually square and the bed clips are not warping the bed in some way.

Flsun-super-racer klipper based on oem spec / functionality (yes this is for stock printers with out mods )

#Default. QQS And Q5 BETA ADDED CREDITS - Johnny-f Fletman converting things over.

Routinely updated with the similar functioanlity to oem marlin. spec upgraded in areas This config is currently compatible with cura after minor klipper specific changes to start gcode under printer settings version 4.12. The 4.10 cura should work by in cura the start gcode is setup to use relative extrusion. this must be enabled in the profile otherwise random movments can and will occure. make sure to change both stock profiles. This config is setup like a tutorial island the settings must be enabled for it to work. This is to attempt to lessen the learning curve if you can compile marlin. and to ensure that individual machines are setup to their indivial values. every machine is a bit different due to qc and, assembly.

OTHER HARDWARE / REOMMENDED BUT OPTIONAL. HDMI Capacitive Lcd for KLIPPER SCREEN. This grants nearly full acess to a clean ui with most klipper settings / standard printer controls in a modern touch ui
it should be noted the stock. lcd more then likely will not be added to Klipper by developers anytimee soon (months/years) theres many other more common screens stil waiting for support. This is mostly a manufacture issue / semi propriatary software and tfts running their own firmware. if you don't want to use a pc / cell phone don't wait up. Notes on klipper screen this removes most of the need for fluidd / mainsail other then uploads. IT makes certain features easier such as setting up zoffset / baby stepping. It also has visual bed mesh , wifi selection , and, what you'd expect control wise from a graphical marlin screen in terms of settings / control.

WHAT NOT TO DO Once everything is installed, due to printers offsets being different it is suggested to raise the z offset in fluidd or mainsail 1 or 2mm to then lower it incrimentally on a test print.This is a good safety measure to ensure the measured value were correct. It is also recommended to test the probe via probing into a hand to ensure its working with the other hand on the power if it doesnt stop for whatever reason. Do not enable listed features in slicer that are known to be incompatible. those can be found on the klipper slicer docs on the website listed. Do not assume square corner velocity is the same as jerk its not the same. klipper runs on different motion software similar to junction deviation usually 5-7 on the sr is good and high acceelration. there are exceptions to this eg low accelleration higher square corner for smaller prints with lower acceleration.

use a bed mesh to solve underlying problems. A mesh should be used to deal with poor topography eg pitted / damaged glass or , uneven pei. delta calibrate should be able to tram the effector to the bed. while a mesh may resolve some issues however at a cost. The nozzle will remain crooked and fail to iron lines cleenly leading to cosmetic issues. mesh will simply raise the z to compensate for height / depth variance without correcting the nozzle /effector angle.

GENERAL DISCLAIMER use at your own risk I am not responsible for any resulting damages or miss use. All setting are setup to be in spec to the orginal marlin 1.3 firmware or close due to firmware differences. The speed is however setup to be faster and resolution is 3x higher then marlin on the steppers. In general it is a bit more quiet.

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