Advanced spiralized beam "mandaloid octa-quatro"

This simple form (part of more complex model to be uploaded) is presented here intentionally on its own; it will subsequently be linked to an article that explains the weaknesses of slicers.

anyways:

Set your "K" value goddamn low because speed and strength comes together here!
Let's reinvent and improve THE VASE!

While using PET-G or close filament, speed doesn't just save your time:

• Speed actually improves the strenght. Speed helps increase strength for more reasons (better layer bonding due to temperature, stringing and cavity reduction, cleaner extrusion geometry, ...)

• Volumetric speed > 45 mm³/s achieved with a budget, long nozzle hotend for this model.

• Forget the delusional misconception that a larger layer height implies only a rough draft or lower print quality! A greater volume of material per layer aids in the bonding of individual layers and can even enhance their properties through improved inter-layer adhesion and increased strength in the print direction. When using PET-G for spiral (vase mode) printing with a 1mm nozzle, never set the layer height below 0.25 mm—doing so will result in a weaker and less aesthetically pleasing print!

• High printing speed is not just a matter of geometry; it is absolutely essential for achieving high-quality, strong vase prints with slight over-extrusion, all without the formation of unwanted strands (so-called "stringing"). 

• Did you know that the compressive strength of PETG is higher than that of standard concrete? If so, have you ever wondered why this doesn't hold true for your own prints?
  The short answer is: We slice PET-G WRONG!
  
  DO YOU FINALLY SEE THAT 'VASE MODE' DOESN'T JUST MEAN A SHELL WITHOUT FILLING?! ;-) This particular shape can withstand few hudrets of kilos and after little enhancement it can do few tons using just about 1/3 kg of filament - yes! A normal, cheap PET-G you can buy for 5-10 bucks for 1 kg!