0:53, best part! This deserves a best printer video award. It's like the naughty robot moments from Iron man! Have you tried spread cycle instead of stealth chop? Much faster at minimal extra noise.
I am interested in the mercury one for my Ender 5pro. Seeing how fast X, Y move is incredible, but obviously you can’t print at that speed…. What are your experiences with that?
The crash was caused by insufficient current running to the motors, which caused the motor to skip while accelerating or decelerating, thereby losing track of its position and ultimately slamming into the frame.
@@JP.Alonso I did wonder if klipper supported that, but my understanding is that the limit switches aren't checked unless it's homing. I guess I could cobble something together with an arduino and some interrupts 🤔
![ARGENTINA vs. CHILE [3-0] | RESUMEN | ELIMINATORIAS SUDAMERICANAS | FECHA 7](http://i.ytimg.com/vi/De3AWmXzhuA/mqdefault.jpg)
Cant fool me George Lucas I know you by your voice!
0:53, best part! This deserves a best printer video award. It's like the naughty robot moments from Iron man!
Have you tried spread cycle instead of stealth chop? Much faster at minimal extra noise.
Haha, bad robot indeed! I normally run SpreadCycle but I was trying to get a little more torque out of my drivers. It's back on SpreadCycle now :)
I am interested in the mercury one for my Ender 5pro. Seeing how fast X, Y move is incredible, but obviously you can’t print at that speed…. What are your experiences with that?
That’s some high tech bottom panel cover 😂
wow... that crashed pretty hard xD
who are you on the ZeroG btw?
Haha, yep, looks like it's OK though 😅. I'm srkthain, although perhaps I'll update my username so it's more obvious.
I like It.
But there's literally no way you can acheive even half those speeds on single Z.
My E5 starts making wonky layer lines at 60mm/s lol.
Yes, you're absolutely right, I'm going to have to do the Hydra mod with triple Z auto-leveling.
How to you do these test?
What was the cause of the crash. It almost looks like it thought that it hit the x endstop
The crash was caused by insufficient current running to the motors, which caused the motor to skip while accelerating or decelerating, thereby losing track of its position and ultimately slamming into the frame.
@@kamermans2 have you tried to install 4 limit switches to avoid those crashes?
@@JP.Alonso I did wonder if klipper supported that, but my understanding is that the limit switches aren't checked unless it's homing. I guess I could cobble something together with an arduino and some interrupts 🤔