The development of X470 took much longer than expected, due to the fact that this has never been achieved before with desktop 3D printing. Special thanks to our supporters at BuyMeACoffee for their continued support throughout the development of our projects. Even when we weren't posting much updates these guys still supported us. Huge thanks fellas✌ Also thanks to jlcpcb.com for providing the Control PCB for this project.
Huge congrats, saw your earlier videos and the progress is great! glad you got up to 10 bar with that pump, but perhaps your bldc would need some gearing? they are stronger when moving fast, and just 2x1 reduction would increase your power drastically for next bigger projects. other than this, kudos
Thanks my friend! In the test shown in the video the pump only ran at 10% power, so the power of the motor is no the limit. The pump has potential more than 10 bar (you can see it easily over shoot), but currently our valves can handle only 10 bar reliably.
Great work! Super impressive to see such a cohesive design that performs well, especially with hydraulics + FDM. Also, thanks for sharing your new BLDC driver design, I hope I can find a good excuse to get a few!
I'm still working on the code for the Microspora driver, It will be ready by this month. You're a legened. Where did you find out about that project. Is it Simplefoc or Oshwlab?
The development of X470 took much longer than expected, due to the fact that this has never been achieved before with desktop 3D printing.
Special thanks to our supporters at BuyMeACoffee for their continued support throughout the development of our projects. Even when we weren't posting much updates these guys still supported us. Huge thanks fellas✌
Also thanks to jlcpcb.com for providing the Control PCB for this project.
Thats very cool and must have been very hard to achieve such result!!! Congrats!!!
Absolutely amazing. I need to vote in for seperate sale of the hydraulics system. If you can, please do it!
Thanks my friend!! The 3D printed hydraulic system is the highlight of this model, that's why we didn't want to sell that alone
@RamBrosWorkshop it absoluetly is. I'd like to adapt it to my models, so that's why I am asking only about the hydraulic system.
Huge congrats, saw your earlier videos and the progress is great! glad you got up to 10 bar with that pump, but perhaps your bldc would need some gearing? they are stronger when moving fast, and just 2x1 reduction would increase your power drastically for next bigger projects.
other than this, kudos
Thanks my friend! In the test shown in the video the pump only ran at 10% power, so the power of the motor is no the limit. The pump has potential more than 10 bar (you can see it easily over shoot), but currently our valves can handle only 10 bar reliably.
Great work! Super impressive to see such a cohesive design that performs well, especially with hydraulics + FDM. Also, thanks for sharing your new BLDC driver design, I hope I can find a good excuse to get a few!
I'm still working on the code for the Microspora driver, It will be ready by this month.
You're a legened. Where did you find out about that project. Is it Simplefoc or Oshwlab?
hello great build is it posible to sell me the hydraulic cylinder files ?
Thanks! Currently We are only providing it with our excavator.