hello everyone, can you confirm to me that there will be no risks, because I am about to connect my rhino VPforce for the first time, with my meanwell 360w 16A only to power my rhino for the moment? Commentaires
I've noticed my base is getting a lot of "interference" it seems. it will randomly throw button presses in and I'm not sure if it's the base/cable or what is going on. pedals arent doing it.
I had the problem with the FLANKR Grip. Button presses of the mini stick end positions would randomly be activated. Calibrating the axis of the mini stick solved the problem.
Hello, maybe a dumb question and I hope this is allowed, I noticed on the VPforce website that components are available separately. Do hobbyists buy for example the FFB Motherboard and then source their own parts ?
Yes, you can buy motor kits to implement your own mechanics. The motherboard by itself is not very useful - it needs to be coupled with 1 or 2 motors (for pedals, joystick respectively)
@walmis @Fierce_Fire thanks for prompt reply, one last question please, I see there are STL. files available on Printables and GitHub (protomaker964 / Rhino-FFB-Clone-3D_Printed), are these useable or is there another source? Thanks
Just got this thing set up with configurator and TelemFFB for the first time. Dumb question: does the stick not behave like a conventional spring base and want to go fully back to center if you stop pushing? I feel like I'm holding it in place in a large dead zone until there are g-forces to push me away.
I apologize if this isn't the right place for this sort of question, but is the Rhino's base heavy enough that I wouldn't need to bolt it in place with a 200mm stick extension? or must I plan to have some way to fasten it to the floor?
Can someone tell me this is correct for the VPforce configuration part, because I'm having a little trouble, and it's to use the Vpforce rhino for dcs?
- remove belt - manually set min/max to 0/4096, Apply - enable spring, motor will center - put belt back on with stick centered on axis - Run auto calibration, apply, store
Center doesn't need to be exactly 2048... just need to be sure that the range of motion is within 0->4096
Would it be good to design or 3-D print a jig that keeps the stick dead center for this process is probably not needed but could be helpful almost like 2/2 squares like a coupling that slides into the plate or someone has a degree limiter installed.