FIY, The config loading stuff will work properly in the next firmware/sw release
FIY, The config loading stuff will work properly in the next firmware/sw release
Nthat would explain why everything went sideways when I just tried to test it 
JWhat's the max motor current for the rhino motors?
W30A
JWhy would allowing damper gain above 0% induce vibration/oscilation? do I have a Lpf setting off somewhere?
NI keep my damper at around %20.. no issues. THe only one that induces oscillation for me is friction
Jmaybe I need to turn friction off
Jnope
WNeed to see your settings to make any guesses
JIt's just very intense, it stops oscillating at 2% gain
J
WTry spring filter @ 15Hz, and set spring strength proportional damping to something like 70%
Jtangentially: is there any other way to increase my spring force? after feeling the damper make it solid as a rock I know the motor can cause more resistance, but I have my spring force at max and it is not very strong
WYou can use spring mapping to increase gain
Jalso what is the difference between spring strength proportional damping and regular damping?
WBut that + endstops can cause more stability issues
WWhen spring gain increases, damping also needs to increase to keep it from shaking to death. That (spring strength proportional damping) parameter does that automatically.
Jis the other setting a constant regardless of spring gain?
WDamping parameter is not dependent on spring gain
WAlso there is a RHINO-defaults.vpconf file in the configurator directory, that has the updated "factory" settings for the Rhino.
Jis there a reason to turn max psu current to 7 down from 9? the PSU rated at 9.5
WJust a default safety margin, you can increase it
Jwow the new defaults are way better than what I had
Jthink I discovered why
JSo I think it was my axis scaling being off
JThat's asking the point of the physical axis where 100% logical is reported, not taking the endstop into account
JI had the values in relative to the endstop. But now that I've solved that issue I'm getting oscilation when I hit the endstops, any tips on easing that? lower spring frequency?
Jdecided my solution is going to be print those deflection adapters
JWow yeah cleaning up my settings combined with the telemetry app and it's like Rhino 2.0
RWhat and why the default setting updates ?
JDefaults didn't use to have good values already built in for a lot of the effects
Jlike I was never able to get the balance spring working right, but the defaults work great
RAhh
JMy settings were built from a defaults file that was very old
Jalso it looks like the frequency settings for a lot of the effects are higher, which I'm guessing is they were very conservative at first and got tweaked up as things were made/confirmed stable
RI see
LHello, is it possible to get the Rhino to treat the TM hornet grip trimmer switch as a HAT switch instead of buttons?
Ais 15hz a new recommendation for spring filter? in the app you recommend a max of 12hz
LAnyone have any thoughts on how I can get rid of this play in the pitch axis where the grip (or extension) attaches to the base? It seems as though the mating face on the base has a hump on it, but when I check it with a straight edge it seems fine. Neither the grip nor extension have this play when I connect them to my Virpil base. Oh and if I turn the extension 90° (can’t with the grip because of the rigid connector) the play is still in the y-axis.
AIf you unscrew the square ring around the base of the leather, you can lift it up and check the tightness on the bolts on the alu stem
LThanks, I’ll check it, but it seems like the movement occurs above that. The connection between the aluminum stem and mounting adapter feels solid. But, maybe I just can’t create enough leverage without the stick attached.
LI guess it was that joint after all! Seems to be much better now (after tightening the screws) but I took the opportunity to print some throw limiters while the dust boot is off so I’ll test properly when they’re done.
LSadly I damaged my TM Hornet grip in the process of taking it off and putting it back on so many times troubleshooting. I broke the center alignment post of the DIN connector and bent all the pins 
. Managed to straighten them back up and everything seems to be working fine again. Is that a standard part I can get somewhere to be proactive in case it fails in the future?
. Managed to straighten them back up and everything seems to be working fine again. Is that a standard part I can get somewhere to be proactive in case it fails in the future?
KIt's a standard part called "DIN 5P". Some folks modify old keyboard DIN 6P connectors to work, but I just buy the real thing. You can find them on digikey in many forms. Here is one https://www.digikey.com/en/products/detail/cui-devices/MD-50/96914
SDigikey ftw!
PHow do I prevent this springy-ness? It wasn’t happening until I applied my throw limiter and re calibrated
NI dont know if I know the answer, but your screenshot only tells half the story... also need to see the Effects tab (I highly doubt you have all your settings maxed). The effect settings in "Effects" and the sliders in "Settings" work together (or, rather, they limit eachother)
POnly the sprint box is checked on effects, I have never touched that page prior
Aif you want to get rid of springiness, try playing with damper settings in effects
RTurn damper up to 20-30 as a start. That will go away.
RI run 65 spring and 35 damper.