I haven't been able to source that one, and it would be too long for the Rhino π
I haven't been able to source that one, and it would be too long for the Rhino 
W@will3d thanks!
The main differences of parameters for different motor types are: cost, size, weight, torque, heat dissipation. So when building a unit this needs to be taken in consideration. Of course, you can take the biggest motor and tune it down as needed if you're not constrained, but sometimes size can be a constraint.
The Rhino itself is based on the smaller 57BLF03 and after gear reduction it provides up to 9Nm of torque at the stick. So if a more powerful stick is needed (that you would need two hands to pull out of a dive), then go with 86BLF04 and 1:10 reduction, that would generate up to 50Nm of torque
The main differences of parameters for different motor types are: cost, size, weight, torque, heat dissipation. So when building a unit this needs to be taken in consideration. Of course, you can take the biggest motor and tune it down as needed if you're not constrained, but sometimes size can be a constraint.
The Rhino itself is based on the smaller 57BLF03 and after gear reduction it provides up to 9Nm of torque at the stick. So if a more powerful stick is needed (that you would need two hands to pull out of a dive), then go with 86BLF04 and 1:10 reduction, that would generate up to 50Nm of torque
WThanks for clarification. I did end up reading the Rhino came with the smaller 57BLF motor. I will be using it with an extension, and ideally Mounted below platform, that is why I thought a stronger motor might be needed. Current extension is probably ~400mm
Sunderstood, thank you for the clarification 
Si dont have my rhino yet, but i do have a 500mm carbon fiber rod as my extension on a modified MS FFB2, and the force works just as well as without the extension. this motor is a lot more powerful i believe so you should be more than fine, if that helps!
Sgranted, the force isnt that great even without the extension, but should be an ok-ish reference on how much force you lose (or dont) with an extension that size
WOk. Iβm not sure it will be the same. You have significant leverage advantage so force will be less.
WCan anyone comment on the status of using aVKB stick? I have one and a Winwing and the VKB is significantly more comfortable and higher-quality. I understand they use a proprietary format though.
Vwalmis offers a vkb adapter that plugs into the black box
WExcuse my ignorance, but what is the black box?
VThat's what the VKB stick base plugs into
V
WIt's orange in this case
WRight. So this sends the button controls. And the rhino sends x and y? So requires 2 usb then?
VHaha yeah, I think the new plastic one is actually black?
VYou would need two USB slots yeah
FYes
WYes mine is black
WOk more questions. What belts are being used? T5? How long? Guess it depends on gearing but say 90t 15t
WRhino uses HTD5M belts with 12T/75T pulleys
WOk thank you. Assume 10mm width. What length? Depends on design I guess.
WYep 10mm, length depends on design
WDifferent question. What positional accuracy do you get with the steppers?
WThese are not steppers, but position feedback resolution is 4096 counts/rev
WThanks. Oh are these closed loop servos?
WYeah
D
DElectroengineering has never been my thing
WDo the drivers give out any emi?
WI have had a few issues with my motion rig.
WThey are quite clean EMI wise, I was afraid at first that motors could cause USB noise/resets but no such problems
WOk that is good to know. I'm sure they would be better than the controllers on motion rigs.
F@will3d just to add about precision, the Rhino is the most precise piece of input controller i ever had in 30 years.
Fcombined with the fully customizable behaviour with damping, friction and more, plus spring dynamics and additional effects coming in in realtime from the game... a dream
WThanks! What game are you getting feedback from ?
Fbest is DCS. a lot of FFB support. helicopter trimming is the most useful feature. followed by positional stick trimming in cold era jets. you will also get stall shaking. in WW2 planes stick pressure...
WI heard DCS has ffb support but itβs rather aircraft dependent. Do you get any turbulence feedback?
Ffor airframe effects get a jetpad or buttkicker with simshaker for aviators: https://forum.dcs.world/topic/147495-official-simshaker-for-aviators/
ED Forums
Ladies and gentlemen, I'm proud to reveal the secret project I was working on in the last weeks. I spent almost my entire free time and some days off work to push SimShaker to a new level. Thus, Andre and I can proudly announce SimShaker for Aviators. The new SSA v2 version is stable and Andre wa...
CIL2 is also quite good for FFB effects - stall shake and gun effects in every plane. It is great
P@walmis you really ought to setup some kind of pre-order status counter or something
MJust like the black box is on rl aircraft :p
Dvery black, but very boxy!
that's just the FDR, if we want to make the set complete we'll need the CVR too
that's just the FDR, if we want to make the set complete we'll need the CVR too
WSo looking at the VPforce software. What are "constant force" and "periodic effects gain" ? Or is there a manual anywhere ?
Scan someone post a video of this thing in action
SI want to see the force feedback in a ww2 plane or f14 tomcat
BI'm curious, could the rhino work as a omni-throttle for Elite Dangerous, where the X axis is just damper and the Y is spring with maybe some psudo detents for marking the halfway point?
P
MTo separate different functions to avoid crosstalk between axes you want to behave differently
Pthat doesn't explain why
M, though y axis being damped and x being sprung makes more sense since a throttle moves in y.
The 'why' is because you want a throttle to stay at whatever position you leave but roll or other directional inputs you operate briefly as proportional commands benefit from having a spring nudging input back to zero.
The 'why' is because you want a throttle to stay at whatever position you leave but roll or other directional inputs you operate briefly as proportional commands benefit from having a spring nudging input back to zero.