Could the bigger motors fit into the rhino box well enough anyways
Could the bigger motors fit into the rhino box well enough anyways
BDoubt it
R11lbs at the base. So it'll probably be only like 6 at the grip
BDepends on extension, but I haven't measured.
RI seek 20lbs at the grip 
Awhat grip are going to use?
Rt50
BIt'll snap
Aat that kind of power you're going to need to start thinking about grips and grip attachments
Rdamn
Athose are designed for far lower loads
Fsome have modded it but not stock
Ffor what reason exactly?
Rwarbirds
FI have largest motors but triple the extension so about the same force at the stick, and its more than enough for me
AI don't know if they will just snap outright or not, but I suggest you figure that out before making a super strong base
R20lb pull was standard at the grip
Athe virpil base isn't especially strong so that stick is intended for maybe a fifth of that pull at most, depends on how much extra strength they built in but it very well might not be 5x
BHalf that is plenty good for a sim, the biggest draw isnt for how heavy it is, but everything in between.
Its got great dynamics.
Its got great dynamics.
Ajust by touching my stick(s) I would probably be at least a little concerned about the durability at 20lbs
Rhmm alright
Rwas wondering how within the realm of possibility it was
BIt might not be immediate but fatiguing is a thing.
One of those realsim resin grips might do better but I'm not even sure those are made for 20lbs
One of those realsim resin grips might do better but I'm not even sure those are made for 20lbs
BIts an engineering questions, but I'd start directly with diy and hope you have access to a cnc mill
Ri do not
BAnd a ww2 planes doesnt require 36 button inputs.
AI don't want to shoot your dreams down since I'd like 20lbs myself, but I think there are quite a few potential issues to consider if you want to be successful
Rwell it was worth asking i suppose
BSo a diy fully metal grip wouldn't be to impossible.
Rwhat factors does the software look at for creating force
Rwithin dcs
Rwhat data does it draw from
Ametal isn't an I win -button, I snapped a Warthog clean in two by accident and I'm not exactly karate kid
Asome DCS modules have native FFB support, then there's the telemFFB software that looks into data exports and does its thing through that
RHow well does it work? How does FFB natively and then using Telem comapre
BWell thats a warthog, they build cheap and disguise with metal.
AI don't have a lot of experience, since I've been using mostly jets lately and I'm kind of a purist so I don't use the full spectrum of forces
Abut the important consideration is that the native FFB is a VERY inconsistent thing
Asome modules are great, some have no forces at all
BVery module dependent.
RJets I don't think it would matter much, there shouldn't be a lot to think about there. But more analog aircraft there's bobweights, stick forces from control surfaces fighting airflow, and weight and stability effects from %MAC.
Athe warbirds do have the important stuff such as stall shakes and stiffening in airflow (although it saturates at quite low speeds)
Ahelicopters tend to have force trim which is great
AF-14 is awesome
AF-18 has nothing afaik
AF-16 wierdly has a softer elevator axis, but nothing besides that
RDoes the stick get loose and slacken into the stall
Ayes
BI was suprised how much the f16 had 
Aprobably not, I'm too good to ever spin my aircraft so don't really know
