I was looking at building my own using hoverboard motors Iβve modified. I can push around 10nm from them but havenβt ran the calc for max force after gearing. Also not sure they will have anywhere near the response the 86blf motors will
Yeah these motors have a few very good properties - coils are on the outside, meaning the case makes a very good heatsink and good mounting for the driver board to cool the transistors into the motor - one nice clean package as a result :)
Current state of a force feedback pedal set in slow building. Using the pendicular f-14 design. Would your software work in this application or would it require modification?
Itβs very heavy. Will be around 70 lbs when completed. I got tired of chasing my current pedal set across the floor. This sucker could be a boat anchor
The motors do heat up at max force, but with active cooling it's not a big problem like in the Brunner. The peak force for the 'Rhino' base is around 5Nm.
Awesome! Is it available for purchase yet? I heard a rough price of 800. I just be interested in the process of doing it. And some more information of the stick itself. I've been going through the channels here but I'm finding it hard to get a clear of it.
You can preorder a unit at the moment, I'm currently building a batch of 6 Rhinos. The price is 800β¬ for the finished base. Could you elaborate on what you mean "process of doing it"? Are you interested in the ordering process or building a joystick base yourself using a motor kit? :) I'm still working on the website, information and e-shop will be there in one place once that's taken care of :) You can freely ask any questions for more info about the Rhino base.
Oh I mean how one orders, like how long it would take for a batch to be ready and costs of shipping, I'm in AUS. I don't think I'm quite that talented yet to make my own.
More over about the base its self why do you think its the best on the market? What does it do compared which the others don't. How long is the warranty and will repairing it myself void it?