Is that all it is, an SPI signal that comes out of the handgrip?
Is that all it is, an SPI signal that comes out of the handgrip?
MYep, the vp board can interpret TM, Virpil, BaurBRD and any that use the same protocol natively, WinWing with an adapter but VKB req its own 'black box' you would need to route its wires to.
SThe toe brakes I could make a separate USB joystick, no biggie, it's the closed source software that I have no idea about with it working for rudder pedals
KI'm running the 200 mm Virpil extension on the rhino base and it's great!
SYes, I have to run a USB Arduino that connects to the Brunner via UDP. The Arduino does the conversion to Direct Input.
SIt works well for that but is an extra step and additional software being ran.
SBut the Brunner appears to be direct drive,no gear ratio to amplify the torque, so using extensions means the motors heat up quickly. If I don't fly and adjust trim continually to remove the force on the stick, it'll give out quick and it's a giant box between my thighs
SAnd it was 2x the price of a Rhino
RIt’s how my current franken sidewinder works. MMJOY2 on an Arduino Pro Micro talking to the TM stick shift registers.
SOk, so it's pretty straight forward then
RYea just search the web for MMJOY2 and dig into it.
SWith the Rhino DIY setup, I envision I could put all of it in the floorboard of my cockpit and use a proper length stick extension. Could even have a tandem cockpit where both sticks are driven by the same kit.
SI just built a button box that uses a similar project to MMJoy but uses a cheap STM32 Mcu.
SFreeJoy?
RDebolistis
RDon’t know if that talks shift regester
S
SI used a Debolistis shift register boards with the FreeJoy and STM32, works perfect
S
RI was going to say he also has a Board that breaks out the Pro Micro to the shift register pin header
RJust wire up a mini-din 5 pin female and plug it into the TM stick
SOk, I didn't realize it was that simple
SThat opens up every single Virpil stick to me
RYeup. Not positive on how it talks analogue through the Shift register, The Rhino board is already set up to read it out of the box
RIf you’re in the US, I have an extra Debolistis ProMicro to SPI break out board i can send you as i had to order 3 from OSH park.
SI still have 2 more 64 input boards I haven't soldered up yet
RIt’s this one, because a blue pill is overkill for buttons. https://oshpark.com/shared_projects/Bp6mCRsf
RWith the inland or amazon rando copies of the ProMicro it’s way cheaper for just buttons
RTheir even labeled in Thrustmaster wire color for extra lazy
SMy blue pills were super cheap
SAh I see.
RI get my pro micros for $9.99 at Microcenter. Cause I’m spoiled by being near one.
SThink I got a 5 pack of blue pills for 15$
RBut either works. Especially if you already have one
RWow!
RGood deal
SI like the FreeJoy project because it's still active and updated, MMjoy is now abandoned
RYea I’ll probably switch when I run out of pro micros. Or need faster sharper input
SMy blue pills are generic STM32's but still work
RSTM32, are super handy. I use them for real-time data in my race car.
RMuch more versatile than ATmega32s
SI used to program Atmel Megas in C, before Arduino's were a thing
SNow 8bit MCu's are ancient and everyone just uses 32 bit even for simple things
RThey’re cheap enough and pumped out at scale
SOpen source has changed everything, the collective brain power of thousands allows for so much more than anything I could have done on my own
RYea it’s great, half the stuff I have and make only would ever happen due to open source
RIt’s a good time to be a maker. If raw material costs would just calm the heck down….
SMy 3D printers have made my machine shop collect dust. But If I go make rudder pedals, I'll clean up my shop and do it out of metal
SBut material cost is so cheap with 3D printing, it really makes it hard to step away from 3D printing
RYea but sometimes wood or metal is the only thing to do the job.
SYes,.agreed