Yeah I'm aiming for a jetseat or NLR HF8 & bass shakers, would love a seat mover eventually or even an actual motion rig, but those are big asks. A decent 'cockpit' set up to mount everything to, a decent chair, Rhino, Jetseat & Bass Shakers will add a lot of immersion
Just started looking into these for the workbench. Seems most pit builders that are posting have decided 40w is what is needed for panel building to cut acrylic. Very interested in hearing other experiences with this.
For cutting acrylic a 40W Co2 laser is superior since it can cut clear acrylic and a diode laser like this can only cut colored acrylic. I have a Co2 laser as well, but it's upkeep and tuning is significantly more cumbersome so I vastly prefer to use the diode laser where possible. For cutting thin plywood, engraving / cutting dark acrylic, cutting templates the diode is just so much better. Co2 needs water cooling, mirror alignment on an invisible beam, and getting the focus perfect is a chore.
That does look interesting. I would want one I could cut aluminum/steel with though. Having spent almost zero time looking into it, is there even an option?
To actually cut metal, you'd need a high power fiber laser. I have a low power fiber laser that can mark aluminum and steel (and any metal) but cutting is a whole 'nother ball game. I can make the little serial number aluminum badges like you see on the side of the Rhino, but cutting that out of a sheet of aluminum would take a multi-ten-thousand dollar machine. Jobs like that are better suited for plasma cutters or waterjets. For me, using services like send-cut-send or bigbluesaw are the best bet when large metal cuts are required. I have a large CNC machine, and use it when doing complex jobs, but for sheet aluminum / steel (like the frame of a joystick) using the online services is just so easy.
@walmis Hi Walmis, is it by any chance possible to purchase the two toothed wheels and the belt from you, or at least know where to obtain the belt? I'd like to power pedals with your motor kit and (if possible) also a steering wheel. I also saw a mention about a printable physical stop/limiter of the throw. Where can I find that, or at least a photo of the design?
The belts are HD5 and available everywhere. Similarly you can find HD5 pulleys from eBay and AliExpress for very little cost. The size is not critical as itβs configurable.
After some advice. I currently have a kit using the largest motors. Using a 5.7:1 ratio I need about 7kg of pull for full deflection at the handle ~400mm from pivot point.
I'd actually like a little more, and was considering adding a 3:1 gearbox. I'd need to change the small pulley to around 20T or even larger. Which would give me a ~12:1 ratio.
I use my stick for both fixed wing and helis though, and I would like the stick to fall under it's own weight for helis. eg very little resistance. Guess my question is, how much gearing is too much ?
My answer was more intended to not be taken seriously. Reminded me of this youtube channel https://www.youtube.com/@BrickExperimentChannel which handles gears and motors extensively and how they solve a lot of problems in their experiments
FAQ Q:Where do you buy your Lego from? A:www.bricklink.com Q:Can you give me the building instructions for X? A:No, sorry. The video description may contain a list of parts. Q:I see Finnish products in your videos. Are you from Finland? A:Yes. KyllΓ€, olen suomalainen. Q:How big is your Lego collectio...
hi, @walmis, how are ya.. wondering if you had a chance to look at the Mossie yet. Wanted to bring up a following point when dealing with the curves and your comment that small inputs will cause large outputs: Mosquito's full range of Y axis motion (elevator) is very high, to the point where such high elevator deflection actually serves no purpose during the flight/operation of the aircraft. Meaning there's no practical reason for reaching 1:-1, or even 0.5:-0.5. If you introduce a saturation and the ability to make the curves even flatter then it can possibly be a solution for this bird. The main problem here, obviously, is that it'll be a Mossie specific solution only..
not out of the box, right now you have to use a third party app, costs a few bucks, and does take a bit of work and configuration to feel good, but not gonna be as good as like, F-14 in DCS or even most of the IL2 planes
and even if you can't get the settings right, you can still just make the rhino feel really nicely dampened in a way that no spring based joystick out there (even with dampeners) will feel like
Walmis is working on adding msfs2020 support to his telemetry app. So eventually we can just use that which I think will be a lot better than XPForce or whatever other options might be out there.