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RMU's and Display Units by Project45

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(Original thread started on 05-05-15 by Ron Rollo)

Recently we have had a few request for the RMUs and DUs. I have always had them in future plans and I can now say they are on the drawing boards. (Actually in CAD) As many of you know, Vince took on the RMUs, DUs and a few other key panels before he decided to leave the hobby/project. Between myself and Eric, we have been slowly developing the panels he was either working on or was planing on working on which included the FGC, EFIS panels, WX Radar panel and the Pitch Trim panel. I am happy to announce that next on the list are the RMUs and DUs!

 

I will be taking on most of the work on the RMUs and DUs because there is not a lot of front panel to be back lit and a lot more hardware/buttons to be delt with. This will free up Eric to work on some of the remaining panels. (I know what he is going to be working on but I will let him announce that)

 

So with all that said, let me tell you what to expect with the RMUs and DUs. They will be designed to mount directly to the aluminum MIP with the LCD directly behind the MIP to provide the displays. This has always been a challenge because it limits us to design everything within the bezels which is about a half inch thick. No hardware will be allowed to protrude behind the aluminum MIP with the exception of the wires which will either be a flat ribbon cable or wires bounded flat so that they will fit between the front of the LCD screen and the back side of the aluminum MIP. (Like some of us have now)

 

The RMUs and DUs will work with Jet45 AAS because of the custom offsets within Jet45.

 

The RMUs and DUs will be back lit, including the buttons to match Eric's panels as close as possible.

 

The RMUs will be designed to work with the Pokeys56U interface cards and to take advantage of Mark L's utility that he design for the RMUs. The RMUs will have one common ground and the dual rotoray encoder will have it's own common ground to give you the option to run the encoders to another interface card. (Not needed with the Pokeys56U, just an option)

 

The DUs will have a common ground and will be designed to be used with the Pokeys56U interface card. But because each one of the display units has less than eight inputs, they could be used with any of the FDS interface cards/InterfaceIT software. The encoders will more than likely be isolated to give you the option to use different interface cards if you wish.

 

It will take me a few weeks to finish the drawings but I can at least say I have mapped out the trace lines and I do not see issues with why this can not be done!

 

(Posted by Chris Capkalu on 05-12-15)

Ron, good to hear! A little bit late for me as I build my DUs for myself some weeks ago. You are absolutely right about the challenging production due to the very limited space behind the MIP.Just to give you a short impression how I faced this challenge and the result. Keys are backlighted too.

 

To all, THESE SHOTS ARE NOT THE UPCOMING DUs FROM RON! THESE ARE INDIVIDUAL ONES PRODUCED BY MYSELF FOR MY FLIGHTDECK:

Chrisc 1

 

Chrisc 2

 

Chrisc 3

 

Chrisc 4

 

Wish you the best with this important next step!

 

(Posted by Ron Rollo on 05-12-15)

Thanks Chris, your DUs look really nice. I always like to see how others guys solve problems to get ideas. There is always more than one way to skin a cat.

 

Quick update on the RMUs: I decide to go with just one common ground for all the hardware (dual encoder and push buttons) because when it comes right down to it, we are all going to have to use Mark's utility and the Pokeys56U interface cards. I spent many months trying to find an easy way to get the RMUs working without the utility and finally gave in to the idea. Thanks Mark for creating this software utility!

 

I have completed the basic design of the PCB trace lines and have also decided to add in the little green light detector in the upper right corner. It will illuminate very softly making it look like it is working to detect the light level which would adjust the brightness of the back lighting. The RMUs will be backlit but this little green LED is just eye candy and will not have a function other than being dimly lit.

 

Here is a sneak peak at the work in CAD so far:

Ron 781

 

One of the biggest improvements over Vince's design is the fact that the dual encoder will be mounted on the same piece of double sided clad as everything else. This will give the encoder a solid base to sit on and will not wobble or work loose. I am hoping to have a working prototype of the PCB in about a week.

 

UPDATE:

As promised, I have some really neat photos of the first RMU prototype:

Ron 782

 

There are 30 SMD LEDs mounted to the front side of the clad. Each LED has it's own resistor so in the rare case an LED goes out it will not effect the others. Also notice the green indicator LED in the top right corner. This is replicating the light sensor:

Ron 783

 

I still have a ways to go but I can say that I am 99% complete with the design work. I will be offering the RMUs in kit form and in Plug and Play form.

 

The RMU Kit will be $245 each and will include everything needed to complete one RMU. So make sure you let me know you want two.

 

The RMU Plug and Play will be $395 each. They will be completely assembled with a couple 10 inch wiring harnesses coming out of the back side of them. If you want or need a wiring harness to the PoKeys card ad $45 per RMU.  If interested, you can either email me or post in this thread.

 

UPDATE:

I advanced the RMUs a little further this week and I am very happy with the way that they are progressing.  In this photo you can see that I have the wires soldered to the PCB clad and routed back through the backer panel. This wiring design is very simple for the end user. There are 20 red signal lines and one common ground. And then there are the two lines for the 12 volt power for the back lighting. It does not get easier than that:

Ron 784

 

The back side of the RMU is just as simple. It is clean and the wires will flow easily out of the bottom between the aluminum MIP and the LCD screen. I am using 22 gauge wires. If you go with a kit, you might try 24 gauge if you want to go a little thinner:

Ron 785

 

A closer look at the wires spilling out of the bottom of the RMU. Next week I should have the front of the RMU completed. The idea is that it will just snap onto what we have so far.

 

(Posted by Randy Buchanan on 06-01-15)

As always nice job. I wanted to be first on the list to order 2 complete RMU assemblies and I am sure there will be lots of orders for this bad boy. Thanks for doing the work for us!

 

(Posted by Mark Speechley on 06-03-15)

Ron, great job. Vince's RMU's have been problematic, especially one of them for me, so please put me down for one (1) plug and play RMU. I would use my RMU's more ....if they worked.

 

(Posted by Chris Capkalu on 06-03-15)

When I read the comments about Vince' parts I am happy that my order never reached my house, additionally, he owes me around 100 Euro (prepayment) since he quit his shop. But I am totally satisfied that I build the DU frames for myself when I read about his product quality here with the RMU's.

(Posted by Ron Rollo on 06-03-15)

Thanks guys, I guess I have no choice but to deliver a high quality RMU. I will say this, the RMU is a pretty complicated panel and it has a lot going on with it. That is the hard part of the design, trying to keep several aspects of the RMU in mind all at the same time. Lighting, fit, button movement, etc...

 

Tomorrow I will be back at cutting parts and by Friday I should have some more photos. I got you down for one plug and play RMU Mark!

 

UPDATE:

I had a bit of a change of course with the RMU. I decided to build up what I had rather than to build the RMU front panel prototype. It took every bit of spare time over the past two weeks but they are done, the first batch anyway:

Ron 786

 

Now I have no excuse to get to work on the RMU front panel. Keep your eyes open for the next update!

 

UPDATE:

Today I had an opportunity to design and make a template as a guide to alter the current aluminum MIPs. The current MIPs in the builder's hands are designed to accept Vince's RMUs. I have already updated the MIP drawings so that the MIP will be able to accept the Project45 RMUs as well as Vince's RMU design in the future. So for those of you who already have an aluminum MIP but are waiting on a set of Project45 RMUs, you will need to do this little modification to your MIP.

 

This is the RMU template that your will get from me to make things a little easier for you. To take the guess work out of it:

Ron 787

 

Take care in lining it up on the MIP. You might find that flipping it over fits the four mounting holes better. But all we really want to do is mark the lines where we want to open up the access hole for the wires and plugs more:

Ron 788

 

I did mine in pencil. All the aluminum in the area of the marked lines must go in order for the wires and plugs from the Project45 RMUs to pass through the MIP:

Ron 789

Vince's RMUs will still work with this modified MIP by the way.

 

"More than one way to skin a cat?" I said that somewhere else not too long ago. Same thing applies here. I always try to find the easiest way with the tools that I have on hand. So first I removed as much material as possible with a metal drill bit along the inside perimeter of the lines:

Ron 790

 

Then I broke out the bigger pieces using a set of cutting pliers. Be careful not to bend the MIP:

 

Next I removed as much material as I could with a Dremel tool without getting too close to the lines:

Ron 791

 

Last but not least, I finished off the edges with a metal file. Looks almost like it was cut with a water jet:

Ron 792

 

This will insure that the wires and plugs to the RMUs will pass through the MIP with no issues!

 

UPDATE:

As promised, I have something to show everyone.

Ron 793

 

This was my first attempt. The second one is even better. Next Tuesday I will have four solid days to get some serious work done on them.

 

UPDATE:

Sorry for the delayed update but we have a brand new member to the family. Baby Jett Maddox McCallum! (This makes me a step grandfather being that this little guy is the son of my wife's oldest son Christopher.) He arrived December 10th 2015 at 2242pm. In the future you will be seeing a lot of him here in the hangar flying the sim and getting involved in flight sim stuff.

 

Anyway, last week my father and I got a lot of work done with the RMU faces. I am making six complete sets which most are accounted for so if you are interested and have not yet indicated that you want a set please do so. I like to try to knock several sets out at a time.

 

Each piece takes one hour and fifteen minutes to cut on just the back side. The front side will take another hour! I did do a quick test to see how the buttons are going to work and they are going to be awesome! More photos next week.

 

(Posted by Mark Speechley on 12-13-15)

Congratulations on your grandson Jett. I imagine his nickname will be Lear?

(Posted by Ron Rollo on 12-14-15)

Thanks guys. I can't wait to show Jett all about the Lear sim and aviation in general.

 

As for daughter boards, keeping it simple is key. And staying on task is the other key. I have wired up my RMU's three times now and everything that I have learned has made it into this design of the RMUs with "Simple" in mind. I also recommend using three Pokeys57U cards as I have pointed out in another thread.

 

The idea of using a daughter board was in an effort to keep the cost down from purchasing two or three Pokeys cards. But for an additional $120 (the cost of two additional Pokeys cards) you can be headache free! The daughter board required that the one Pokeys card use the Matrix system where you would have wires sharing signals. I'm not sure how that would effect encoder set up. And, it would require another support program running in the background. So I have decided that the best way to move forward with the RMUs and DUs is to use three Pokeys56U or Pokeys57U cards and be done with it. And since I have gone this route (along with a few other fixes) I have had no problems at all.

 

I just finished cutting the front panels to the RMUs. I have 16 which is 8 sets. I made a few extras for you stragglers out there.  Each front panel took 2.5 hours to cut front and back. Mathematically that's 40 hours of cutting for just the front panel part of the RMU. I am surprised my CNC and router held up!

 

Here is a photo of the stack of goodies:

Ron 794

 

(Posted by Steve Cooke on 01-08-16)

Nice. Is that 1/4" acrylic? I just purchased a CO2 laser engraver/cutter. The excitement is building as I wait for this thing. The lead time on production for it was a bit longer than originally anticipated but looking forward to doing all sorts of stuff with this thing.

 

Ron, I'll be shooting you an email when I get home from work tonight on ordering the Alloy MIP/GS and covers. I'm just about ready for them. Paint on the pedestals has taken longer than anticipated due to all the rain. I've been shooting paint with my spray gun for a clean even coat and it has been turning out good. I'll have to post some pics of what I have tonight but it's just the simulated anti-corrosion green. I'm going to swing by hobby lobby to see if they have a can of gunship gray and attempt to get a paint match at Lowes this weekend.

 

What kind of paint is used for gunship gray. Are we using flat, semi gloss, etc? Any particular brand over another? How about Latex, enamel or oil?

 

(Posted by Shane Barnes on 01-08-16)

Hey Steve, it's Model Master by Testor's. FS36118 Gunship Gray. It's a flat enamel. For your "matched" paint you can choose whatever you'd like but prototypically it's a flat finish throughout the cockpit.

 

I sprayed a piece of four inch by 4 inch acrylic with the gunship gray and took the panel to Lowes for matching. Came out really good. Was far easier shooting the pedestal and MIP tower this way with a spray gun versus cans of gunship gray and cheaper.

 

(Posted by Ron Rollo on 01-08-16)

Hey guys thanks for the comments. I got a pretty good start on the buttons today. I should have all the parts cut out for the buttons by the end of my next set of days off.

 

Steve, the front panel is .5" thick cast acrylic. And with that said, it actually measures in at around .45" Unfortunately, cast plastics vary in thickness due to the way it is created. But none the less, it is thick! But not as thick as the real RMU which makes it even more challenging to squeeze everything within such a small space.

 

(Posted by Steve Cooke on 01-08-16)

I've noticed cast acrylic varying in it's thickness. I would have never guessed the real RMU's to be so thick. I was guessing around .25". Nice work though, I hope mine come out that well.

 

(Posted by Shane Barnes on 01-09-16)

Ron and I were able to look at a real RMU. Ron didn't think I noticed but I could see the wheels spinning as he took mental notes of that RMU adding to the research he has done. Countless hours have been spent searching for photos, documents, real parts, anything we could get our hands on that would help in developing authentic looking parts for the project. All that work has paid off as attested by the many parts that Ron, Eric T., Mark, Tom, Eric G, and I am sure I am forgetting someone , has made available. Also the research has helped with all the information available to Lear builders. Looking back when I first started this project, I am amazed at how far we have come.

 

(Posted by Ron Rollo on 01-09-16)

Well said Shane. For a split second I thought about making the RMUs the same thickness as the real ones, but then I thought, "Why?" I can't recall what the real thickness is but it is about a 1/8th thicker than what I ended up going with. The first reason is the next thickest plastic stock is 3/4" thick which is more expensive compared to .5"ish. The amount of time it would take to mill down the thicker material was a factor. Last but not least, the mechanical aspects of the panel seems to work perfectly with the .5" thickness. The overall thickness is closer to .65" once you add in the backer panel. Just some food for thought.

 

(Posted by Steve Cooke on 01-09-16)

Okay. My research I was going off of was a 737 when I was originally looking into that. So all the panels are 1/2"? If so that will change up my design which will live me more room for everything. I was working on 1/4-3/8" thickness not counting the backer board.

 

(Posted by Ron Rollo on 01-10-16)

Hey Steve, your thinking was correct! The short answer is that most of the front panels in the Lear45 are .25" thick and the backers to those panels use .125" thick plastic. In this thread we are talking about the RMUs which are twice as thick as a typical panel in the Lear45. While we are at it, the other .5" thick panels or bezels belong to the Display Units, the CDU/FMS and the CDR. Everything else uses a .25" front and a .125" backer. (Keep in mind that the cast varies in thickness ans is usually a little thinner.) Sorry for any confusion and I hope this helps clear things up.

 

In the meantime, this past week, my father, Ron Sr. and I have cut out over 500 pieces, mostly the button bodies and the button caps.  However, the CNC finally died two days ago when the Z axis fried itself and the breakout board. I had a spare Z axis chip but the breakout board had to be ordered and will be here in a few days. The good news is I have enough parts cut out to complete everyone's current orders with the exception of the RMU encoder knobs. However, as long as I don't run into any more CNC surprises, they will be cut out within 10 days as well.

 

Now for the tedious task of sanding, trimming, fitting, painting and prepping things for the laser shop!

 

UPDATE:

I have been working hard on sanding and filing all the button pieces. They are also glued together. Just a little more sanding and off to painting them. I would have a few photos of the progress but as you probably already know, my main computer is down and I can't get photos uploaded easily.

 

Also still waiting to hear back from Probotix in reference to my two blown stepper driver chips. Right now my CNC machine is nothing more than a fancy computerized drill press! But as it is, I still have plenty of work to do without the CNC and it is not keeping me from moving forward. Not yet anyway.

 

UPDATE:

Quick update on the RMUs. The CNC is back up and running, although I think I may still have an issue with my Z axis sticking from time to time. (That's not good)

 

I have completed most of the sanding and gluing of the buttons:

Ron 795

 

I still need to cut out six more sets before I get to the painting and laser engraving part. With that said, I am currently working on getting things ready for the big day, April 16th 2016, Hangar Day! So although I am slowly working on the RMUs, they have been put on a side burner until after the big day.

 

In case you are unaware of what I am talking about, we are planning to get as many Hangar45 members together here in Jax as we can for a day of fun, flying and friends. See post three HERE

 

UPDATE:

Hangar Day is behind us now and I have been busy working on the RMU buttons. I had six more sets to complete before painting and engraving. By the end of this day, I will have those six sets finally completed and we will be ready for the next steps in this process. (And by the end of this evening, my wife Michelle and I will be in Denver Colorado to meet with Randy Buchanan tomorrow. See you tomorrow Randy!)

 

On a bit of a side note, Eric and I have been working on new techniques to make some of the panel and plastic work easier. And in one case, just possible. My hopes are that these new ideas will make the button making process faster and less labor intensive. It won't help with this batch of RMUs but will help with future sets and the DU buttons. Don't worry, the quality will be the same in both cases.

 

(Posted by Shane Barnes on 05-11-16)

Watching for updates to the RMU's! Nice seeing you take on this product and offer the Project45 version so it can be offered again after a long absence. I will be replacing the set I have with Project45 RMU's!

 

(Posted by Ron Rollo on 05-18-16)

I have finally got all the little buttons cut, glued, sanded and painted! Man, what an epic project. I felt like I was walking through quick sand:

Ron 796

 

I have seventeen sets of buttons which will take care of eight sets of RMUs. This should be more than enough to take care of all of our members for a while anyway. Off to the laser shop next Tuesday. I have started on the dual rotary encoder knob design. These will be cut next Tuesday as well.

 

UPDATE:

For all you guys waiting forever for these RMUs, we are getting close. I got the buttons back from the laser shop a few days ago. Thanks to Lynn and her staff:

Ron 797

 

This is the first test fit and I could not be happier. I am still using Vince's set of RMUs and plan to until they give me good reason to switch out. But man, these things are going to be nice and anyone who has a set on order, you will not be disappointed. At least I know a guy who makes RMUs when that day comes for myself!

 

The money shot:

Ron 798

 

These photos were taken with my smart phone and I am still trying to figure out the best way to take photos with it. But trust me, they look great! Now to get back to sanding, fiddling and painting.

UPDATE:

Finally guys, I am in the process of finishing up several sets and getting them out!

 

Here are a few photos of the final product:

Ron 799

 

Ron 800

 

If you happened to get a set of functional backers a few months ago and are waiting on the front panel and buttons, you will have to follow this simple tutorial. It should not take more than an hour to do both RMUs. The issue is that the tolerance to snap the front panel onto the clad is too tight and a small amount of material needs to be removed from the edges of the copper clad. So please take a look at this tutorial:

 

First lets identify the problem. It may be hard to see in this photo but the copper clad is suppose to be inserted into the front panel:

Ron 801

 

In this photo, you can see where it is not properly seated:

Ron 802

 

There are two ways to help correct this. First, a flat sanding block. I am using 60 grit sand paper here:

Ron 803

 

Second option, a Dremel tool. I ended up using both to achieve the desired fit:

Ron 804

 

One small design error on my part is that I did not leave enough clearance in the front panel for this little solder joint that I am pointing at in this photo:

Ron 805

 

To correct this, notch out a little section in this area of the inside front panel. I used the Dremel tool:

Ron 806

 

And this is what it should look like once completed!

Ron 807

 

The copper clad fits into the front panel which helps prevent light bleed from the panel.  Very little light bleed slipping out:

Ron 808

(Posted by Ron Rollo on 07-08-16)

CONTINUATION:

One other thing that you may have to do is shave out the inside of the button holes to remove some extra paint. I hit the front panels with four coats of paint to insure that there is no light bleeding through the paint:

Ron 809

 

I used an exacto knife to do this. Remove just enough until the buttons fit into the holes and are not impeded by the extra paint.  Again, this tutorial only applies to a few of you guys and if you need or want to, you can always just send them back to me and I will take care of this for you.

 

The function and feel of the switches are perfect, at least with the first set that I have complete. Shane is getting a set mailed out today and he will be able to compare this set to the set from Vince.

 

UPDATE:

The knobs are complete which means the RMUs are in the bag fellas! Some of you have already received them and others are still waiting. If you would like to get a set, contact me now while I am still in the RMU mood!  Here are the completed photos of the RMUs now including the knobs:

Ron 810

 

Ron 811

 

Ron 812

 

Ron 813

 

The back lighting of all the functions look near perfect! And what that means is that they look better than the real aircraft parts! In other words, they might look too good to fool you real world pilots!  Enjoy the photos and the new functionality the the Project45 RMUs!

 

(Posted by Shane Barnes on 08-11-16)

I received the RMU's I purchased from Ron in the mail and you are really going to like them. The feel of the push switches is really nice and the encoder is solidly mounted as well and I really like the backlighting. Having a source for the RMU's is a great addition and as with all Ron's products, you will not be disappointed! I'm looking forward to adding them to my build next year when I plan on doing some updates to the sim and pulling the MIP out.

 

(Posted by Mark Speechley on 08-11-16)

Mine arrived and totally agree with Shane. So grateful that we have a great resource for parts in the Hangar group. Anyone holding off considering ordering then I'd jump on board if Ron still has spares. I have Vince's RMU's and have had endless trouble with them, I am so excited to finally have this aspect of the sim sorted. All coming together nicely now. Thanks Ron.

 

(Posted by Jeff Peters on 08-11-16)

I just ordered my set about 30 minutes ago. What has two thumbs pointing backwards and is very excited...THIS GUY (I'm pointing at myself)

 

(Posted by Ron Rollo on 08-11-16)

Thanks guys! I only wish I could have got them out to you all sooner. To date, they are the most complicated piece that I have put together so far. Along the way, I picked up several new skills and tricks with the designing and building of the RMUs. So hopefully the DUs that I have planned later this year won't take as long. Fingers crossed anyway.

 

I do need to build some more RMUs, at least the PCB and backers. At least to have a couple sets standing by. I know there are at least three guys that will be asking for a set in the next few months or so. Thanks again and very happy to help fellow Lear45 builders!

 

UPDATE:

Today I tweaked the RMU drawings and started working on four more sets just to have on standby before I get hot and heavy into my next major project, the Display Units. There are no major design changes with this next RMU batch. I did move that one solder point in so we do not have to dremel the front panel. The other changes were simply better fit to reduce assembly time. A Hundredth of an inch here and there kind of stuff.

 

In the next few weeks I will start planning and drawing the DUs. Keep an eye out for them!

(This document was provided by Will Sasse)

Wills 24

 

UPDATE:

Hey guys, good thing I started on four more RMUs because Jason Hite just picked up a set and will have them in hand in a few days.

 

Today I am officially starting work on the DUs. The first week or two will be in CAD and hunting down the correct hardware. They will be back lit and fully functional as you would expect. As soon as I get a couple prototype photos, I will post them up. My goal is to make delivery on the first batch (three or four sets) by April 2017. Keep in mind that a set consist of four display units. I will announce pricing once I have determined what it is going to take to make a set.

 

Now is the time to let me know if you are interested in a set so I can start planning on material and hardware. So far I have Maciej, Jeff Peters and Jason Hite on the confirmed build list. Please post here or email me if you would like to get on the build list! Thanks guys for your patience on these. They will be worth the wait I promise!

 

UPDATE:

As of this date, 98% of the CAD work and planning is complete.  So let me tell you a little bit about what you can expect in these display units that I have designed:

 

 

1. They are as close to scale as possible! Every effort has been put into this drawing to insure that the scale is correct. (I did not have to modify anything to make something work.)

 

2. They will mount perfectly to the MIP that I supply using nylon pan head screws form the back side.

 

3. All the buttons and encoders are operational. In other words, everything in the Jet45 AAS will be able to be accessed with these DUs.

 

4. The buttons and indicator lines including the circle around the encoder on DU 2 & 3 will be back lit. The design is durable and there will be no "hit and miss" like previous DUs. Additionally, every LED will have it's own resistor like every panel that I make.

 

5. The DUs are designed with one common ground and can be used with a Pokeys card, Arduino interface card or similar type interface cards.

 

6. The main body to all of the display units can be interchangeable. In other words, the PCB and lower front panels can be moved to fit onto any of the four backer frames.

 

As far as pricing goes, I am aiming at around $700 to $800 for the set of four completely assembled. There are two things that the end user would need to do. First would be to mask the clear lenses to add the black boarder. Second would be to make the four wiring harness' to which ever interface card you choose. I can do these last two steps for you at an additional fee if you choose.

 

I have ordered the plastic for several sets of DUs and the package should arrive in a few days. Next week I will start actually cutting out parts! The drawing are 99% complete. I just need to do a little more work on the button artwork, which there is not not much if you noticed.

 

We are going to go with smoked gray lenses and the DUs will also include a laser cut lens bezel mask so that the end users do not have to tape off and paint the lenses. I am really excited to start cutting these parts to see what they are going to look like and operate!

 

Again, if you are thinking about getting on board with these display units, now is the time to place an order with me. No money down for established Hangar45 members!

 

(Posted by Maciej on 02-13-17)

I'm just excited as you Ron! I got a set of your RMUs and I have no doubt that, just like an RMUs, your DUs are gonna be solid. Your work is second to none!

 

(Posted by Shane Barnes on 02-14-17)

Great news! Looking forward to upgrading the DU's. The smoke gray lenses will look great. I currently have the smoke grey installed on my DU's, they look great when battery/avionics are on and look correct when battery is off.

(Posted by Ron Rollo on 03-03-17)

Another quick update on the Display Units. As you have probably read in another thread, my CNC blew a driver chip. My CNC was down for about 10 days and I have got a little behind on my DU work. The good news is the CNC is up and running and I have started cutting prototype parts. My hopes are that these prototype parts are perfect and I can call them production parts!

 

Today I finalized the double sided clad files and have a few pieces cut out. I also have two smoked lenses cut. It's not much considering I had CNC issues to contend with:

Ron 814

 

Additionally, all the hardware has arrived and I am ready to get to work! Next Thursday I will have a single day to work on finalizing the DU base frame and cut a few of them out. Keep an eye out for more updates!

 

UPDATE:

Sorry for the delay on any updates. I have been busy helping to work out solutions for the CDU/FMS. I will have some updates in another thread about that soon.

 

As for the DUs, I have all the lenses cut out and I am ready to start cutting the backers for them. However, the CNC computer has gone south on me and I am in the process of replacing it. The good news is the CNC drivers have already been replaced so once I have a replacement computer, I should be good to go for a while.

 

I have also completed testing of of the clad that holds all the switches and back lighting. All is good to go! I know it may seem like I have been a little quite lately but trust me, there is a lot of stuff getting done in the background. Keep an eye out for some photos of the new DUs soon!

 

UPDATE:

If it is not one thing it is another. Last week I had to spend a few days replacing my CNC computer. The good news is that the replacement computer is up and running, tested and everything is running better than ever.

 

So after a few test cuts, I finally dialed in the CAM work for the display unit backers. Here are a few sneak peek photos:

Ron 815

 

Here is the stack of plastic that I have to cut:

Ron 816

 

Each of the larger pieces takes no less than one hour front and back with a couple tool changes. There are over 20 backers! The smaller pieces will take about an hour as well. So just these five sets that I am working on have 40 hours of CNC time, and that does not include the lenses, buttons or knobs.

 

UPDATE:

Here are a couple photos of the shop. Let me remind you that this is my father's workshop that is just three miles away from my house. So here is a quick tour around the workshop!

Ron 817

 

It is a stand alone workshop with about 1100 square feet of space to work within. This is my dad's side of the workshop. A TV is a must to help keep us entertained especially when these large files are cutting:

Ron 818

 

My side of the workshop with the CNC and work table:

Ron 820

 

Other than the CNC machine, the tools that you will find in this workshop are every day tools that your would find in any workshop. As a matter of fact, I feel we are lacking a few things. One day I would like to get a lathe machine for turning certain items and the other tool would be a welding machine. One day....

 

UPDATE:

I think it is safe to say that the CNC is back up and running better than ever. I just completed nearly 22 hours of CNC time over the past five days cutting out 21 DU backers front and back. On top of that, I never turned the computer off or closed down Mach3 in order to save X,Y, and Z settings. Everything worked great!

 

Here is a photo of a stack of DU backers cut front and back. It may be a little difficult to see but they have a 45 degree bevel around the lens opening and there are six brass inserts pressed into each one. Four on the back side and two on the front side:

Ron 821

 

Next will be to mass produce the double sided clad! The DU's are moving along nicely!

Hey guys,  I am finally at a place where I can get back to work on the display units and other sim related projects.  One of the things that I thought I was going to have to make was a template so that the guys who are getting a set of DUs could modify the MIP to accept the new DU design.  Well, I guess it has been so long that I forgot that I worked all that into the design so that the DUs will simply screw onto the MIP without any modifications.  Here is a photo of the pilot side DU's mounted to the MIP:

Ron 1349

(Right click to blow the photos up to full size!)

 

You can see where the wires will be coming out of the two display units and passing through the MIP:

Ron 1348

 

Easy enough, no modification needed!  Also, the display unit backers are universal meaning that one design can fit in either the DU1 and 4 position or the DU 2 and 3 position.  More updates shortly.

 

Nice work Ron!  Looking forward to adding the Project45 DU's to my build!  I see a major overhaul of my sim next year!   All new Project45 RMU'S and DU'S and hopefully the addition of Randy's rudder pedals!

Another quick update on the Display Units.  I have just completed the PCBs and their components for all five sets.  If you blow the photo up by right clicking on it you can see the tiny LEDs and the resistors too.  Talk about a lot of tedious soldering!

Display Unit Internal PCB

 

Now that I have these done I can move on to the lower front cover plates which are going to be fun.  I have them drawn out but it is another piece that will require front and back milling with the CNC.  More updates soon!

Those are looking good!  Looking forward to seeing the completed unit ... and adding them to my build!

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