What do people think of this arrangement for my panel?  I saw this kind of arrangement on a new Sling 2 just out of the factory and I kind of like it.

Here's the original one for reference

1 hr. putting a wrap around the stick wires and extending the flap wires to the panel.

Wrapped the stick wires in a protective nylon sheath.

The wire for the flap motor is not long enough to reach the panel, so time to extend it.

Using a 3-wire #22 and a 2-wire #22 to do the job.  Here they're striped and have the shrink wrap tubing on, so it's ready to shrink once the wires are soldered.

I use a lineman's splice to connect the wires.  Here they're already soldered.

The shrink wrap for the individual wires are done.

And the outer shrink wrap is done!  Now it reaches to the panel (with enough spare length).

Today I ordered 2 connector kits for the Garmin GSA 28 servos and one of the GMU 11 magnetometer install kit here.  The GMU 11 Install Kit is number 11-15066 and the GSA 28 kit is number 11-12171.

The magnetometer kit can be hard to find if you just search for it, so the above is the only way to get to the right place to order it.

1 hr. over yesterday and today.  Today I thread the wires for the sticks.

I used a 3-wire shielded cable for Push-to-Talk, AP Disconnect & Ground and a 2-wire for Trim-Up and Trim-Down.

I have to check other blogs, but I think this is the correct way to route the wires.  I left about 4 inches of wire sticking out the top.

This seems like a good way to go...  I'll check other blogs...

The wires and tubes are accumulating...

Yesterday all I had time to do was test the cable I made for the ELT - Works!

3 hrs. yesterday removing the magnetometer and making the connector for the ELT.

Since the magnetometer is moving to the rear fuselage (the factory is fabricating a new mount for me) it was time to remove it from under the luggage section.  Gone!

Despite being an electrical engineer, I can't say I enjoy making connectors...  Conveniently the ELT comes with the necessary parts to make it's connector.

I'll be using a 3-wire shielded cable and a 2-wire shielded cable.  Don't forget to put the rubber gasket on first.

Striped and ready to go.

Making sure I know which wires go where.

If I had a third (and fourth!) hand I wouldn't need one of these...  You need one.

Soldering in the required jumper.

Wire in place.  Apply the heat to the connection, not the solder.

My plan as to which colored wires go to which signal.

One-by-one...

I'm bringing a Ground back to the panel and the install instructions say to ground the shield to that.  So, those connections are under the heat shrink tubing.

In the shell and ready to close.

Don't forget to put the attachment screws before putting the other half of the shell on (don't ask how I know this... ;-)).

And it's done!

And in place!  I'll double check the wiring today with a meter.

I've been informed by the factory that if you have autopilot servos installed that the Garmin GMU 11 Magnetometer should be installed further back in the rear fuselage, so I'm looking into that (checking whether they have a mount, etc.).  It needs to be level with the fuselage, so it's not a trivial mount to construct.

Also, I read on another builder's blog (thanks JimP!) that the Krylon paints are much better than the Rustoleum, so I've gone ahead and ordered a box.  This is what I ordered.  I'll use that to paint the seats and anything else I think might have some visual exposure in the cockpit (or outside - e.g. front wheel strut).

1 hr. balancing the static port lines, routing it forward.

Cut the line coming from the left side to end in the middle top of the fuselage and used that cut piece to run the right side line to the same location.

Done!

And routed up to the front.  Plenty length to spare.

Put edge grommet in preparation for the wiring to the pitch servo.

And my wife and I climbed Mt. Washington in New Hampshire over the weekend.  The wind was gusting to 70 mph at the top.  This is the highest peak east of the Mississippi and the highest wind speed ever measured on Earth was here...  Tough climb in the howling wind...  Oh, and near zero visibility. :-O

Here's a video showing the wind as we neared the summit...

Bummed that I haven't been able to work on the plane much lately....  Just too much going on.  Things should improve after this weekend and I'll be able to get back to making progress.

Also really want to get the information complete for the panel quote.  Once that's out then I can focus more too.

1.5 hrs. on COM2 and the rear seat.

Time to make the hole for the BNC connector of the antenna.  Drilled it first then used the grinder on the Dremel to take it to size.

Done!

Need to ream out the latch attachment holes to M4 rivnut size.

As you'll see in the next photo I found that the holes in the latch itself were wider apart then the seat's holes and the holes in the thick piece seen here.  I reamed the holes in the seat such that they were wider apart and also made the holes wider apart in the thick piece with a small reamer bit.  The arrow is pointing to the parts (basically all of those parts I'm holding) that will actually go outside the upholstery.

Here you can see the pitch difference.

And it fits!  Even though the upholstery will be under those parts, for now I will leave them like this so they don't get lost.

Done for the day and the work area all cleaned up!

I've added a new page that I will be using for my panel quoting and planning.  See it here.

If you go to my Avionics page there will be a link to it on that page too.

1.5 hr. on the COM2 antenna.

Parts I got yesterday.

Of course I didn't read the magnetometer installation manual before installing it...  But, I read it today and found that it must be square with the line of the aircraft.  I got lucky because it was perfect... :-/

Time to install the COM2 backing plate (this time I read the simple instructions!).

I want to make sure it's lined up with the center line so I drew a median down the plate.

Stretched a string down the center line....

But, I was extra paranoid, so I took multiple measurements to make sure it really was straight down the center line.

Now to line up the median and my center line.

Marked and double checked yet again...  It looks off in the photo because of the angle, but it was perfect.

Center punched carefully.

Checking again...

Photo got rotated, but here it is after I've drilled it with progressively larger bits.

The holes were M3 sized at this point so I put in my largest clecos to keep it lined up while I reamed the other holes to M4, my intended size.

Reamed to M4 and ready for the rivnuts.  Loctite 277 applied and ready to go...

Done and perfect! :-)  Now just have to drill out the center hole for the BNC connector and we're all set.  OK, near perfect.  One of the rivnuts didn't properly install because the plate came up a bit.  No matter though because the screw will go in just fine.