- Joined
- Apr 5, 2017
- Messages
- 3,912
- Location
- hopefully not at work
- Display Name
Display name:
Meet the Fokkers
Fine looking panels Gents.
Where did you move you AI? thought that was driving you AP?I took a better picture today while flying down to where I had the install done, had to bring my log book and POH back to get them updated. I showed him this picture, as you can see there is about a 9kt difference between the G5 and my analog airspeed. They are going to check it when I have it back in early August for the Garmin 345 install.
View attachment 53977
Is the G5 pictured an experimental or certified one? Looks like you have a CDI on the bottom above the inclinometer.I took a better picture today while flying down to where I had the install done, had to bring my log book and POH back to get them updated. I showed him this picture, as you can see there is about a 9kt difference between the G5 and my analog airspeed. They are going to check it when I have it back in early August for the Garmin 345 install.
View attachment 53977
I don't think there's a physical difference between the two versions. It's the paperwork and the software limits functionality....possibly? Reading the docs on the two, there's not much difference.Is the G5 pictured an experimental or certified one? Looks like you have a CDI on the bottom above the inclinometer.
Do you see the CDI difference I'm talking about between ours? Does it work when you dial in a loc or a gps course? If so, I need to figure out how to activate mine.It's a certified. At least that's what I paid for.
By compatible, do you mean WAAS? I have a 530/430 that I am WAAS'ing next year and that would make sense I guess.With the G5 installed as an attitude indicator only there would be no GAD29 adapter installed, CDI features will not work without the adapter connected to compatible radio.
By compatible, do you mean WAAS? I have a 530/430 that I am WAAS'ing next year and that would make sense I guess.
I don't think there's a physical difference between the two versions. It's the paperwork and the software limits functionality....possibly? Reading the docs on the two, there's not much difference.
Nothing to do with waas. The G5 must have ARINC 429 CDI signals converted to CANBUS or (RS232 input for GNC225) signals depending on what Nav radio is being interfaced, to display any lateral or vertical deviation as a mechanical CDI would. The GAD29 adapter is about $400 so you would know if you paid for one.
GAD29 will only work with select garmin products = compatible
This is from experimental manual but physical wiring is very similar to STC version and how CDI data is routed.
http://static.garmin.com/pumac/190-02072-00_E.pdf
http://s10.photobucket.com/user/bnt83/media/IMG_0015_zpswxjaydnn.png.html][/URL]
Is the G5 pictured an experimental or certified one? Looks like you have a CDI on the bottom above the inclinometer.
Thank you! I just got to the bottom of this (I think). Garmin only list the 530W/430W as compatible. So I will have to wait till I get the WAAS upgrade to add that function, which I probably will.
I read something else that perhaps someone can confirm. The certified version of the G5 doesn't have a heading bug yet the experimental version does. If true, why would that be? It makes no sense.
It has a heading and altitude bug. The altitude bug flashes as you approach or if you deviate from selected altitude.I read something else that perhaps someone can confirm. The certified version of the G5 doesn't have a heading bug yet the experimental version does. If true, why would that be? It makes no sense.
It has a heading and altitude bug. The altitude bug flashes as you approach or if you deviate from selected altitude.
It has a heading bug. It doesn't do anything, but you can set it.
True, but what's the point if it doesn't drive an autopilot? Are you worried you'll forget which direction to go?Heading bugs normally don't do anything but point at a heading.
The heading bug serves the same purpose as bugs on ASI and Altimeter tapes, it lets you see at a glance if you are where you want to be in terms of aircraft control. In other words you don't have to read numbers just recognize the position of the bugs.True, but what's the point if it doesn't drive an autopilot? Are you worried you'll forget which direction to go?
True, but what's the point if it doesn't drive an autopilot? Are you worried you'll forget which direction to go?
The heading bug serves the same purpose as bugs on ASI and Altimeter tapes, it lets you see at a glance if you are where you want to be in terms of aircraft control. In other words you don't have to read numbers just recognize the position of the bugs.
I think Salty was being sarcastic and forgot a smiley.
So I should take back what I said under my breath then?
Some days I just wish I could blow a ton of money on avionics...430, G5s, GTX 345, autopilot. Woo hoo that would be exciting!
super homer? isnt he related to the plow king? doh!I need to know how to interface it with my Narco Superhomer.
Jim
2 G5 $5000 (let's not quibble over details)Some days I just wish I could blow a ton of money on avionics...430, G5s, GTX 345, autopilot. Woo hoo that would be exciting!
2 G5 $5000 (let's not quibble over details)
GTN 650 $11,000
GTX 345 $4500
Subtotal: $20,500
Installation for everything $ $10,000
Total: $30,500
Problem: My cherokee is only worth about $35,000.
If I had the money to install all the avionics, I'd sell the cherokee and get a Mooney with everything already installed. Could probably get a good deal on one for $60K.
2 G5 $5000 (let's not quibble over details)
GTN 650 $11,000
GTX 345 $4500
Subtotal: $20,500
Installation for everything $ $10,000
Total: $30,500
Problem: My cherokee is only worth about $35,000.
If I had the money to install all the avionics, I'd sell the cherokee and get a Mooney with everything already installed. Could probably get a good deal on one for $60K.