Lockheed L-1049 Super Constellation Plans and Modeling

unrauv

Active member
Built and tested the left vertical stabilizer. The servo wire will be pushed into the slot beside the servo. Does any one want a video of me building the right one?

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unrauv

Active member
Yes I have designed all three to have active surfaces. I will have to cut a temporary horizontal hòlder for rudder.

I will have to use a go pro hero 3, do you think that will be okay?
 
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DamoRC

Elite member
Mentor
I did a video of building the vertical stabilizer.. Hope its not too boring!


I enjoyed it but as I get older, my attention span and patience are waning and I found myself skipping through to see the next operation. Perhaps a mix of the regular speed shots to show the essence of what you are doing combined with time lapse (or just speed it up in a video editor) would help pace the video?

Love what you are doing with the edge sanding - do you find that it really works to prevent the paper lifting?

One last thing - we gotta get this man a bench! (my knees were sore in sympathy watching you work :)).

DamoRC
 

unrauv

Active member
I enjoyed it but as I get older, my attention span and patience are waning and I found myself skipping through to see the next operation. Perhaps a mix of the regular speed shots to show the essence of what you are doing combined with time lapse (or just speed it up in a video editor) would help pace the video?

Love what you are doing with the edge sanding - do you find that it really works to prevent the paper lifting?

One last thing - we gotta get this man a bench! (my knees were sore in sympathy watching you work :)).

DamoRC
Yes I have to go through and double the speed in areas. I know you think my knees are bad, I live in a very small space. :eek::p
I have compressed the whole videos by 4X in YouTube, give it some time to finish. ;)
 
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unrauv

Active member
Thanks man!

Currently cutting all the fuse bulkheads, will be visiting the print shop for fuse and wing 54" x 35" prints. You just can do this with tiles and keep them straight.

Battery hatch construction video:
 
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unrauv

Active member
Build pictures, man this is a big model! I will unfold it and show the interior bracing.
Build helpers will be shown on the outside of the fuse.

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unrauv

Active member
Yes its large model. You don't really get a feeling for scale until you build it. Tomorrow I will cut the wing plate and take some more pictures of the inner frame. Still trying to decide the power.

Option 1 : 4 x 28x26 1200 kv running 4S using 8 x 6 propellers.
Option 2 : 4 x 28x30 1200 kv running 3S using 8 x 6 propellers.

4 x 28x26 1200 kv
Published output : 286W @ 15v (4S) x 4 = 1144 watts
Published output : 215W @ 12v (3S) x 4 = 860 watts

Any advice??
 
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DamoRC

Elite member
Mentor
Still trying to decide the power.

Option 1 : 4 x 28x26 1200 kv running 4S using 8 x 6 propellers.
Option 2 : 4 x 28x30 1200 kv running 3S using 8 x 6 propellers.

4 x 28x26 1200 kv
Published output : 286W @ 15v (4S) x 4 = 1144 watts
Published output : 215W @ 12v (3S) x 4 = 860 watts

Any advice??

These are the HK NTM Propdrive motors? The 2826 1200kv on 4S and 8 x 6 might be pushing the motor to the hot side. Do you have room for 9 inch props?- the NTM2826 can easily spin a 9 x 6 APC (and 10x6 APC) type prop on 3S. If these are the propdrive motors I can run some static thrust and current draw tests on the 2826 size (I don't have a 2830 to hand). Let me know - I have 8x4 APC type, 8x6 APC type, 9x4.5 (SF), and 9x6 APC types I can test at 3S and 4S. Would be good for me to let my inner (?) nerd out for a couple of hours.

DamoRC
 

unrauv

Active member
I have room for a 9x6 prop. I will test the trust on my B-24 that I have never flown. I will do a motor test today with 8x6 props and then 9x6 props.

Propdrive 2826 1100 Kv with 8x6 props.
Propdrive 2826 1100 Kv with 9x6 props.

I just weight the wing of the B-24 with all the gear installed, 1.75 kg = 3.8lbs.
Fues weight of B-24 all gear installed is 0.870 kg = 1.90 lbs
2 x 2200 25C 3S batteries = 196g x 2 = 0.392 Kg = 0.86 lbs

Total flying weight = 6.56 lbs

Wing Area Left = 143247 sq mm = 222 sq in x 2 = 444 sq in.
Weight per Sq in = 6.56 lbs / 444 sq in. = 0.0147 lbs / sqin

The Connie will be of similar magnitude with a little more weight for the Fuse as it has the triple tail and longer fuse.

Vince
 
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