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Quote:
The new fuselage is ready for the installation of electronics. |
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The third fuselage (17)
Closer to the end. The wiring is identical to the previous version. It remains to identify the position of certain connectors from the servos, when I will put it under voltage.
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Last edited by popad; Oct 30, 2022 at 11:14 AM.
Reason: add pictures
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The third fuselage (18)
First time, powered. Must change order of some connectors of servo, but no problems, all it's good. Next step, bending rods.
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The third fuselage (Ready to fly)
I have finished the third fuselage. Step by step in pictures, my method for bend the steel rods exactly. All operations are done with the station on and the receiver under voltage. I secured all the screws with CA or Loctite.
Now in the box, ready to go to flight field. As soon as weather will permit that. |
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Quote:
I use OpenTX with Jumper TX12 Plus, and Radiomaster TX12. I prefer to do the settings from the station, however when I move the models from one station to another I use "companion". If you need more detail, please tell me, and I will post more pictures about that. |
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very fine, thanks, "i begin" to be familiar with openTX, i am studying one model set up for a BIXler on companion. Step by step. Hesitating to order or not a radiomaster TX .
Interesting .... would give lot of flexibility for flaps and telemetry for sure ... Good luck for fuselage nb 3 ... |
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Flying day !
Today, test of the new fuselage. After some minor issues with elevator, resolved with my friend Nelu at field, I trimmed elevator correct, and launch from hand without motor. Long flight without touch the sticks. A second flight, same, long flight, too without touch the sticks, right, some time little up. Wonderful !
After that, two flights with motor, first 27 meter high, stop motor, come down in 58 seconds, perfect landing. Second flight with motor 35.9 meter, come down in 1:40 minutes, with perfect landing. My friend tell me that variant fly better then last one, crashed. I feel same .
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Sink rate 0.3919 m/s
With data from second flight, extract from GliderKeeper, I have computed sink rate after motor was stopped, and result is 0.3919 m/s.
0.3919 m/s = 1.285761 feet/s "Modern DLGs regularly achieve dead-air sink rates of on the order of 1.3 ft/sec or probably better. This is at an airspeed in the vague ballpark of 5.5 m/s give or take a chunk. I expect similar performance, or even better, with somewhat larger planes." from this post. I find now after my experiment about sink rate, information about that here1 ( I have some reserve in this case, sorry) and here2, which confirm my measurement. |
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Last edited by popad; Nov 05, 2022 at 03:21 PM.
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Last edited by popad; Nov 05, 2022 at 03:15 PM.
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Flying day (27)
7 November. Weather very nice, wind under 2.1 meter/second, 16 degrees C. Best flight of day 12:38 minutes, F5J altitude 146.
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