Tu95 Flaps
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Added: 3 years ago
From: ScaleAero
Views: 15,341
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  • Bravo! Have a brandy on me :)

  • You think this is wild...you should see the B-47 fowler set-up. Will attach some video in the near future.

  • This is so awesome! Congratulations on that difficult, but oh so cool fowler flaps.

  • Very nice! Was it tough to make to work?

  • Its straight forward, literally. Held inline by carbon fiber tube within a tube.

    The motion path stop forced by the stop rod turns the rearward motion into pivoted "tilt" of the flap since it can not move rearward any further.

    As simple as one could hope for.

  • Can you post up picks and or give us a walk around of the project.

    Thanks.

  • Hi, Im building a scratch plane large scale 12.5 feet length/11.5 wingspan MD-80 Type.... I really like your flaps... DId you manuf. or purchase.... Plans somewhere... hardware? anyhow if your willing to share...

  • All scratch built from three view line art and photo documentation. C/F tube in tube as explained above.

    Look at the bottom view of video to see the mechanical action of the flaps.

  • That is sweet.

  • has it been flown yet?

  • The arrival of an exchange student from Japan interrupted plans for an initial flight. All that remains to be conducted is a series of fast taxi sessions.

    George will not be competing with it at the AMA NATs this year. Probably the first contest will be in Lakeland, Florida at the 2009 Top Gun.

    When video of its initial flights is available it will be posted.

  • Yes, the video is in U-Tube

  • I look forward to it.

  • Have you flown it yet?

  • On july 19th the maiden flight of the Tu-95 will occur. It will be flown at the AMA NATs in Muncie in August.

  • How do it woks? Is there any control under compartment within the wing?

  • At the size of this Tu-95 it was easiest for George to use Flexible nyrod in each wing to push and pull carbon fiber tubes fore and aft which were attached to pivot points attacned to the flap sections. There were trravel stops which when the push tubes continued to move rearward...forced the leading edges back

    and the rear edges to tilt down.

    A single large servo pushed and pulled flaps on both wings to assure mechanical symetry if for some reason the servo failed the airfoil would the same

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