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full size printed plan & building notes  fai combat the  sickle iii  w/s 47”  engine .15
full size printed plan & building notes  fai combat the  sickle iii  w/s 47”  engine .15
full size printed plan & building notes  fai combat the  sickle iii  w/s 47”  engine .15
full size printed plan & building notes  fai combat the  sickle iii  w/s 47”  engine .15
full size printed plan & building notes  fai combat the  sickle iii  w/s 47”  engine .15
full size printed plan & building notes  fai combat the  sickle iii  w/s 47”  engine .15
full size printed plan & building notes  fai combat the  sickle iii  w/s 47”  engine .15
full size printed plan & building notes  fai combat the  sickle iii  w/s 47”  engine .15

Full Size Printed Plan & Building Notes FAI Combat THE SICKLE III W/S 47” ENGINE .15

Regular price $18.95
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Description

Full Size Printed Plan & Building Notes

No material plans only

THE  SICKLE III

Laminated balsa spars and trailing edge, plus hot‑wire cut foam forward sect­ion, make this FAI Combat ship a standout ... in looks and performance.

FULL SIZE PLANS PRINTED ON a SHEET 48" x 28"

Five PAGES OF PHOTOS, and CONSTRUCTION NOTES

WINGSPAN 47”

ENGINE .15

FAI COMBAT

By STEVE FAUBLE

  Combat flyers are you listening out there? If you're not flying F.A.I. combat you are missing out on what I feel is the most innovative and outright fun event going. The planes fly extremely well, and if you run a Fox .15 BB it is much less expensive than A.M.A‑style combat. The international rules, if used at the local level at all, are confusing and hard to keep in mind, but even t is can be a lesson in mental concentration.

   In this article on my latest design, the Sickle 3, 1 will try to get your enthusiasm going for F.A.I. The plane has 450 sq. in. of area, and should weigh about 14 oz with a Fox, This combination will give you a low enough wing loading for a truly spectacular turning plane. The semi‑elliptical planform seems to handle the turbulent Texas winds (our constant companion) much better than a straight taper wing. The curved leading edge also seemed to be more crash resistant than a straight or tapered wing. I don't know if the reason is that the tips don't hit the ground in a crash or if it is that the built‑in stresses tend to counteract the forces of the sudden stop. I will show you how to make these with very little extra effort, and at a lower cost than using ordinary spar stock. If you are still reading this you must be interested, so let's get ready to make some planes.

Thank you or looking Rose

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