Flying Dog Grape Gym-Star Manual - Halaman 2

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Equipment

Many servos and motor/ESC combinations are perfect for this model, but listed below are

some recommendations of gear that the design team have tried and know to work well:

Either:

1 x 9g servo for ailerons – e.g. Hexatronic HXT9 or Inolab HD201HB

Or...

2 x 5g servo for ailerons – e.g. Hexatronic HXT5, Dymond D47 or HiTec HS-35

2 x 5g servos for rudder/elevator – e.g. Hexatronic HXT5, Dymond D47 or HiTec HS-35

1 x 6-10 Amp ESC – e.g. Turnigy Plush 6A, HobbyWing Pentium 10A

1 x 40 Watt+ motor – e.g. A2812-14 (1600kv)

Batteries should be in the 2S 250-350mAh range with a propeller to match the selected

motor (8x4.3 GWS Slow-fly in the case of the suggestion above).

Construction

Anyone who has built an EPP shockie before should find this plane's construction fairly

normal, however, we always recommend that you read these instructions before

commencing; the designers have built numerous indoor airframes and you may find a few

tricks that aid in constructing straighter, lighter planes.

A few notes on glue... the Gym-Star is constructed mainly from EPP foam which, while

extremely durable, does not bond well with certain types of adhesive. Foam Safe CA and

Epoxy Resins do not work well, so should be avoided.

While normal CA can be used for most of the construction, the

extensive knowledge of EPP aircraft and recommend UHU POR for foam to foam joints,

as it produces a flexible bond which resists impacts.

For foam to carbon, or foam to carbon/glass-fibre we have found medium CA to give the

strongest bond.

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