SpeedWing Mini EX Assembly Instructions Manual

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Mini SpeedWing EX EX

Mini SpeedWing

Assembly Instructions

Website: www.speedwing.net

e-mail: acer@speedwing.net

Motor Used: GWS EDF 50xc ot Fiegao 4100kv

Blue Arrow 5A JST ESC or CC ThunderBird 9 ESC

SpeedWing.net 2-cell 350mah Tanic LiPoly

Specifications

Wingspan: 24"

Wing Area: 168 sq. in.

Target Weight: 3.8 oz.

Wing Loading: 3.25 oz./sq. ft.

Radio Equipment Needed

2 Blue Arrow 3.6g. JST Servos

GWS 4RP JST Receiver

Table of Contents

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Summary of Contents for SpeedWing Mini SpeedWing EX

Page 1 Motor Used: GWS EDF 50xc ot Fiegao 4100kv Radio Equipment Needed 2 Blue Arrow 3.6g. JST Servos GWS 4RP JST Receiver Blue Arrow 5A JST ESC or CC ThunderBird 9 ESC SpeedWing.net 2-cell 350mah Tanic LiPoly © Mini SpeedWing Mini SpeedWing EX EX Assembly Instructions Assembly Instructions Website: www.speedwing.net...
Page 2 Mini SpeedWing EX Thank you for purchasing the Mini SpeedWing EX. The Mini SpeedWing EX is the perfect plane for tight area flying, yet remains extremely aerobatic. Also, beginners will find that it is a fun and easy wing to fly because of its slow speeds and near indestructibility.
Page 3 Instructions 1. Connect all of your radio gear and center your transmitter trims. Now find the heavy duty servo control horns that came with your servos. Place the control horns on each servo so that the control horns angle back at about a 45 degree angle.
Page 4 4. Now hot glue in the speed control. Using your fingernail, press the speed control lead into the slit you cut. 5. Now connect all leads to the receiver. The right servo plugs into channel 1 on your receiver, the left servo into channel 2 and the speed control into channel 3.
Page 5 7. Take the supplied wire ties and mount the motor. Also mount the Deans Micro connector into the holder built into the mount. You can use a small amount of CA to glue the connector to the holder. 8. Now, use your Xacto knife to cut a SHALLOW slot leading out to the left wing tip (this is the slot the burry your antenna).
Page 6 10. Now tale the supplied control rods and place the z-bend in the servo horn. (Tip: for more throw, use the highest hole in the servo arm and the lowest hole in the elevon horn. For lower throws, use the lowest hole in the servo horn and the highest hole in the elevon horn).
Page 7 Control Throws: The control throws are normally set to 100% for every surface for the “Wild” setting. For the “Mild” setting use 50% throws. The differential between up and down is needed in this wing and is already set when you placed the servo horns at a 45 degree back angle.