3D AMOS RAINBOW PLANE

Introducing the EasyFly 3D Plane:

The EasyFly 3D Plane is a user-friendly aircraft designed for beginners and enthusiasts alike. With its simplified 4-channel configuration (rudder-free, but optional installation available), it provides a seamless flying experience. Constructed from a sturdy 1-inch thick high-density thermo foam sheet, the plane ensures durability while remaining lightweight.

Key Specifications:

- Wing Span: 35 inches

- Length: 32 inches

- Weight: 700 grams (including electronics)

Electronics:

- 1100kv Brushless Motor

- 40A ESC (25-40A ESC can also be used)

- 2200mAh, 25C, 3S LiPo Battery

- 10x5 Propeller

- 2x 3.1kg Torque Servos

The combination of these electronics ensures efficient power delivery, reliable control, and a satisfying flight experience. The provided 2200mAh LiPo battery offers ample capacity for extended flying sessions.

The EasyFly 3D Plane's design and characteristics make it an excellent choice for beginners, as it offers stability, maneuverability, and ease of control. Its lightweight construction enhances its agility and responsiveness, allowing for smooth flight maneuvers.

Please note that additional information, such as assembly instructions or flight guidelines, would be helpful for providing a more comprehensive overview of the EasyFly 3D Plane.

Download pdf below for more information

amos 4A.pdf
Download

Step 1: Arranging Prints From PDF

Simply take out prints of pdf and attach prints in increasing order and tape them as shown in above pictures

Step 2: Cutting of Paper Plane From Attached Prints and Pasting It on Thermofoam Sheet :D

Get the paper plane from attached prints by cutting it from edges. I have further cut the paper plane parts so that it becomes more easy to assemble it.(Veiw third pic so you can get it)

Step 3: Cutting Thermofoam Sheet by Hot Wire

Cut the thermo foam sheet carefully as marked by pasting paper plane.Do this step carefully and PATIENTLY

In this step also cut the fittings of main wing and tail with paper cutter( the empty spaces in which main wing and tail will be fit soon)

Step 4: Painting I and Fitting Main Wing and Tail

Paint the wing,tail and main body using poster colours and left it for 30-60 minutes.Take some wood glue in bowl and add water in it until you feel that its thin enough and also has adhesive power .

Don't mix so much water , other wise it will be so diluted and will be no more glue

NOTE: In this step before painting make the front edges of wing and tail streamlined ( so that not much drag force will be on wing and flight will become smooth )

Step 5: Adding Flaps on Tail and Wing

First I want to overcome your confusion in pics... actually by mistake I coloured the plane first and then streamlined its wing and tail lolz ... but you have to first streamline them and then paint it lolz..

Add flappers on tail and wing by any joining medium (tape,hing etc) .But i have used X-Ray sheet for joining them with wing or tail as it is light weight

Step 6: Adding Electronics and Finishing

Add electronics i.e

>motor

>esc

>servos

>push horns etc

Note: Do not fix battery pack as it will be fitted at the end in a place so that plane's CG (center of gravity ) will be adjusted. Add landing gears if you need other wise hand launch and hand land is perfect option.Attach any material to strengthen the wing so that it cannot bend during flight and you can fly the plane in a free style (e.g wood stick as i have used ).

Give your plane final look i.e paint it if there are scratches

Step 7: Adjusting the CG(Center of Gravity)

Heres how to find cg on an amos wing for 3d.It will never change no matter what size you build it.for regular flying just go slightly ahead.

Use the above pictures to set the center of gravity. For this here are some points
1)Join the points of intersection on both wings

2) The line will cut the main body at a specific point.

This will be the CG point of the plane You can see that i have used to thread the plane at that point and suspend it freely.

Place the battery pack so that plane will remain in suspended horizontal position..... This step must be done carefully because the best the CG , the best and smooth will be the flight.