Airplane Glider V1.0

Cabin

Varillas Balso 1,5x3x300 mm

Varillas Balso 3x3x300 mm

Varillas de Balso 6x6x300 mm

Bloque Balso 6x12x65 mm

Bloque Balso 15x20x35 mm

Alerón 3-1 x12x300 mm

Listón Cedro Ø4,5x100 mm

A1: Prepare all the tools required for construction.

A2: Check the parts and identify them, both the cut pieces and the slats and blocks.

A3: Locate the plane on the arming surface and place tape on the edges and be fixed on the surface.

A4: Mida 23,2 cm sobre un listón de 1,5x3x300 mm y márquelo.

A5: Using the scalpel, cut two pieces with the marked measurement, to form the beams of the right wing.

A6: Locate on the plane and in the top view of the right wing, one of the beams, from the center of the wing, to the piece A4, secure with pins if possible.

A7: Remove from the insoles 8 ribs A3

A8: Grease the lower ribs of A3 ribs with glue.

Example of parts A3:

A9: Locate and glue on the beam, the ribs, taking into account their position according to the plane. Try to keep them perpendicular to the plane.

A10: Anchor the ribs to the work surface, using pins and pliers.

A11: Remove an A2 rib from the template.

A12: Glue the bottom of rib A2 with glue.

Example of part A2:

A13: Glue the A2 Rib onto the beam, use a pair of planking parts to achieve the height. Let it dry very well.

A14: Glue the top boxes of the ribs in the plane with glue.

A15: Attach the upper beam to the upper rib cages, use a block to align it with the lower beam. Let it dry.

A16: Remove the three A15 pieces from the insoles, which form the heart.

Example of parts A15:

A17: Glue the pieces A15.

A18: Glue the three A15 pieces together and keep them together while they dry, keeping in mind that they are aligned.

A19: Glue the upper and lower edges of the right side of the heart (A15)

A20: Locate and stick your heart between the beams in the center of the wing.

A21: Unscrew one of the pieces A14 from the insoles. Smear one of the faces with glue.

A22: Glue the Piece A14 close to the heart, joining it with the two beams.

Example of part A14:

A23: Glue and locate the other A14 piece on the other side of the heart, making a sandwich.

A24: Use clothing hooks to hold the heart pieces together while the glue dries.

Example of part A14:

A25: Glue the upper edge and the upper right edge of part A23 with glue.

A26: Locate and glue piece A23 (lower Planking) next to piece A14 and below Rib A2.

Example part A23:

A27: Locate and glue piece A21, lift this piece a little with a piece of wood, to attach the rib A2 to the planking (A21).

A28: Clean excess glue with a piece of wood.

Example of part A21:

A29: Secure the parts with pins and the clamp aid.

A30: Locate and glue on the lower planking (A23) the ribs A1 (a) and A1 (b).

A31: On a Balso strip of 6x6x300 mm and an aileron mark 23.2 cm.

A32: Cut the two marked pieces.

A33: Glue the front of each rib (Attack edge).

A34: Locate and glue the cut 6x6 mm strip from the center of the wing and secure with pins.

A35: Locate and glue the spoiler before cut into the trailing edge of the wing, and secure with pins.

A36: You can start with the process of building the other half of the wing while the parts are being glued.

A37: Remove from the template 8 pieces A12.

A38: Locate and glue the A12 pieces between the ribs and on the back of the beams to form the Wing Tips.

Example of parts A12:

A39: Glue the central rib A1 (a) and A1 (b), using a block of wood to keep it perpendicular to the plane while drying the glue.

A40: Locate and glue two A13 pieces, in front and behind the beams, at the height of the A4 rib. You must align them against the arming surface.

Example of part A1 (a) and A1 (b):

A41: Secure parts A13 with the aid of a clothes hook, while drying the glue. With this we form the polyhedron.

A42: Undo the wing of the arming surface, and lift it from the polyhedron, until the angle of this one joins the surface. Use blocks to hold it in position and re-attach it.

Example parts A13:

A43: Locate a 1.5x3x300 mm Balso strip between the A4 and A11 ribs, mark the length of the beam and cut two equal pieces.

A44: Locate and secure one of the cut pieces with pins.

A45: Locate and glue on the lower beam, ribs A5, A6, A7, A8, A9, A10 and A11. Secure the parts with pins.

A46: Anchor the rib A11 with the block of 6x10x65 mm while it dries to make it turn right.

Example of parts A5, A6, A7, A8, A9, A10 and A1

A47: Locate a 6x6 mm strip on the leading edge of the wing, and mark the length between the A4 and A7 ribs.

A48: Cut the length marked and with the help of the sander try to copy the required angles.

A49: Once the piece is achieved, glue it and attach it to the ribs to continue with the leading edge. Do the same with the next leg.

A50: Locate a spoiler at the trailing edge between the A4 and A11 ribs, and mark the length, cut it and glue it to the ribs and the leading trailing edge.

A51: Cut the last section of the leading edge, achieve the corresponding angles with the sander and glue it. Sand the rib A11 a bit so that the piece resists to stick it.

A52: Locate the 6x10x65 mm block next to the rib A11 and mark the arc showing the plane.

A53: With the aid of the scalpel cut the piece approaching the best possible to the marked arch.

A54: Finish carving with the sander.

A55: Glue the previously carved piece to the rib A11, to form the tip of the wing. Ancle

A56: Glue the polyhedron reinforcements (A13) to the beams of the new wing section and secure them while drying with a hook.

A57: Locate and glue the sections of the A4 rib on the polyhedron.

A58: Locate and glue the A24 pieces to reinforce the A4 rib.

Example of parts A24:

A59: Allow all parts to dry thoroughly, leaving the wing section anchored to the arming surface.

A60: Use the same method to construct the second leg of the other half of the wing.

A61: Once the two halves of the wing have dried, unseal them and join them in the center, moving the beams of the left section over the channels of the heart attached to the right section.

A62: Look at the missing angles and spaces to achieve bond, and sand if necessary, until the two sections close completely.

A63: Glue the heart channels, both upper and lower.

A64: Re-assemble the wing already assembled, leaving one section anchored on the surface and the other with the required angle.

A65: Glue the lower planking of the left section under the ribs of the center of the wing. (A20 and A22) and glue the other rib from the center of wing A1.

A66: Locate and glue parts A16, A17, A18 and A19 that form the upper planking. Use some slats or blocks to hold the pieces while the glue dries.

Example of parts A16, A17, A18 and A19:

A67: Once the wings have dried, unseal them and begin to finish the center of the wing with the aid of the sander, until obtaining a more uniform surface.

A68: Continue with the wing tips, sanding the surface of the block until you get the curve of the final rib A11.

A69: Carve the Edge of Attack, trying to continue the curve of the ribs.

A70: Carve the leading edge of the wing tips, trying to decrease the curve of the final ribs.

Wings finished.

F1: Unscrew pieces F8 and F7 from the insoles, glue the edge of the tip of the pieces F8.

F2: Assemble the two walls of the fuselage by joining pieces F8 and F7. Attach them to the arming surface with pins.

Example of part F8 and F7:

F3: Unscrew the two pieces F11 (reinforcements from the fuselage) from the template, and glue one of the faces with glue. Keep in mind that these pieces are opposite and go inside the fuselage.

F4: Attach reinforcement F11 to the assembly of the F8 + F9 pieces, and hold them together with hooks while the glue dries. To form the walls of the fuselage.

Example of part F8 and F11

F5: Assemble the parts forming the fuselage floor F10 + F11

F6: Locate the assembly F10 + F11 on the top view of the fuselage and glue one of the previously assembled walls to maintain a 90 ° angle between them.

F7: Locate and glue the other wall of the fuselage, use the Ø4.5 mm round cedar strip, to make the two walls parallel.

F8: Locate and glue the fuselage frames F2, F3, F4 and F5, as shown in the drawing.

Example of parts F2, F3, F4 and F5:

F9: Grease the upper edge of the fuselage walls with FAST glue, from frame F3 to the intersection with the stabilizer.

F10: Attach part F6, and secure with pins.

Example of part F6:

F11: Locate the F1 frame at the tip of the fuselage and copy the angle formed with the floor, using the sander.

F12: Grease the fuselage tip with sufficient glue.

Example of part F1:

F13: Locate part F1 and close the tip of the fuselage with the aid of a rubber. Use some pieces of wood between the rubber and the pieces so as not to mistreat them

F14: Once the tip of the fuselage dries, sand the diagonal surface to match it

F15: Insert the leads into the box formed between the frames F1 and F2 and glue them.

F16: Locate and glue parts C1 and C2 to form the cab.

Example of parts C1 and C2:

F17: Secure the parts, once dry, rectify the tip of the fuselage with the sander.

F18: Locate the tip of the fuselage on the Balso block of 15x20x35 mm and trace the diagonal line of the tip of the fuselage on the block.

F19: With the scalpel cut the block gradually approaching the marked line.

F20: With the sander finish carving the block until the marked line is reached

F21: Mark on one side of the block the shape of the nose of the fuselage

F22: Carve the profile of the nose previously marked.

F23: Using a motortool we open a hole in the front part of the fuselage, opening the space where the DC motor is located.

F24: Use silicone to attach the engine to the front fuselage.

E1: Remove parts E1, E2, E3, E4 and E5 from the insoles.

E2: Place Parts E1 and E2 on the plane, glue them together and pin them.

Example of parts E1, E2, E3, E4 and E5:

E3: Cut a 3x3 mm strip of the length indicated in the plane, between the two pieces E5, attach it to the piece E1 and attach it with pins

E4: Locate and fasten the E5 parts to the 3x3 mm strip.

E5: Cut the two 3x3 mm strips from the front of the stabilizer and approach the connection angles with the aid of the sander.

E6: Attach the two slats to the pieces E2 and E5, pin them to the arming surface.

E7: Locate and glue the two E3 pieces.

E8: Locate and glue the two E4 pieces.

E9: Locate 3x3 mm strips on the stabilizer drawing and mark the length and angles that form at the joints.

E10: Cut the marked strips and sand the required angles, once they are done glue the pieces together and pin them.

E11: Continue the process until the complete piece is obtained and allow the glue to dry very well with the piece anchored to the work surface.

E12: Sand the stabilizer on all edges and edges for a more aerodynamic finish.

T1: Measure and cut the 3 3x3 mm slats that form the rudder members. And enclose them on the plane.

T2: Using 3x3 mm slats, continue cutting and sanding the angles formed at the rear of the rudder, stick them together.

T3: Continue the process until the rudder is completely formed, allow the glue to dry very well with the piece anchored to the surface

T4: Once the rudder is dry, unscrew it from the assembly surface.

Sand the edges and edges of the piece to give a Finish more aerodynamic.

FR1: Place the wings on the fuselage and verify that they enter the space between the cabin and the frame F4.

FR2: Sand the leading edge of the wings if necessary until they fit tightly into the fuselage.

FR3: Locate the stabilizer and rudder on the fuselage to check that they fit properly.

FR4: To start the lining of the wings cut 4 pieces of paper of 12x24 cm.

FR5: Glue a section of wing from the center to the polyhedron and the part of the Intrados.

FR6: Spread the glue to a uniform layer on the wood.

FR7: Locate and glue the paper trying to stretch as best you can to avoid wrinkles.

FR8: Cut excess paper parallel to leading edge and trailing edge, leaving more or less 5mm of flange.

FR9: Glue the flap by folding the paper over the other side of the wing (Extrados).

FR10: Repeat the same procedure to attach the other section of the intrados and the other two sections that line the extrados.

FR11: Cut another 4 pieces of paper shorter and line the two ends of the wing on both sides.

FR12: Allow the glue to dry thoroughly.

FR13: Glue the paper on both sides leaving tabs approx. 5 mm. to fold.

FR14: Perform the same procedure to line the rudder.

C1: Material's list.

• Battery
• Resistor
• Led
• Capacitor
• IR Receiver

C2: Schematic of the implemented circuit.

C3: Printed circuit.

C4: Printed board with perforations of each electrical component.

C5: End Circuit.

C6: Insert the circuit in the fuselage, making a hole in the bottom. In order that the IR receiver is outside the fuselage.

C7: We add in switch to have control of the On / Off of the airplane.

C8: Receiver at bottom of fuselage.

C9: We added a Source Entry.

C10: Final view.

P1: Use tape to limit areas to be painted.

P2: I chose red paint

P3: Wing preview.

P4: Preview of stabilizers.

P5: Assemble.

P6: Airplane END.