How to make a Super charge electric Air plane

Hi guys do u wish to send a paper plane more than 100 feet, then just follow this

The single-sheet paper airplanes you made when you were a kid (or perhaps last week in your cubicle) were, well, kid stuff compared to this beefed-up paper craft, which uses an electric motor from an old pager or toy powered by a big electrolytic capacitor. Known as a "Gold Cap" and made by Panasonic, the capacitor charges from a battery pack and then metes out a steady flow of power to keep your propeller whirring for about 10 seconds-just long enough to send the flyer airborne and carry it between 30 and 100 feet. (You can also add a gearing system to squeeze out even more flight time.) We've created plans for an eAT-6 "Texan" airplane and put them here and here to get you started. Just think twice before blindly launching this one soaring over the wall of your cube.

Build a Motorized Paper Airplane
Cost: $14.29

Time: 3

Hours

Easy | | | | |

Hard

Things Needed :

• Paper eAT-6 plan (free; here and here)
• Two 9x12-in. sheets smooth Bienfang Bristol Board (19 cents ea.; dickblick.com)
• T-6 Texan Vacu Canopy ($2.96; squadron.com; #SQ9523)
• Panasonic 2.5-volt 3.3F Gold Cap ($5.22; digikey.com; #P6966-ND)
• Small electric motor (free; salvaged)
• Plastic propeller (57 cents; towerhobbies.com; #LXHHV9)
• AA four-battery holder (90 cents; digikey.com; #BH24AAW-ND)
• Two header pins (27 cents; jameco.com; #103185-3)
• Four AA batteries ($3.99)
• Or you can find these above stuff  at your near by electrical hard ware store

STEP1 : PRINT THE PARTS

Download the eAT-6 plan PDF here and here and print each sheet on a separate piece of Bristol Board, or any thick paper that works in your printer.

STEP 2 : ASSEMBLE THE BODY

Carefully bend and glue the fuselage and wings into shape. Add the cowling and elevator, and glue the wings in place. Decorate it with decals or markers.

STEP 3 : MOTORIZE IT

Solder the Gold Cap to the motor, and solder two three-inch wires to the Gold Cap terminals on one end and header pins on the other. Slide the power system into the plane, and route the header pins out of the tail. (The capacitor should sit near the rear of the cockpit.) Glue the engine-nose disk to the front of the cowling, and add the cowling trim ring. Affix the plastic propeller to the electric motor's shaft.

STEP 4 : FUEL UP

Carefully bend each wing so it's angled up slightly. Install the AA batteries into a battery holder, and connect it to the header pins sticking out of the plane to juice the capacitor. Charge the plane until the motor is spinning at its maximum rpm, and disconnect it.

STEP 5 : FLY AWAY

Hold the plane and point it into the wind. Launch using a flinging motion with your arm, not your wrist. The plane will fly in a left-hand circle, the diameter of which depends on the amount of deflection that you bend into the rudder [see plans: 1, 2]. Bend the elevator slightly upward to make it climb.