Timothy M. Ventura - Construction Anti Gravity Lifter.pdf - Antygrawitacja - sq9nip

Lifter Construction Guide

Author: Timothy M. Ventura Date: March 09, 2002

Warning Notice: This document is intended for educational use only! The project described in this document uses

extremely high-voltage power-sources, and is intended for readers over 21 years of age who are experienced working with

dangerously high-voltages. If you are not a legal adult, or are not proficient working with dangerously high-voltages, do

not try to build this project without expert supervision. The author of this document is not responsible for any death,

injury, or property damage resulting from or relating to the procedures shown or devices described in this document.

Purpose of this Document: This document provides a step-by-step description of the methods and procedures

involved with building a prototype electrokinetic propulsion-device. If properly constructed, this device will generate

enough force to levitate itself from a resting surface.

Step 1: Obtain Required Materials

•

30-gauge enameled copper magnet-wire

•

Aluminum Foil

•

1 Tube “Super-Glue” or “Krazy-Glue” Brand cyanoacrylate adhesive

•

Sewing Thread

•

1 hobby knife

•

1 25,000+ volt DC Power supply

•

1 Scotch-Brand tape roll

•

NOTE : For more details, please see included ‘Required Materials’ document.

Step 2: Cut Balsa Support-Struts

Æ Cut the balsa-wood strips in half to create

2mm by 3mm strips. Cut these into two sets

balsa struts – 1 set of 3 struts 20 centimeters

in length, and a second set of 2 struts 11

centimeters in length.

Bevel the edges of each of the 20cm struts to

allow it to be glued later at an angle to the

11cm struts. The beveling should be about 30

degrees in slope, and remember to bevel both

ends on the same side of the balsa face.

Page 1 of 4

2mm by 6mm balsa-wood strips

•

Step 3: Assemble Balsa Struts

Æ Mark each of the 11cm struts at the top (to

help you remember which end is up) and

again at a mark 4cm up from the bottom.

Sparingly use super-glue to attach each of the

3 vertical 11cm struts to a 20cm horizontal

strut as shown in the picture.

In the picture, the beveled ends of the 20cm

struts have been glued at right angles at the

4cm mark on the vertical struts.

Step 4: Complete Chassis Assembly

Æ Similar to step 3, glue together the 3 pieces

of the Lifter frame using super-glue. Glue the

unconnected ends of the 20cm struts to the

other side of the 4cm mark that you created

on the vertical strut in Step 3.

Ensure that the ends of the Lifter line up as

shown in the picture.

Step 5: Cut Aluminum Foil Strip

Æ Cut a strip of aluminum foil 5cm wide and

approximately 1 meter in length. This foil

strip will be used to surround the bottom-part

of the Lifter.

Page 2 of 4

Step 6: Fold Foil Around Chassis

Æ Put glue on the 20cm strip and hold it onto

the foil until it sets. Notice in the picture how

the foil is even with the bottom of the vertical

struts. If done correctly, you should have an

extra 1-centimeter of foil above the 20cm

balsa horizontal strut.

Roll the Lifter chassis down the length of the

foil, gluing for each side of the chassis as you

go.

You must have an extra 1cm lip above the

horizontal struts to reduce ion-leakage.

Step 7: Fold down Foil Edges

Æ Cut the corners around the top of the 1 cm

lip above the horizontal struts and fold the foil

over the top of the strut for each of the 3

Lifter sides.

Use a piece of Scotch-tape cut in half

lengthwise to hold the folded corners as close

to the inside of the foil as possible and reduce

leakage.

Step 8: Attach Ground Wire to Foil

Æ Poke a small hole through the foil skirt and

run the ground-wire through it as shown in

the picture. The hole should be behind the

strut so that the wire is supported by it.

Make sure to strip the ground-wire of its

enamel coating before you connect it. The

ground wire must have a section of bare-

copper to contact the foil in order to work.

Give yourself about 2 extra feet of wire off

the lifter to connect it to your power-supply’s

ground.

Page 3 of 4

Step 9: Attach Corona Wire

Æ Approximately 4 cm up from the top of the

foil, or about 2cm from the very top of the

vertical support struts, run a length of magnet

wire around all three vertical struts.

Make sure to loop the wire around each of the

vertical struts at least once to ensure that it

stays in place, and when you come back to the

first vertical strut, tie the wire off so that the

corona wire runs around the entire frame of

the Lifter. After you have the corona-wire in

place, scrape some of the enamel off of the

wire.

Step 10: Finished Lifter

Æ If you have correctly followed the above

steps, you should have a Lifter prototype

identical to the one shown here.

Use the “Testing Guide” document to assist

you with testing the Lifter, and use the

“Troubleshooting” document if you encounter

problems while testing.

Page 4 of 4

Timothy M. Ventura - Construction Anti Gravity Lifter.pdf

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