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Please login first. Dick Baxter. Old Plastic Model Kits Plastic model kits, airplane kits, etc. Livewire 80 Details:. Get an article everyday. This is a high quality kit that is well molded.

The main parts are molded in clear for realistic windows and are still in excellent condition not yellowed. All the other parts are metal details such as nose wheel and strut, two main wheels and struts, rotor head, tail rotor, pilots seat, instrument panel, rear bench seat, tail rotor guard and winch. Has full decals for two aircraft including one stationed on HMS Bulwark in One set is for a dark sea grey aircraft and another with a lighter sky finish.

The metal parts are still in the factory sealed bag and the other parts have been inventoried complete with decals and instructions. It has been inventoried complete with all parts and includes decals and instructions.

An excellent kit featuring several sheets of high quality printwood, factory cut Wood Burning Stove Blueprints 50 stripwood and spars, lightweight metal hardware packet, fully carved thrust button, plastic prop, cardstock template sheet, an extensive booklet with facts and history about the aircraft, flying Woodworking Websites Uk Java instructions, catalog, beautiful full size plans, insignia sheet, covering tissue and more.

The kit has never been started. Includes both kits in the original boxes. The Yak has never started. It has been inventoried complete with all parts and includes decals and instructions but NOTE: the decals are partially stuck to the box bottom. The AN is never started and inventoried with all parts present but NOTE: one propeller has two broken blades and they are missing. The instructions and decals are present but the decals have a stain at the upper left corner KVZ was the logo used by this East German kit manufacturer from to Still factory sealed.

This is the first issue of this classic kit. Dated and considered the highest quality kit available of the Apollo 11 moon landing scene. Rare early issue includes the color booklet "First Lunar Landing", LEM, moon base, solar wind detector, seismometer, flag, astronauts, laser reflector, stereo camera and TV Camera. As this is the first issue, it contains some items not included in later issues.

It has a gray molded base with factory airbrushed black shadows, yellow tinted die-cut windows and gold foil. The booklet is an excellent detailing guide for the kit as Free Woodworking Plans Keepsake Box Guide there are many color photos of the LEM and equipment. Rare one-and-only issue includes both car models. Both are well detailed featuring full engine and interior. Both have never been started. Features dual motor drive on the tracks, realistic turning action through differential track speeds, rotating turret and more.

This issue includes both electric motors. The parts are still in the internal factory sealed bags and includes decals and instructions. Still factory sealed, but the seal is missing from 4 inches of the left side as shown. Very highly detailed and large model features fully detailed cockpit, nose compartment and landing gear, crew of four, optional position bomb bay doors with 80 bombs, optional electronic fairings, rotating props, moving tail turret and optional position landing gear.

Re-release of the popular early s kit. Has many operational features. Missile has removable panel with full interior featuring fuel tanks, rocket engine and more. Profile Series from the s includes markings for all three versions.

The kit is from quality Airfix molds. NOTE: the crew are silver plastic. They are from an earlier issue of this same kit. Excellent new kit with decals for two colorful Manchurian aircraft from Well detailed kit from about The Airgeep was made for the US Army to increase mobility by combining the best of a jeep and helicopter. It traveled at up to miles per hour and could carry several fully equipped troops.

Then use the razor blade to cut away wood from the leading edge of your wing. Smooth out the shape by sanding with increasing grits. Start with 60 go to 80 and finish with The last step is to wet the trailing edge with water.

To make it curve, mark the vertex of the dihedral angle is anywhere but the middle. To make it fly straight, find the center of gravity of the wing by balancing it on a ruler until it doesn't tip make sure you are precise!

Mark this place. This will be the vertex of your dihedral angle. Use a razor blade to score a line in the place you marked, this line has to be perpendicular to the length of the wing.

Score another 6 inch line perpendicular to the the first, parallel to the wing, and closer to the leading edge. Wetting line 1, gently fold it up. Apply lots of super glue to the line. Refer to the picture to set up your wing for drying.

Prop up the ends of the wings on something that is around 2 inches high. After the wings have dried, bend some aluminium wire and super glue into the second grove you cut. This will strengthen the wing. This will protect against cracks from the stress of the rubber band. Take a scrap piece of balsa or another preferably rectangular piece of scarp to support the winglets. Glue on both wiglets with their supports using super glue.

Follow the instructions on the picture to add this mount to the wings. This will make sure it is easy to connect it to the body using rubber bands later.

You will need two pieces of 1 inch by 2 inch balsa that you can cut out from the cut-off in step 4. Make sure both pieces are the same. It is easier if you first mark out where you are drilling with a pencil or centerpunch. Note: This glider was designed with the Tech Challenge challenge to transport ping-pong balls in mind, so the only purpose of the double hulled body is to hold ping-pong balls and be strong. That being said, it works without ping-pong balls bust you will still have to use a weigh to weigh down the nose of the glider.

By the way, you can mount this wing design on different lighter bodies for better flight outside! You will need three of these sandwiches. Leave the back open so you can bend it to attach to the tail. Attach the tail by curving the two body pieces inward and attach to the bottom of the fin as shown. We will be attaching the wings using rubber bands hooked over these paperclips that will be threaded through the holes. Start by adding weight ping-pong balls, wood, washers Mark the center of gravity.

Thread the paper clips 2 through the holes you drilled, a little bit more than 2 inches in front of and behind the center of gravity you marked. Hook the rubber bands onto the paperclips and stretch over to hook onto the second paperclip to form an X pattern.

Check the center of gravity with the wings attached. If not, add or remove weight from the nose. You've finished the glider, now you can go outside and hand toss it but make sure their is little to no wind. If you have access to a big room, such as school gym, try it out there too. Remember to lightly toss it forward and slightly angled up.

Do not chuck it as hard as you can, because chances are it will break. Remember, balsa is fragile! You can also make a really good rubber band launcher for this glider, but that'll have to wait till next post. Stay tuned and enjoy! Question 6 months ago on Introduction. Reply 6 months ago. What do you mean by that?

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