wiring plan yagi antenna

The optimized wideband antenna - NW3Z yagi antenna designs for Dayton 2001 Includes yagis for 20 15 10 meters.

Portable tri-band Yagi - a portable 2 elements tri band yagi

Homebrew Travel Antenna - This is a low cost homebrew two band travel antenna for 20 and 40 meters. It is based on the B&W Travel Antenna concept with a telescoping whip and a loading coil

3 elements Yagi for 20 meters - A 3 Element Mono-band Yagi for 20 meters by Kees Wiegers, PA5CW (ex-PA3BHS)

A linear loaded vertical antenna  ^pop - Vertical antenna design by David Reid PA3HBB G0BZF

8 and 4 yagi antennas for 50 Mhz - 8 and 4 elemets yagi beam antenna by N6CA

A portable three element 6M yagi - Six meters, 3 Elements yagi

Half Bobtail Antenna - design by Brian Williams, GW0GHF

A Loft-Yagi for Six Metres - by Brian Williams, GW0GHF

A vertically-polarised VK2ABQ Antenna - design note by Brian Williams, GW0GHF

Stacking 6m Antennas - by Chris, G3WOS - July 1992 Six News

The ZR6YY 6m Yagi - by Maurius, ZR6YY

50 Mhz Dipole  ^pop - This article describes a simple but effective wide bandwidth six metre antenna

Double bazooka coaxial dipole antenna  ^pop - From WH2T Dr Ace's Double Bazooka Coaxial Dipole

Hexagonal Beam - How to build an Hexagonal antenna in 3 hours

Using Delta Matching on HF Beams - Using delta match with HF antennas design

K9AY loop - K9AY is a loop developed in the early 1990's by American radio amateur Gary Breed

Practical experiments with Magnetic Loop - antennas experiments by David Reid PA3HBB G0BZF

Shunt feed a hustler mobile HF Antenna  ^pop - 40 and 20 meters mobile antenna

The Lattin 5 Band antenna  ^pop - The antenna was named for W4JRW who invented it and holds a patent on the basic principle and uses quarter wave stubs, 80, 40, 20, 15 and 10 meter bands

Quad Loops  ^pop - Quad loops can be a practical way to get some gain without constructing a full Cubic Quad

4 elements 50MHz Quagi  ^pop - Total Boom Lenght is 3 m.

The gain of aerials: the myths explained - In the long history of beam aerials there has persistently existed the claim that certain types of aerials perform better than yagis.

This old dipole - An antenna construction workshop conducted at Marshall N1FN's QTH

Azimuth Precision - knowing your Yagi! - by Zaba, OH1ZAA / NN0Y