Hf Antennas For All Locations Moxon Pdf [RECOMMENDED | 2026]

The Moxon rectangle is a two-element parasitic array that offers:

Because of these traits, it works well in:

Hence the phrase “for all locations” — from crowded urban homes to remote summits. hf antennas for all locations moxon pdf

The Challenge: Weight, setup time, wind resistance. The Moxon Solution: A "Taco" Moxon. Use 12 AWG copperweld wire and spreaders made of military fiberglass poles. The entire 20m antenna packs into a 30-inch tube. In 10 minutes, you have a directional antenna with 5dBi gain that fits in your backpack. PDF plans for these "tactical" Moxons are highly sought after.

Unlike a Yagi, which needs a long boom to achieve spacing for gain, the Moxon achieves phase shift through clever geometry. This compactness unlocks three universal benefits: The Moxon rectangle is a two-element parasitic array

| Capability | Benefit | |------------|---------| | Band-Agnostic Design Tables | Pre-calculated dimensions for 160m–6m, including WARC bands (17m, 12m, 30m). | | Space-Constrained Variants | "Shortened Moxon" models using loading coils or capacitance hats — with full construction data. | | Portable/Travel Versions | Collapsible, lightweight Moxon designs for SOTA, POTA, and DXpeditions. | | Material-Specific Build Guides | Aluminum tube, wire, fiberglass pole, and even tape-measure versions. | | SWR & Gain Plots | 4NEC2 / MMANA-GAL simulation outputs embedded in the PDF as reference charts. | | Interactive Calculator (Excel/HTML) | Input your available boom length → get custom wire spacing, element lengths, and feedpoint impedance. |

The Challenge: Rapid deployment, low weight, wind tolerance. The Moxon Solution: Use a portable Moxon made from 300-ohm ladder line or aluminum arrow shafts. The entire antenna packs into a 24” tube. Erect it on a 4-section military fiberglass mast. You’ll outperform every dipole and vertical at the field day site, especially on 20m. Because of these traits, it works well in:

The reason so many operators search for a "hf antennas for all locations moxon pdf" is because of the "Multi-Moxon" concept. With a simple relay box at the center, you can change the feed point to operate on two different bands.

For example:

A better approach for "all locations" is to build a single-band Moxon for your favorite band (usually 20m, 17m, or 15m) and use a tuner for other bands. But the Moxon is so efficient that many operators build three separate small Moxons (10m, 15m, 20m) on a single cross-boom. This is a "Moxon array" and it fits in the same space as a single triband Yagi.