Description

Small antennas are convenient, but they are never magic. Portable Antennas That Pack Small is a practical field guide for amateur radio operators who want compact antenna systems that are realistic, understandable, and repeatable in the field.

Duarte Lickfold approaches portable antennas as complete systems: radiator, support, feed line, matching method, return path, measurement workflow, operating strategy, and packing discipline. Instead of promising miracle performance or guaranteed contacts, the book explains the tradeoffs behind compact HF, VHF, and field antenna choices so you can make better decisions before you leave home and faster corrections once you are on site.

You will learn how to compare packed length, weight, setup footprint, efficiency, bandwidth, deployment time, and weather tolerance. The book covers practical wire antennas, linked dipoles, inverted vees, end-fed half-wave antennas, random-wire systems, compact verticals, telescoping whips, loading coils, radials, counterpoises, lightweight supports, and no-support operating situations. It also explains why low SWR alone does not prove good radiation, why end-fed antennas need a return path, and why compact verticals often succeed or fail on their radial system.

Field measurement and troubleshooting are treated as core skills. You will find workflows for analyzers and nanoVNA-style instruments, low-power checks, common-mode symptoms, adapter problems, tuning errors, support changes, and antenna logs. Operating strategy is included too, with practical guidance on band selection, station placement, mode choice, concise calling, and one-variable-at-a-time experimentation.

At USD 9.97, this guide is designed for hams who want a compact station they can actually pack, set up safely, verify, operate, repair, and improve over time.

What You Will Learn

How to evaluate portable antennas by packed length, weight, setup footprint, efficiency, bandwidth, and deployment time
Why resonance, impedance, SWR, matching, feed-line loss, and radiation efficiency are related but not the same
How to pack a modular antenna kit with wire, cordage, adapters, feed line, tools, measurement gear, and repair items
How to build and tune compact center-fed wire antennas, including linked dipoles and inverted vees
How end-fed half-wave and random-wire systems differ, and why counterpoises and common-mode control matter
How to deploy short verticals, telescoping whips, loaded antennas, radials, tripods, ground spikes, and vehicle supports
How to choose safe supports, use trees responsibly, plan for wind, and manage public-space setup boundaries
How to verify antennas in the field using SWR, analyzers, trend measurements, low-power checks, and antenna logs
How to troubleshoot poor results by changing one variable at a time instead of cutting wire too soon
How operating choices such as band, mode, timing, station placement, and calling procedure affect compact antenna performance

Who This Book Is For

Licensed amateur radio operators building a portable antenna kit for POTA, SOTA, camping, travel, or emergency exercises
QRP and low-power operators who need realistic expectations from compact antennas
Operators deciding between linked dipoles, end-fed wires, random wires, whips, and short verticals
Field operators who want safer support choices, cleaner feed-line layouts, and faster teardown
Hams who own an analyzer or nanoVNA-style instrument but want a better field verification workflow
Operators who want repeatable results without overpacking heavy masts, long coax, or bulky hardware