Same bands, opposite goals. Here’s how NVIS and vertical DX antennas actually differ, and how a low-mounted 40m EFHW can blanket a state like Arizona.
A 6-band hex beam that set up fast, blew past my expectations, and reminded me exactly why it’s a special-event antenna and not a weekly one.
More watts get all the attention, but antenna height and gain do more for your GMRS range than a bigger radio ever will. Here’s what’s actually worth upgrading.
A random wire antenna is one of the simplest, cheapest ways onto HF, but the length you cut it matters more than most people realize. Here is what actually makes one work well.
PRB-1 is the federal rule hams cite constantly when a local ordinance tries to ban antennas outright. It is also frequently misunderstood. Here is what it actually protects, and what it does not.
I’ve written about magnetic loops for tight spaces, but full-size wire loops are a completely different animal and they deserve their own writeup. A full-wave loop is simply a wire, roughly one wavelength long on your target band, formed into a closed shape and fed at one point. No magic, just a different geometry than…
One radio in the Jeep, one in the manpack, one in the shack. Here’s why the AT-D578UV III Plus earned three spots in my setup instead of one.
An HOA restriction does not have to mean giving up on a real home HF antenna. It means getting more creative about what a real antenna is allowed to look like. Here is what actually holds up.
Verticals live and die by their ground system, not just their length. Here’s the actual process for getting a whip resonant on the band you want.
Everything I built for portable use eventually taught me something different once I tried to leave it up permanently. Here is what actually held up in my own backyard, and what I would do differently.
My honest take on the RigExpert Stick Pro after putting it to work on antenna projects, and a breakdown of how it stacks up against the rest of RigExpert’s analyzer lineup.