How far do walkie talkies work in a town?

Licence-free PMR446 walkie talkies typically manage 500 metres to 2 kilometres in built-up areas, depending on buildings and terrain. Inside large steel or concrete buildings that can fall to a few hundred metres or less.

Why does the box say 10 km range?

Manufacturers quote best-case line-of-sight figures — hilltop to hilltop with nothing in between. Radio waves at 446 MHz don't bend around hills or pass through massed buildings well, so real-world urban range is typically a tenth of the box figure.

How can I increase walkie talkie range?

With licence-free radios: gain height, move outdoors, use fresh batteries. Meaningful increases require changing system — a licensed radio with more power, a repeater on a tall building, or a network (PoC) radio which removes the range limit entirely.

How Far Do Walkie Talkies Really Work? Range Without the Marketing

The box says 10 km. You'll get 800 metres in town and be glad of it. Neither number is a lie — they're answers to different questions. Here's the honest range table and the physics behind it, in one sitting.

The honest range table (PMR446, 500 mW)

Environment	Realistic range	What's going on
Dense town centre	300 m – 1 km	Buildings absorb and scatter the signal
Suburbs / villages	1 – 2 km	Fewer, lower obstructions
Open countryside	2 – 5 km	Terrain is now the limit — one hill ends the conversation
Hilltop to hilltop	10 km +	True line of sight: the box-figure scenario
Inside a large building	2 – 6 floors / a few hundred metres	Steel and concrete are the hardest test of all
Ship-to-shore / water	Good over open water	But use proper marine VHF for safety at sea — different rules

Why the box number is "true" and useless

UHF signals at 446 MHz travel essentially by line of sight. Give two radios an unobstructed path — up a mountain, across a calm bay — and 500 mW genuinely carries 10 km or more. Put a supermarket between them and the same radios struggle at 400 metres. The marketing figure reports the first scenario; your life happens in the second. As a rule of thumb, divide the box claim by ten for towns, by three or four for open country — and you'll rarely be disappointed.

What genuinely helps (and what doesn't)

Helps: height

The single biggest lever. First floor beats ground floor; a supervisor on a mezzanine covers a warehouse a ground-level radio can't.

Helps: fresh batteries

Transmit power sags with the cells. Half the "range got worse" complaints in the trade are tired NiMH packs.

Helps: outdoors

One exterior wall can cost more signal than half a kilometre of open air. Step outside, watch bars return.

Doesn't: "high-gain" claims on fixed-antenna radios

PMR446 antennas are fixed by law and the power is capped — there's no accessory that changes the physics. Anything promising otherwise is either useless or illegal.

When you need more than the physics allows

Once you've gained height, gone digital and still can't cover the ground, you've hit the standard's ceiling and the fix is a different system, not a better PMR446 radio. Three upgrade paths, in order of ambition: a licensed radio (more power — roughly doubles real range); a licensed system with a repeater sited high (site-wide coverage for difficult buildings); or a network radio, which sidesteps radio range altogether by using the mobile networks — the practical answer when "range" means different postcodes rather than a bigger yard.

Quick answers

How far in a town?

PMR446: 500 m to 2 km, dictated by buildings. Large steel/concrete structures can cut that to a few hundred metres.

Why does the box say 10 km?

It's the hilltop-to-hilltop line-of-sight figure. Divide by ten for urban reality.

How do I increase range?

Height, fresh batteries, get outdoors. Beyond that, change system: licensed power, a repeater, or network radio — which has no range limit at all.

How far do walkie talkies really work?