How to Choose a Telecom Tower: Monopole, Lattice or Guyed?
Five questions that decide between a monopole, lattice tower and guyed mast, with a decision table and the standards that apply.
Last checked: 1 Nov 2026 · RAKUŠIĆ Corporation
A monopole is chosen when a small footprint and an unobtrusive look matter, a lattice tower when it has to carry a lot of equipment or be tall, and a guyed mast when the greatest height with the least steel is needed and the site has room for the guy anchors. In practice five inputs decide: height, amount and type of equipment, available space, wind exposure and the planning conditions of the site.
The decision in one table
| Monopole | Lattice | Guyed | |
|---|---|---|---|
| Footprint | smallest | medium (four legs) | largest (guy anchors far from the mast) |
| Equipment | small to medium amount | large amount, platforms easy to add | limited by stiffness and guys |
| Appearance | least obtrusive, suits urban areas | technical, visible | slender, but guys take up space |
| Typical use | urban 4G/5G base stations, fast build | network backbone, FM/TV transmitters, measuring stations | very tall masts in rural and industrial areas |
Sections, materials, foundations and protection for all five types (including lighting and power poles) are on the Telecom towers page. This article is only about the decision: which type for which situation.
Five questions before choosing
- What height is needed? Height follows the operator’s radio planning: coverage, line of sight for microwave links and surrounding obstacles.
- How much equipment and how many operators? Every antenna adds wind area and therefore forces in the tower and foundation. Planned sharing between operators or later additions belong in the design from the start.
- How much space is on the site? A guyed mast needs room for the guy anchors, a lattice tower for four legs. A monopole fits the smallest area.
- How exposed is the site to wind? Hilltops, coasts and open terrain increase the wind load, which affects member sizes, foundations and the choice of type.
- What does the zoning plan allow? In built-up areas design rules are often stricter, so a monopole is frequently the only acceptable solution.
Which standards apply
| Area | Standard |
|---|---|
| Design of lattice towers and guyed masts | EN 1993-3-1 |
| Polygonal monopoles | actions to EN 1993-3-1, resistance data from EN 40 |
| Guys of guyed masts | EN 1993-1-11 (supplemented by EN 1993-3-1) |
| Wind load | EN 1991-1-4 with the national annex of the country |
| Ice and wind with ice | annex of EN 1993-3-1, ISO 12494 |
| Foundations | EN 1997 |
| Earthquake | EN 1998-6 |
| Execution of steel structures | EN 1090 |
| Hot-dip galvanizing | EN ISO 1461 |
Frequently asked questions
Which tower is the cheapest?
It depends on height, equipment and site. A guyed mast uses the least steel for a given height but needs more land and anchors. A monopole is the simplest to erect and takes the least space. A comparison only makes sense with the same inputs.
Can equipment be added to an existing tower?
Yes, if the structural check allows it. Every new antenna changes the wind load, so the engineer checks the tower and foundation with the new equipment. That is why it pays to plan a reserve for future equipment from the start.
How long does corrosion protection last?
For hot-dip galvanized towers it depends on the zinc thickness and the corrosivity of the environment. Details: Hot-dip galvanized towers: how long protection lasts.
What governs the design: What determines the structural design of a telecom tower. On 5G towers: 5G infrastructure.
Next step
To compare types for your site we need the height, the equipment list (type, number, mounting height, planned additions) and the location.
Rakušić designs, fabricates to EN 1090, hot-dip galvanizes and erects monopole, lattice and guyed towers from 4 to 100+ metres. See the tower types or send an enquiry with location, height and equipment list.
General technical information. The final solution for a specific site and equipment is determined by the licensed structural engineer under the applicable standards and the operator's requirements.