BEYOND STEEL: THE LEGAL AND TECHNICAL ARCHITECTURE OF TELECOMMUNICATION TOWERS IN MALAYSIA
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By: Dr. Sharen Alzalip (Managing Partner) DBA (UBAS Varsovia), MBA (UWS), LL.B (Hons) (IIUM) March 26, 2026 |
During the recent Hari Raya Aidilfitri celebrations, I travelled through rural areas in Batu Pahat, Johor.
In those areas, there were numerous telecommunication towers; something rarely seen in urban settings. In cities, telecommunication infrastructure is largely deployed as rooftop structures rather than ground-based towers due to limited land space compared to rural areas.
I even captured photos of the towers.
In today’s modern world, every phone call, message, or internet access depends on a fundamental infrastructure that often goes unnoticed — the telecommunication towers.
While often perceived as merely “steel structures,” these installations are, in reality, part of a complex network ecosystem, subject to stringent technical requirements and a multi-layered legal framework.
1. What is a Telecommunication Tower?
Fundamentally, a telecommunication tower is a structure used to support wireless communication equipment such as antennas, radios, and Base Transceiver Stations (BTS). Its function is to transmit and receive signals between users and the core network.
However, not all towers are the same. They vary depending on usage, size, equipment loading capacity, structural strength, and land requirements.
2. Types of Telecommunication Towers
(a) Ground-Based Tower (GBT)
These are towers constructed on the ground, typically in forms such as:
i) Lattice towers (steel framework)
ii) Monopoles (single pole structures)
iii) Guyed towers (supported by tension cables)
A relatively large land area is required for these structures. This is the largest category of telecommunication towers.
Functionally, they provide wide coverage areas with longer frequency reach compared to other tower types — justifying their higher construction costs. They are most suitable for rural or suburban areas where land availability is less constrained and are rarely found in dense urban environments.
However, notable exceptions exist—structures such as KL Tower in Kuala Lumpur and the Eiffel Tower in Paris are examples of large ground-based towers located within city centres.
From an operational perspective, GBTs require land allocation, utility access, and designated safety zones. Access to these sites can be a major challenge, particularly when they are located in remote areas with limited road connectivity.
In some cases, access may require crossing private land, necessitating right-of-way agreements with landowners. Power supply is another significant challenge, especially if the tower is located outside the main power grid- it requires solar or generator set electrified towers.
(b) Rooftop Tower / Rooftop Structure
These structures are installed on top of buildings, such as:
i) Antennas mounted on rooftops of hotels, hospitals, or commercial buildings
ii) Mini monopoles or frame antennas
Functionally, they address high-capacity demands in urban areas while reducing the need for new tower construction. However, their frequency coverage is shorter compared to ground-based towers.
As a result, telecommunication providers need to deploy a higher number of such structures to ensure adequate coverage in cities. The construction cost is lower than that of ground-based towers.
Operationally, these structures depend heavily on the consent of building owners and the structural integrity of the building.
Tower operators typically enter into lease agreements with building owners. In certain cases, agreements may instead be made with a Joint Management Body (JMB) or Management Corporation (MC), especially where rooftop areas are classified as common area under strata titles management laws.
(c) Small Cells / Microcells / Picocells
These are smaller structures, often installed on:
i) Streetlight poles
ii) Building walls
iii) Existing urban infrastructure
Sometimes it is mounted on advertisement billboards. For provides in-building coverage, it is mounted on the building walls or ceilings to provide connectivity.
Functionally, they support high capacity 4G/5G networks and help reduce network congestion. They are compact, portable, and widely deployed in high-density urban areas.
As mentioned earlier, the deployment of telecommunication structures is largely dependent on land availability and spatial constraints. The telecommunication connectivity requires heights so it will be mounted on higher places.
(d) Camouflaged Towers (Aesthetic Towers)
These are essentially ground-based towers designed with aesthetic considerations to resemble:
i) Trees
ii) Clock towers
iii) Architectural structures
They are built to blend with their surroundings and are sometimes required by local authorities. Such towers are typically used in sensitive areas such as tourist destinations or high-end residential zones.
3. Core Functions of Telecommunication Towers
In essence, these towers serve three primary functions:
1. Coverage— Ensuring users can receive signal.
2. Capacity— Supporting a high volume of users, particularly in urban areas.
3. Continuity— Maintaining stable and uninterrupted network performance.
Without these structures, mobile networks would not function effectively.
Telecommunication towers are normally deployed in a “honeycomb” cellular formation (hexagonal cells) or it is called “cells”- where the term “cell phone is derived from.
Each cell typically has a primary or “mother” tower (collector site) that consolidates transmissions from surrounding towers within the same cell.
Telecommunication engineers or Radio Frequency (RF) planners would be able to elaborate further on this in technical detail.
4. Legal Framework in Malaysia
From a legal perspective, the construction and operation of telecommunication towers extend beyond technical considerations; they involve multiple layers of regulatory approval.
(a) Communications and Multimedia Act 1998
This is the primary legislation governing the communications and multimedia industry in Malaysia.
It regulates licensing for Network Facilities Providers and empowers the Malaysian Communications and Multimedia Commission (MCMC) to oversee telecommunication activities and operations.
(b) Local Government Act 1976
This Act empowers local authorities to regulate the construction of telecommunication sites, particularly in relation to structural integrity and public safety.
Legally, no tower can be constructed without approval from the relevant local authority.
(c) Town and Country Planning Act 1976
This Act governs land use and establishes requirements for obtaining planning permission for tower sites. Telecommunication towers are classified as “development” and are subject to planning approval.
(d) MCMC Guidelines & Technical Standards
In addition to legislation, there are various forms of subordinate regulations, including:
i) Tower siting guidelines
ii) Electromagnetic field (EMF) safety compliance requirements
iii) Structural engineering standards
These provisions ensure that towers are safe and do not pose risks to public health.
5. Operational Reality: Where Technical Meets Legal
In practice, the development of a telecommunication tower involves:
a) Negotiation with landowners or building owners
b) Approval from local authorities
c) Compliance with technical standards
d) Licensing from MCMC
It is not a straightforward process and depends heavily on multi-stakeholder approvals. In many ways, it is similar to building a house—multiple layers of approval and coordination are required.
Telecommunication towers are not merely physical structures; they are the backbone of the digital economy. Behind every tower lies a legal framework that ensures development is carried out in an orderly, safe, and sustainable manner.
Understanding the different types of towers and their functions is not only important for engineers, but also for legal practitioners seeking to play an effective role in the rapidly evolving telecommunications industry.
For further information or tailored legal consultation regarding telecommunication, media and technology laws, please contact us for engagement.
Disclaimer: The contents are for general information purposes only and do not constitute legal advice and should not be relied upon as such.
Credits: The featuring photos in this article are taken from internet sources for illustration purpose.
