Terrestrial Trunked Radio Market Analysis

Component (Hardware, Software, Services)

The hardware segment in the terrestrial trunked radio market is expected to gather the highest revenue share of over 50% during the forecast period. A variety of specialized devices created to establish and sustain dependable digital radio communication are included in the hardware components of TETRA systems. These elements support the security, effectiveness, and operation of TETRA systems. TETRA systems, which are intended for dependable and secure professional mobile radio (PMR) communication, are driven by many elements in their hardware components. Emergency features, such as the ability to make emergency calls and priority network access in dire circumstances, are built into the hardware of TETRA systems. In emergency response situations, these characteristics enable the system to function more effectively. Furthermore, enterprises needing reliable communication solutions in difficult situations choose to use TETRA hardware owing to its interoperability, security, and dependability features. During the forecast period, these factors will propel the expansion of the hardware sector of the market.

Application (Transportation & Logistics, Aviation, Oil & Gas, Public Safety, Mining, Military, Fire Department, Emergency Medical Service)

The transportation segment in the terrestrial trunked radio (TETRA) market is expected to generate the highest revenue share of 30% over the forecast period. In the transportation industry, TETRA is used in air and sea ports and harbors, railroads, mass rapid transit (MRT) systems including buses, trams, and metro, as well as private vehicles (like taxis). Furthermore, the segment is experiencing growth owing to rising advancements in public transport on account of a growing population. With an about 0.90% increase from 2023 to 2024, the current population of the world is over 8,118,835,998. The installment of terrestrial trunked radio is set to rise in public transport. Moreover, airports continue to use TETRA for communications more than ten years later. The overall requirements of the public transport industry, including its demands for speed, dependability, and data and voice security, are adequately met by the TETRA architecture. The necessity for security and data services is growing in the modern day. Control and emergency communications are the main uses for systems, particularly for vehicle groups. For instance, all buses on a given route may monitor and time each other via group calling, signaling, and data services (such as GPS positioning).

Our in-depth analysis of the global TETRA market includes the following segments: