Training and Development

With increasing demand and fast changing technology, there is often a need to install two antennas in each sector to cover a large range of technology. Sometimes, there is enough space to install the antennas on separate primary poles, but often space is limited. For these cases, it is necessary to accommodate both antennas on […]

Cantilever poles are used throughout the telecommunication industry to support ancillaries such as antennas and dishes. Frequently, the introduction of a proposed ancillary can exceed the capacity of the existing cantilever system, requiring new design requirements, new installations, and consequently, more money. There is a common misconception surrounding how to increase the capacity of a

In our previous blog (click here to read), we discussed the structural and health and safety concerns arising from the increasing number of wall mounted ancillary failures recorded in recent times. These failures are often due to the growing need to utilise existing wall mounted steelworks to support bigger and heavier antennas without appropriate structural assessment.

Wall mounted steelworks are an acceptable and standard option of supporting telecommunications ancillaries, especially within urban areas where strict planning restrictions limit the use of lattice towers and monopoles. The ancillaries are typically mounted on steel support poles that are offset from the wall using steel brackets and/or stub arm to the wall. The steelwork

The ever-increasing demand for mobile telecommunication, radio, radar, and television communications means that more and more individuals (technical and non-technical) are encountering the telecoms industry. There is therefore the need for a simplified overview/general specification to provide internal and external stakeholders/investors, users, non-technical and technical professionals with the basic knowledge and understanding of telecoms structural

The oil and gas industry are faced with mature platforms in the North Sea, Middle East, Africa, and other areas of the world which are in their latter stages of design life or have already exceeded their design life. In-service assessment of these ageing riser conductor system condition is important to ensure safe continuous operations,

The exponential growth in the use of cellular phones and the need for effective radio, radar, and television communications has increased the demand for new era taller towers and masts with capacity to accommodate even more ancillaries. These tall structures must be able to primarily withstand site-specific environmental natural loads such as wind and ice,