GBT Self Supporting Tower

A Ground-Based Tower (GBT) Self-Supporting Structure is one of the most reliable and widely used solutions for telecom, broadcasting, and surveillance applications. Designed to provide superior strength and stability, these towers are engineered to support multiple antennas, microwave dishes, and other communication equipment at various heights.

Our GBT Self-Supporting Towers are manufactured using high-quality, hot-dip galvanized steel to ensure long-lasting durability and resistance against corrosion, even in harsh weather conditions. The lattice framework design offers exceptional rigidity while minimizing wind resistance, making it ideal for both urban and remote installations.

Available in different configurations such as 3-legged and 4-legged designs, these towers can be customized in height from 15 meters up to 120 meters or more, depending on client requirements. Each tower is designed as per international standards and complies with safety, load, and wind-speed regulations, ensuring reliable performance throughout its lifespan.

  • Telecom and Cellular Networks

  • Radio and TV Broadcasting

  • Wireless Internet Service Providers (WISPs)

  • CCTV & Surveillance Systems

  • Defense & Security Communication

  • Utility and Energy Sector Communication

In addition to their structural strength, our GBT Self-Supporting Towers are designed with future scalability in mind. As network demands grow, these towers can be easily upgraded to accommodate additional equipment without compromising on safety or performance. This makes them a cost-effective, long-term investment for operators, service providers, and government agencies aiming to expand reliable connectivity across diverse terrains.

By choosing our GBT Self-Supporting Tower solutions, you benefit from strong structural reliability, high load-bearing capacity, and the assurance of long-term performance. Whether it’s for telecom expansion in cities or remote-area connectivity, our towers provide the backbone for robust and seamless communication networks.