Markets

Tactical/Military

STI-CO® Antenna Systems provide reliable and cutting-edge communication solutions specifically designed for defense and military applications. Our antennas are built to withstand harsh environments and ensure seamless communication in critical missions.

Shop Now

Advanced Communication Solutions for Defense/Military

Robust and Reliable Connectivity

Our antennas are engineered to deliver uninterrupted communication even in the most challenging conditions encountered during defense and military operations. With exceptional durability and advanced technology, they ensure reliable connectivity when it matters most.

Enhanced Signal Performance

Designed with state-of-the-art signal optimization techniques, our antennas provide enhanced signal performance for clear and reliable communication in complex military environments. You can rely on our antennas to maintain strong connections in critical missions, ensuring effective coordination and information exchange.

  • Designed for military-grade durability and reliability
  • Superior transmission optimized for long-range communication
  • Built to withstand extreme weather conditions and challenging conditions

From the Blog

The Ultimate Guide to RF Cable Assemblies: What You Need to Know

Posted by STI-CO® Antenna Solutions on 18th Mar 2025

Introduction: The Ultimate Guide to RF Cable Assemblies In mission-critical applications, reliable RF cable assemblies are essential for seamless communication and signal transmission. Whether you're involved in engineering, system design, or procurement, selecting the right RF cable solution plays... ... Read More ...

​The Evolution of Discone Antennas: A New Era in Tactical Communication

Posted by STI-CO® ANTENNA SOLUTIONS on 22nd Feb 2024

When it comes to military operations and disaster preparedness, reliable communication is not just a necessity—it's a lifeline. Agencies in these fields often face challenges in setting up efficient, secure, and rapid communication systems in unpredictable and harsh environments. This is where ... Read More ...