100FT Low Loss RG-213 UHF Cable for Ham Radio/VHF Radio/SWR Meter/Antenna Analyzer

CB Coax Cable – RG213 UHF Male to Male 100FT Low Loss RG-213 Cable for Ham Radio, VHF Radio, SWR Meter & Antenna Analyzer

Upgrade your radio setup with this high-performance RG213 UHF Male to Male 100FT coaxial cable, engineered for reliable signal transmission and minimal loss. Built for demanding RF applications, this heavy-duty cable is ideal for CB radios, ham radios, VHF systems, SWR meters, antenna analyzers, and base station antennas.

🔧 Key Features

Low-Loss Signal Transmission
Constructed with premium RG-213 coax, this cable reduces attenuation over long distances, helping maintain strong, stable signal performance across HF, VHF, and UHF frequencies.

100FT Extended Reach
Perfect for base stations or installations requiring longer cable runs between your radio and antenna without sacrificing performance.

UHF (PL-259) Male to Male Connectors
Equipped with durable, high-quality PL-259 connectors on both ends for secure, reliable connections to most CB radios, ham radios, amplifiers, and antenna equipment.

Heavy-Duty Construction

• Solid bare copper conductor for excellent conductivity

• High-density shielding to reduce interference and signal noise

• Durable PVC jacket designed for indoor and outdoor use

• Weather-resistant and built to withstand tough environments

Wide Compatibility
Designed for use with:

• CB Radios

• Ham Radios

• VHF/UHF Radios

• SWR Meters

• Antenna Analyzers

• Base Station & Mobile Antennas

• RF Amplifiers

📡 Why Choose RG-213?

Compared to thinner coax cables, RG-213 offers lower signal loss, better shielding, and improved durability—making it a trusted choice for serious radio operators who demand dependable performance.

Whether you're setting up a home base station, upgrading your antenna system, or fine-tuning your SWR readings, this 100FT RG213 UHF coax cable delivers the strength, clarity, and reliability you need.

Built for performance. Designed for reliability. Ready for your next transmission.