SMA Female UHF Band Antenna

The UHF Band Antenna for two-way radios supports clear communication for personal and work-related use. With a length of 15cm (6.0in), it operates across the UHF frequency range without adding extra bulk to handheld radios. It allows users to stay connected due to improved transmission and reception in different conditions. Made from high-quality ABS and copper materials

Made from high-quality ABS and copper materials, this UHF antenna can be used as a direct replacement for stock antennas or as an upgrade to improve overall signal quality. Its omnidirectional radiation pattern and 2.15 dBi gain help provide steady coverage and clearer voice communication in open outdoor areas as well as indoor locations.

The SMA-female antenna connector minimizes signal loss between the radio and antenna while guaranteeing a safe connection with compatible radios. This design allows handheld radios to be used easily in warehousing, security, logistics, and other settings where clear communication is required.

This antenna is compatible with handheld radios that meet all of the following conditions:

• Uses an SMA-male antenna port
• Operates within the UHF frequency range of 400–480MHz
• Supports transmission power up to 10W

 
When these requirements are met, the antenna can be used across mixed fleets or multi-brand radio setups.

The UHF Band Antenna (SMA-Female) is compatible with all Herda UHF two-way radios and works with many well-known handheld radio brands, including:

• Kenwood
• Baofeng/Pofung
• Retevis
• Hytera (HYT)
• Wouxun
• Puxing
• Quansheng

 
Compatibility applies to models that operate in the UHF band and use an SMA-male connector.

This antenna provides a simple method of enhancing signal performance without requiring complicated installation. It is appropriate for both professional users and the general audience due to its small size, rugged construction, and wide compatibility.
The UHF radio antenna provides a steady solution for users looking to improve clarity, compatibility, and overall handheld radio performance.