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LUITON 15.3-Inch GMRS Antenna SMA-Female for UV-5G UV-5X Radios
LUITON 15.3-Inch GMRS Antenna SMA-Female for UV-5G UV-5X Radios
- Upgrade Your Ham Radio Experience: Enhance your Baofeng UV-5G and UV-5X with our top-tier antenna—experience a match made in heaven for superior communication.
- Exceptional Performance: Boasting high performance and GMRS tuning, this high-gain handheld radio antenna excels in boosting weak frequencies and enabling clearer signal reception.
- Optimal Length: Measuring 15.3 inches, the longer design improves reception for hard-to-hear stations, while still offering portability for ease of use.
- Wide Frequency Range: Receive frequencies from 120 to 900 MHz, with a gain of 4.75 dBi at 462 MHz and a maximum power handling of 10 Watts for optimal signal clarity.
- Compatible Models: Designed for seamless compatibility with Baofeng UV-5X, UV-5G, UV-9G, GMRS-V2, Radioddity GM-30 TD-H, and supports NOAA functions.
- 12-Month Warranty: Enjoy peace of mind with a 12-month warranty against manufacturing defects, ensuring your complete satisfaction with every purchase.
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Product FAQs
Product FAQs
Question 1: What radios are compatible with the GMRS Antenna 15.3-Inch Whip?
Answer: The GMRS Antenna 15.3-Inch Whip is compatible with several models including Baofeng UV-5G, UV-5X, UV-9G, GMRS-V2, and Radioddity GM-30 TD-H, among others. It also supports the NOAA function.
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Question 2: What is the frequency range and gain of the GMRS Antenna?
Answer: The GMRS Antenna has a receive frequency range of 120 to 900 MHz, with a specific gain of 4.75 dBi at the GMRS frequency of 462 MHz. It is capable of handling a maximum power of 10 watts.
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Question 3: What benefits does a longer antenna, like the 15.3-inch GMRS Antenna, provide?
Answer: A longer antenna, such as the 15.3-inch GMRS Antenna, is generally more effective at boosting weak frequencies and improving the reception of difficult-to-hear stations. While shorter antennas offer portability and convenience, longer antennas usually deliver better performance when it comes to signal strength and clarity.
