Free State Overland
UAYESOK 7.2dBi GMRS Base Antenna for BTECH Midland QYT Radios - Signal Booster
UAYESOK 7.2dBi GMRS Base Antenna for BTECH Midland QYT Radios - Signal Booster
- Frequency Range: GMRS 462-467 MHz
- VSWR: Less than 1.5
- Impedance: 50 Ohms
- Gain: 7.2 dBi for superior signal strength
- Maximum Power Input: 200 Watts
- Connector Type: SL16-Female/SO239
- Length: 1750 mm (68 inches)
- Weight: 1 KG
- Radiating Element Material: Copper (Cu) for enhanced conductivity
- Radome Material: Durable Fiberglass
- Hold Pole Diameter: Ø30 – Ø62 mm
- Heavy-Duty Construction: Corrosion resistant, waterproof, and strong wind resistance for long-lasting performance
- High Gain and Low SWR: Exceptional receiving and transmitting capabilities, significantly enhancing your communication range and making it easier to connect with repeaters
- Portable Design: Two-section construction ensures easy transportation and installation
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Product FAQs
Product FAQs
Question 1: What frequency range does the UAYESOK Fiberglass GMRS Base Antenna operate in?
Answer: The UAYESOK Fiberglass GMRS Base Antenna operates in the frequency range of 462-467 MHz, which is specifically designated for GMRS (General Mobile Radio Service) communications.
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Question 2: What advantages does the UAYESOK antenna provide for GMRS radios in terms of performance?
Answer: The UAYESOK antenna features a high gain of 7.2dBi and low SWR (Standing Wave Ratio), which significantly enhances both receive and transmit capabilities. This results in a greatly extended communication range, allowing users to easily hit their repeaters and improve overall signal quality.
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Question 3: What materials are used in the construction of the UAYESOK antenna, and how do these materials contribute to its durability?
Answer: The UAYESOK antenna is constructed with heavy-duty fiberglass for the radome and copper for the radiating element. These materials provide corrosion resistance, waterproofing, and strong wind resistance, ensuring good environmental adaptability and longevity under various weather conditions.
