​​HzFitInc GP100 Professional FM Broadcast Antenna - High-Performance 1/4 Wave Ground Plane Design​​
Key Features:​​
Wide Power Compatibility (1mW-100W)​​ - Perfectly adapted to various FM transmitters including 0.5W, 1W, 5W, 7W, 10W, 15W, 20W, 25W, 30W, 50W, 80W and 100W models. Supports transmitter models like 05B, 5C, 7C, 15A, 25A and more.
​​Optimized for 87-108MHz FM Band​​ - Features interchangeable radiators with center frequencies at 90MHz, 94MHz, 98MHz, 102MHz and 106MHz, allowing precise tuning for optimal performance.
​​High 3dB Gain & Omnidirectional Coverage​​ - Delivers strong, clear signals with 360° radiation pattern and 45° vertical angle, ensuring wide-area broadcast coverage.
​​Ultra-Low VSWR (≤1.5, Center ≤1.1)​​ - Minimizes signal loss and maximizes transmitter efficiency for stable, high-quality FM transmission.
​​Versatile Connectivity​​ - Includes 32FT low-loss TNC coaxial cable and TNC female to BNC male adapter, ensuring compatibility with most FM transmitters regardless of connector type.
​​Durable & Weatherproof Construction​​ - Made from high-grade aluminum alloy with waterproof connectors, built to withstand harsh outdoor conditions while maintaining easy installation.
Technical Specifications:​
Model:GP100-HZ Frequency Range: 87-108MHz
Gain: 3dBi (Omnidirectional)
Impedance: 50 Ohms
VSWR: ≤1.5 (Center ≤1.1)
Radiation Angle: 45° Vertical
Connector Options: TNC Male (included), BNC Male (via adapter)
Cable Length: 32FT Low-Loss Coaxial
Material: Aluminum Alloy (Corrosion-Resistant)
​​Why Choose the HzFitInc GP100?​​
Professional-Grade FM Antenna - Ideal for small radio stations, campus broadcasts, emergency FM systems and more. Easy to Install & Adjust - Modular radiator design allows quick frequency optimization. Reliable Signal Transmission - Low VSWR ensures minimal interference and maximum efficiency. All-Weather Durability - Built to last in rain, wind and extreme temperatures. Upgrade your FM broadcasting setup with the HzFitInc GP100 - the perfect balance of performance, flexibility and durability.