Midland Albrecht CB Base Station Antenna Mini Boomerang 6360, 26-28 MHz, 100 W, SO-239, 1550 mm

The CB base station antenna Mini Boomerang 6360 delivers reliable 26-28 MHz performance in a compact vertical design. Its quarter-wave reduced radiator and single radial provide efficient signal propagation for fixed installations, while the sturdy fiberglass, aluminum, and stainless steel construction ensures durability in outdoor environments. With a maximum power handling of 100 W continuous and an SWR below 1.2:1, this antenna maintains a clean match across the Citizens Band, making it a solid choice for balcony or mast mounting.

Advantages

The Mini Boomerang 6360 offers a low-profile solution without sacrificing performance. Its tunable whip allows precise adjustment to achieve optimal resonance, and the included mast clamp supports diameters up to 50 mm for versatile mounting. The 50 Ohm impedance and SO-239 connector integrate seamlessly with standard CB coaxial cable, while the vertical polarization ensures consistent coverage for local and medium-range communications. The fiberglass radome protects the radiator from weather, extending service life.

Suitable for

• Fixed CB radio stations at home or office
• Balcony and terrace installations where space is limited
• Mast or pole mounting up to 50 mm diameter
• Users needing a compact, weather-resistant antenna
• Operators requiring up to 100 W continuous power handling

Key specifications

• Frequency range: 26-28 MHz (CB band)
• Antenna type: 1/4 wave reduced
• Impedance: 50 Ohm
• Max power: 100 W continuous
• SWR: < 1.2:1
• Gain: 0 dBd
• Polarization: vertical
• Connector: SO-239 (UHF female)
• Main radiator length: 1550 mm
• Radial length: 500 mm
• Mounting: balcony/mast clamp, max 50 mm diameter
• Material: fiberglass, aluminum, stainless steel
• Tuning: adjustable whip

Recommendations

For best results, mount the Mini Boomerang 6360 as high as possible and away from large metal objects. Use a quality 50 Ohm coaxial cable with PL-259 connectors to minimize losses. After installation, adjust the whip length to achieve the lowest SWR at your preferred operating frequency. Periodically inspect the fiberglass radome and connections for weather damage.