SIRIO SD 27 Dipole CB/10 Meter Base Antenna - Silver, Model 27dipole

The Sirio SD 27 Dipole CB/10 Meter Base Antenna is a high-performance base station antenna designed for CB and 10-meter radio communications. Ideal for amateur radio enthusiasts and professionals alike, this antenna delivers reliable signal transmission and reception, making it essential for effective communication in various settings.

Constructed with durable materials, the Sirio SD 27 features a combination of aluminum, steel, and nylon, ensuring longevity and resistance to harsh weather conditions. The antenna operates within a frequency range of 26-28 MHz, providing excellent performance for both directional and omnidirectional installations. With a maximum power handling capacity of 1000 Watts continuous and 3000 Watts short time, it is designed to support high-power applications without compromising performance. The weight of approximately 2560 grams and a compact turning radius of 3050 mm for horizontal polarization make it suitable for various mounting scenarios.

• Type: Dipole antenna suitable for CB and 10-meter bands.
• Frequency Range: Operates effectively between 26-28 MHz.
• Gain: Provides a radiation gain of 0 dBd and 2.15 dBi.
• Installation Options: Supports both horizontal (directional) and vertical (omnidirectional) mounting.
• Bandwidth: Achieves a bandwidth of ≥ 3750 KHz at SWR ≤ 2.
• Durability: Wind load resistance of 80 N at 150 Km/h to ensure stability in adverse conditions.
• Connector Type: Features a UHF-female connector for easy compatibility with most communication systems.

The Sirio SD 27 Dipole CB/10 Meter Base Antenna is an excellent choice for amateur radio operators, emergency services, and anyone requiring reliable communication over long distances. Its robust design, high-performance specifications, and versatile installation options make it an ideal solution for enhancing your radio communication capabilities. Invest in the Sirio SD 27 for dependable performance and clear communications in any environment.