Cobham Sailor S-88-207229-000 Nargentus Marine VHF ROD Antenna
The Cobham Sailor S-88-207229-000 Nargentus is a high-quality Marine VHF antenna, designed for professional maritime communication under the harshest conditions. This sturdy fiberglass rod antenna is known for its reliability and excellent signal transmission, which is essential for safety at sea.
Whether you are equipping a cargo ship, a fishing vessel, or a yacht, the Nargentus series offers the stability needed for uninterrupted radio traffic. Thanks to its durable construction, this antenna is resistant to saltwater, UV radiation, and extreme weather conditions.
Key Features
- Superior signal quality: Specially designed for the maritime VHF band for maximum range.
- Robust construction: The antenna is made from high-quality materials that resist corrosion.
- Easy installation: Suitable for standard marine mounting brackets and seamless integration with Sailor VHF systems.
- Professional standard: Meets the stringent requirements of commercial shipping.
Specifications and Technical Details
The Cobham Sailor S-88-207229-000 Nargentus features the following technical specifications for optimal performance:
- Product Type: Marine VHF ROD Antenna (Rod Antenna)
- Model Number: S-88-207229-000
- Frequency Range: 156 to 162.5 MHz (Maritime VHF band)
- Gain: 0 dB (Unity Gain) for uniform radiation in all directions
- Material: White coated fiberglass with brass internal elements
- Length: Approximately 1.1 meters (compact and effective)
- Polarization: Vertical
- Connection: UHF female connector (SO-239) at the bottom
- Operating Temperature: Suitable for climates from minus 55 degrees Celsius to plus 70 degrees Celsius
Why Choose the Sailor Nargentus?
Choosing a Cobham Sailor antenna is a choice for certainty. In situations where communication is a matter of life and death, the S-88-207229-000 provides the stability you expect from a market leader in maritime electronics. The antenna is lightweight but offers tremendous resistance to wind load, minimizing the risk of damage during storms.
