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150-174MHz 7.8dBi Omnidirectional Fiberglass Base Station Antenna

Built for demanding 136–174MHz VHF communication, this base station antenna utilizes a modular 3-section fiberglass housing that combines rugged all-weather durability with effortless transport and deployment. By optimizing its internal element structure, it delivers an elevated 7.8dBi high gain and uniform 360° omnidirectional coverage to substantially broaden signal range and penetration. Furthermore, a low VSWR of < 1.5 minimizes reflected power loss, maximizing overall transmission efficiency while shielding sensitive RF transmitters—making it a superior solution for critical VHF network infrastructure.
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Specification Details
Frequency Range 150-174 MHz
Gain 7.8 dBi
VSWR < 1.5
Max. Power 350 W
Impedance 50 Ohm
Radiation Pattern Omnidirectional
Polarization Vertical
Type Base Station Antenna
Structure 3-Section
Length 5200 mm
Material Fiberglass + Copper
Antenna Connector SO239
Rated Wind Resistance 40 m/s
Applicable Support Pole Diameter 30-62 mm
Accessories Radiating Element ×3; U-Clamp ×2; Cutting Drawing ×1

Product Introduction

  1. Extended VHF Frequency Coverage: Covering 150-174MHz, this antenna is designed for VHF base station and fixed radio communication systems operating across this frequency range.

  2. 7.8dBi Gain for Extended Coverage: The 7.8dBi gain helps focus more RF energy toward the horizontal plane, making the antenna suitable for communication systems requiring wider coverage from a fixed base station.

  3. 5.2m Three-Section Design: With a total length of 5200mm and a 3-section structure, the antenna provides an extended vertical radiating structure while allowing the antenna to be assembled in sections during installation.

  4. Efficient RF Performance: A VSWR of <1.5 and 50Ω impedance provide good matching with standard VHF transmission systems, helping minimize reflected power during operation. The 350W maximum power rating supports demanding base station applications.

  5. Outdoor Mounting Configuration: Built with fiberglass and copper, the antenna is designed for outdoor fixed installations. It supports 30-62mm mounting poles and features an SO239 connector for connection to compatible VHF radio equipment.


Application Scenarios

  • VHF Base Station Communication: Provides wide-area coverage for fixed VHF radio systems in commercial and public communication networks.

  • Emergency and Public Safety: Supports reliable long-range radio communication for police, fire departments, rescue teams, and other emergency services.

  • Industrial Communication Networks: Delivers stable VHF coverage across large factories, ports, construction sites, and industrial facilities.

  • Rural and Remote Communication: The high-gain design is suitable for extending VHF communication coverage across open rural, mountainous, and remote areas.

  • Transportation Communication: Supports fixed VHF communication systems used at airports, ports, railway facilities, and other transportation sites.


150-174MHz 7.8dBi Omnidirectional Fiberglass Base Station Antenna Application Scenario Diagram

FAQ

Q: What makes this 150-174MHz antenna suitable for long-range VHF communication?
A: The 7.8dBi gain and 5200mm overall length are designed to provide stronger horizontal coverage from a fixed installation. Actual communication range will still depend on antenna height, terrain, transmit power, and cable loss.

Q: Why is antenna height important for this VHF base station antenna?
A: VHF signals are strongly influenced by line-of-sight conditions. Mounting the antenna higher helps reduce obstacles and extend the communication distance, making this 5.2m antenna suitable for elevated base station installations.

Q: Is the 7.8dBi gain suitable for every VHF application?
A: Not necessarily. Higher gain improves horizontal coverage but is mainly beneficial for fixed base stations that require wider area communication. The antenna selection should consider coverage requirements, terrain, and installation conditions.

Q: What should I consider when choosing between a 6.7dBi and 7.8dBi VHF antenna?
A: The choice depends on the required coverage area, installation height, and surrounding environment. The 7.8dBi model is better suited for applications requiring extended horizontal coverage, while lower-gain antennas may be preferred for shorter-range communication.

Q: Can I test a sample before placing a bulk order?
A: Yes. Asialeren can provide samples for testing and evaluation, allowing customers to verify frequency compatibility, installation conditions, and actual communication performance before placing a larger order.


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