450–470 MHz 5 dBi UHF Outdoor Omnidirectional Antenna for Professional Two-Way Radio and LMR CommunicationReliable Outdoor UHF Communication with 360° Omnidirectional CoverageEnhance your professional wireless communication infrastructure with our industry-leading 450–470 MHz UHF Outdoor Omnidirectional Antenna, engineered to deliver reliable signal transmission, consistent omnidirectional coverage, and dependable performance for demanding outdoor radio applications. Featuring 5 dBi gain, 360° horizontal beamwidth, vertical polarization, and a durable fiberglass radome, this professional UHF antenna provides an effective solution for Land Mobile Radio (LMR), Private Mobile Radio (PMR), UHF two-way radio communication, base station installations, industrial wireless networks, and compatible radio repeater systems. Designed for commercial, industrial, and professional radio infrastructure, this outdoor fiberglass antenna combines high-quality RF performance with practical installation features. Its 450–470 MHz operating frequency range, VSWR of 1.8 or lower, 50-ohm impedance, and 100 W maximum input power rating make it suitable for compatible UHF communication equipment. Whether you are upgrading an existing radio base station, developing a private UHF communication network, or supplying professional radio equipment to commercial customers, this high-performance omnidirectional antenna offers a dependable solution for outdoor wireless communication. Key Benefits of Our 450–470 MHz UHF Outdoor Omni Antenna1. 360° Omnidirectional Coverage for Reliable CommunicationUnlike directional antennas that focus their signals within a limited area, this UHF outdoor omnidirectional antenna delivers 360° horizontal radiation coverage, making it ideal for communication systems serving users in multiple directions. The omnidirectional radiation pattern allows compatible base stations and radio repeaters to communicate with mobile and portable radios located around the installation site. This makes the antenna particularly suitable for professional two-way radio systems, fleet communication networks, commercial security operations, industrial facilities, and UHF radio infrastructure. For customers who need centralized radio communication without requiring precise horizontal antenna alignment, the omnidirectional design provides a practical and efficient solution. 2. 5 dBi Gain for Enhanced UHF Signal CoverageEquipped with 5 dBi gain, this professional UHF base station antenna is designed to support effective outdoor radio communication across its specified operating frequency range. Its radiation characteristics help concentrate RF energy toward useful coverage areas, making it suitable for applications where users are distributed around a fixed communication site. Compared with lower-gain antennas, a properly selected 5 dBi omnidirectional antenna may provide improved signal levels in certain directions, depending on the installation height, surrounding terrain, and system configuration. The antenna is an excellent option for customers seeking a balance between horizontal coverage and vertical radiation characteristics in professional UHF communication networks. 3. Dedicated 450–470 MHz Frequency PerformanceThis outdoor UHF antenna is designed specifically for the 450–470 MHz frequency range, supporting professional radio communication applications operating within this band. The focused frequency coverage makes it suitable for selected Land Mobile Radio systems, Private Mobile Radio networks, commercial two-way radio infrastructure, industrial communication systems, and compatible UHF repeater applications. With a specified VSWR of 1.8 or lower, the antenna provides suitable impedance matching for compatible 50-ohm radio equipment, helping reduce reflected RF power and support efficient signal transfer. For radio network engineers, system integrators, and professional equipment distributors, this clearly defined operating range simplifies antenna selection and technical evaluation. 4. Durable Fiberglass Radome for Outdoor InstallationsOutdoor communication equipment must withstand challenging environmental conditions. This UHF fiberglass omnidirectional antenna features a protective fiberglass radome designed for fixed outdoor installations. The enclosed antenna construction protects the internal radiating structure and provides a streamlined cylindrical profile suitable for poles, towers, rooftops, and professional communication sites. Its operating temperature range of -40°C to +65°C supports deployment in a wide variety of environmental conditions. The antenna also features a specified rated wind velocity of 210 km/h, making it suitable for consideration in properly engineered outdoor communication installations. For industrial operators, infrastructure contractors, and radio communication service providers, the fiberglass construction offers a practical combination of mechanical protection and outdoor application suitability. 5. 100 W Power Handling for Professional Radio EquipmentWith a maximum input power rating of 100 W, this UHF outdoor antenna supports integration with compatible professional radio transmitters, base stations, and repeater systems. The power rating makes the antenna suitable for a range of commercial and industrial UHF communication applications, provided the transmitter power and operating conditions remain within the specified limits. For professional radio equipment manufacturers and communication system integrators, the 100 W rating provides flexibility when designing compatible fixed radio installations. 6. Standard N Female Connector for Easy RF IntegrationThe antenna features a professional N Female connector and a nominal 50-ohm input impedance. These standard RF interface specifications help simplify integration with compatible UHF two-way radios, fixed base stations, repeaters, coaxial cable assemblies, and other professional communication equipment. The threaded N-type connection provides a practical RF interface for fixed communication infrastructure. Appropriate coaxial cables, connectors, and weatherproofing materials should be selected according to the installation environment and system requirements. 7. Vertical Polarization for Professional UHF Radio NetworksVertical polarization is commonly used in professional Land Mobile Radio and UHF two-way radio communication systems. This antenna's vertical polarization supports compatibility with vertically polarized mobile and handheld radio antennas. Proper polarization matching helps reduce additional signal losses that can occur when transmitting and receiving antennas are incorrectly oriented. This makes the antenna particularly relevant for fleet communication, commercial radio systems, industrial operations, and fixed UHF radio infrastructure. 8. Practical Outdoor Installation and MountingThe antenna features a slim cylindrical fiberglass body measuring approximately 35 mm in diameter and 1500 mm in length. It is specified for mounting poles with diameters from 35 mm to 55 mm, providing a defined mechanical interface for professional installation. This configuration is suitable for outdoor communication sites where antenna positioning, structural support, and RF performance must be considered together. Its omnidirectional radiation pattern reduces the need for precise horizontal directional alignment, helping simplify antenna positioning in applications requiring coverage around the installation point. Technical SpecificationsParameter Specification Product Type UHF Outdoor Omnidirectional Antenna Frequency Range 450–470 MHz Gain 5 dBi VSWR ≤ 1.8 Input Impedance 50 Ω Polarization Vertical Horizontal Half-Power Beamwidth 360° Vertical Half-Power Beamwidth 30° Maximum Input Power 100 W Lightning Protection DC Ground Connector Type N Female Operating Temperature -40°C to +65°C Antenna Dimensions Φ35 × 1500 mm Antenna Weight 2.0 kg Compatible Mounting Pole Diameter Φ35–55 mm Rated Wind Velocity 210 km/h Radome Material Fiberglass Color White Professional Applications and Use CasesLand Mobile Radio (LMR) Communication SystemsLand Mobile Radio networks require suitable antenna infrastructure to support communication between fixed base stations, mobile radios, and handheld radio users. This 450–470 MHz UHF omnidirectional antenna is designed for compatible LMR networks requiring outdoor communication coverage around a central installation site. Its 5 dBi gain, 360° horizontal radiation pattern, and vertical polarization make it suitable for professional radio infrastructure serving commercial and industrial users. Private Mobile Radio (PMR) NetworksPrivate Mobile Radio systems are widely used by organizations that need dedicated communication channels for daily operations. This outdoor UHF base station antenna supports compatible PMR infrastructure used by industrial facilities, security teams, logistics companies, transportation providers, and commercial organizations. Its omnidirectional coverage allows a central radio station to communicate with users positioned in different horizontal directions around the antenna. UHF Two-Way Radio Base StationsProfessional two-way radio base stations need antennas with appropriate frequency coverage, power handling, impedance, and radiation characteristics. The antenna is suitable for fixed UHF base stations operating within 450–470 MHz. Its 100 W maximum input power rating, 50-ohm impedance, N Female connector, and vertical polarization provide important compatibility characteristics for professional radio equipment. UHF Radio Repeater SystemsRadio repeaters are commonly used to support communication between portable and mobile radio users across a defined service area. This omnidirectional antenna can be integrated into compatible UHF repeater systems where 360° horizontal coverage is required. Its 5 dBi gain and focused frequency range make it suitable for repeater antenna evaluation in professional UHF radio networks. Repeater system designers should also consider duplexers, filtering, RF isolation, antenna placement, and transmission line losses. Public Safety and Emergency CommunicationProfessional public safety organizations rely on dependable radio infrastructure to support operational communication. For authorized systems operating within the 450–470 MHz frequency range, this antenna can be considered for fixed radio communication infrastructure supporting emergency services, public safety contractors, municipal departments, and emergency coordination operations. Its omnidirectional radiation pattern is suitable for communication with radio users distributed around a fixed installation site. Industrial Wireless CommunicationFactories, manufacturing plants, industrial parks, and heavy industrial facilities often use professional UHF radio systems for communication between personnel and operational teams. This outdoor fiberglass antenna provides a suitable radiating element for compatible industrial radio base stations and fixed communication networks. It can support communication infrastructure serving equipment operators, maintenance personnel, facility supervisors, and security teams. Warehouse and Logistics CommunicationLarge warehouses, distribution centers, shipping terminals, and logistics parks require communication between staff operating across different areas. The antenna can be used in compatible outdoor UHF radio infrastructure serving warehouse operations, logistics coordination, loading areas, and distribution facilities. Its 360° horizontal radiation pattern makes it practical for installations serving multiple operational directions. Transportation and Fleet ManagementTransportation companies and fleet operators often depend on UHF radio communication for dispatching and operational coordination. This antenna is suitable for compatible fixed communication systems supporting bus depots, logistics fleets, transportation facilities, and commercial vehicle operations. Its omnidirectional design allows a fixed radio station to serve mobile radio users operating around the communication site. Security and Facility ManagementSecurity companies, property management organizations, commercial facilities, and industrial security operations often require dependable two-way radio communication. The antenna supports compatible UHF communication infrastructure used for communication between security personnel, control rooms, patrol teams, and facility operators. It is particularly useful where a fixed radio site must provide coverage in multiple horizontal directions. Utility and Energy CommunicationElectric utilities, water treatment facilities, energy infrastructure operators, and industrial maintenance organizations may use professional UHF radio systems for operational communication. This antenna can support compatible fixed radio networks serving utility maintenance teams, facility operators, and field personnel. Its fiberglass construction and outdoor installation specifications make it appropriate for consideration in utility communication infrastructure. Mining and Construction OperationsSurface mining facilities, construction sites, engineering projects, and infrastructure development operations often require professional radio networks. The antenna can be integrated into fixed UHF communication sites serving equipment operators, supervisors, safety personnel, and operational teams. Its omnidirectional design is suitable for outdoor communication networks where users operate around a centralized antenna location. Agricultural and Rural CommunicationFarms, ranches, agricultural facilities, and rural commercial operations may depend on UHF two-way radio communication where other communication infrastructure is limited. This antenna provides an option for compatible outdoor base stations operating within 450–470 MHz. Actual rural coverage depends on antenna installation height, terrain, radio equipment, and the overall communication system design. Campus and Institutional CommunicationUniversities, hospitals, educational campuses, industrial complexes, and large institutional facilities often use private radio systems to coordinate operations. The antenna can support fixed UHF radio infrastructure serving facility management, maintenance, transportation, security, and operational teams. Outdoor Events and Temporary Radio NetworksOutdoor events, construction projects, exhibitions, and temporary industrial operations may require fixed radio communication infrastructure. The antenna can be incorporated into temporary UHF communication systems using suitable mounting hardware, transmission lines, and compatible radio equipment. Its 360° horizontal radiation characteristics are useful for communication with users located around a temporary base station site. Designed to Solve Common UHF Communication ChallengesReduce Coverage Limitations in Compatible Radio NetworksProfessional radio systems can experience insufficient coverage when antennas have unsuitable radiation characteristics or are poorly matched to the operating environment. The 5 dBi omnidirectional design supports outdoor UHF communication coverage when properly selected and installed. For radio system integrators and network operators, it provides a practical antenna option for addressing coverage requirements around a fixed radio site. Support Communication Across Multiple DirectionsDirectional antennas may be unsuitable when users are positioned around a base station rather than within one specific sector. With 360° horizontal coverage, this UHF omni antenna supports communication in all azimuth directions without requiring mechanical repositioning toward individual users. Improve RF Compatibility with Standard Radio EquipmentIncorrect frequency selection, unsuitable impedance, and poor antenna matching can reduce radio system efficiency. The antenna's 450–470 MHz operating range, 50-ohm impedance, and specified VSWR of 1.8 or lower support integration with compatible professional UHF equipment. Provide an Outdoor-Oriented Antenna SolutionOutdoor radio systems need antennas designed for environmental exposure and mechanical installation requirements. The fiberglass radome, broad operating temperature range, and specified wind rating make this antenna suitable for consideration in demanding outdoor communication infrastructure. Simplify Professional Antenna SelectionRadio equipment manufacturers, system integrators, and infrastructure contractors require clearly defined electrical and mechanical specifications. This antenna provides the key parameters needed for initial RF system evaluation, including frequency range, gain, VSWR, polarization, beamwidth, connector type, maximum power, dimensions, and mounting requirements. Why Choose This 5 dBi UHF Outdoor Omnidirectional Antenna?Focused Frequency CoverageThe antenna is designed for 450–470 MHz applications rather than attempting to cover unrelated frequency bands. This focused specification makes it a practical option for professional radio networks operating within its designated UHF frequency range. Balanced Gain and Radiation CharacteristicsThe combination of 5 dBi gain, 360° horizontal coverage, and 30° vertical beamwidth provides a defined radiation pattern suitable for many fixed outdoor radio applications. Professional RF CompatibilityThe 50-ohm impedance, N Female connector, vertical polarization, and 100 W maximum power rating support integration with compatible professional two-way radio equipment. Outdoor Fiberglass ConstructionThe protective fiberglass radome, slim cylindrical profile, and specified environmental ratings support outdoor base station and radio infrastructure installations. Versatile Commercial and Industrial ApplicationsThe antenna is relevant to multiple professional markets, including Land Mobile Radio, Private Mobile Radio, industrial communication, security networks, transportation infrastructure, and compatible repeater systems. Straightforward System IntegrationDefined mounting dimensions, a standard RF connector, and clearly published electrical parameters make the antenna practical for professional system design, equipment selection, and procurement. Ideal Customers and B2B BuyersProfessional Two-Way Radio ManufacturersManufacturers developing UHF mobile radios, fixed base stations, repeaters, and professional communication systems can evaluate this antenna as part of their equipment solutions. Land Mobile Radio DistributorsLMR equipment distributors and professional radio wholesalers can offer this antenna alongside compatible two-way radios, base station equipment, RF cables, and communication accessories. Radio Communication System IntegratorsRF system integrators designing professional UHF communication networks can use the antenna for suitable outdoor fixed-site installations. UHF Repeater Equipment SuppliersRepeater manufacturers and radio infrastructure suppliers can evaluate the antenna for compatible repeater installations requiring omnidirectional coverage. Industrial Communication ProvidersCompanies supplying radio equipment to manufacturing plants, industrial facilities, warehouses, logistics centers, and utility operators can include the antenna in suitable UHF communication projects. Public Safety Equipment SuppliersSuppliers serving public safety organizations and government communication contractors can consider the antenna for authorized radio systems operating within its specified frequency range. RF and Telecommunications DistributorsProfessional RF distributors can offer the antenna as part of their outdoor antenna, coaxial cable, and UHF communication equipment portfolios. Antenna Installation ContractorsTower installation contractors, radio infrastructure maintenance providers, and professional antenna installers can use the product in compatible fixed communication projects. OEM and Private Label Antenna BrandsAntenna brands and equipment manufacturers seeking professional UHF antenna sourcing opportunities can inquire about customization options, branding requirements, technical documentation, and commercial supply arrangements. Specific OEM and ODM customization capabilities, order quantities, and configurations should be confirmed before purchase. Installation and System Design ConsiderationsAntenna Installation HeightInstallation height can significantly influence outdoor UHF communication coverage. For many fixed radio systems, positioning the antenna at a suitable elevated location can help reduce nearby obstructions and improve line-of-sight conditions. The installation height should be determined through site evaluation and RF coverage planning. Coaxial Cable SelectionCoaxial cable attenuation reduces the RF power delivered to the antenna and affects received signal strength. System designers should select suitable 50-ohm coaxial cables according to cable length, operating frequency, power requirements, and installation conditions. Mounting and Wind LoadingThe antenna is specified for mounting poles with diameters of 35–55 mm. Installers should ensure that the mounting hardware, support structure, and installation method are suitable for the antenna dimensions and local environmental conditions. Grounding and Lightning ProtectionThe antenna features a DC-ground design. Complete outdoor installations should include appropriate grounding, bonding, surge protection, and lightning protection measures according to applicable standards and site requirements. Frequency and Equipment CompatibilityThe antenna is specified for 450–470 MHz operation. Before installation, customers should confirm that their radio equipment operates within the supported range and that the selected system complies with applicable frequency allocation and licensing requirements. Coverage PlanningAlthough the antenna provides 360° horizontal radiation, actual communication coverage depends on transmitter power, receiver sensitivity, terrain, obstacles, interference, cable attenuation, and antenna positioning. Professional RF planning is recommended for critical communication infrastructure. Frequently Asked QuestionsWhat frequency range does this UHF outdoor antenna support?The antenna supports 450–470 MHz, making it suitable for compatible professional UHF radio systems, Land Mobile Radio networks, Private Mobile Radio installations, and outdoor two-way radio infrastructure. Is this antenna suitable for UHF radio base stations?Yes. The antenna is designed for compatible fixed UHF communication systems requiring 5 dBi gain, 360° horizontal radiation, vertical polarization, and 50-ohm impedance. Can this antenna be used with UHF radio repeaters?Yes. It can be considered for repeater installations operating within 450–470 MHz. Proper duplexing, filtering, isolation, and system engineering are required. What is the gain of this antenna?The antenna provides 5 dBi gain, supporting omnidirectional UHF communication applications where its radiation characteristics are appropriate for the coverage requirements. Does this antenna provide 360° coverage?Yes. The antenna has a specified 360° horizontal half-power beamwidth, allowing it to transmit and receive radio signals in all azimuth directions. Is the antenna suitable for outdoor installation?Yes. The antenna features a fiberglass radome, an operating temperature range of -40°C to +65°C, and a rated wind velocity of 210 km/h. What connector does this antenna use?The antenna uses an N Female connector, suitable for connection to compatible professional 50-ohm RF cable assemblies. What is the maximum input power?The maximum input power rating is 100 W. What polarization does the antenna support?The antenna supports vertical polarization, commonly used by professional UHF two-way radio networks. Can the antenna be installed on a communication tower?Yes. It may be installed on suitable towers, poles, or other fixed structures using properly engineered mounting arrangements. The supported mounting pole diameter is 35–55 mm. Can this antenna be used for public safety communication?It may be suitable for authorized public safety communication systems operating within 450–470 MHz. Customers should verify their assigned frequencies and applicable regulatory requirements. Does this antenna support GMRS frequencies?The antenna's specified frequency range includes US GMRS operating frequencies around 462 MHz and 467 MHz. Actual use must comply with relevant regulations, equipment requirements, and station operating conditions. Does this antenna support 400–450 MHz or 470–512 MHz?No. The published operating range is 450–470 MHz. Performance outside this range is not specified. Can this antenna improve radio communication distance?Its 5 dBi gain and radiation characteristics may help improve usable signal levels compared with an unsuitable antenna. Actual communication distance depends on the complete radio system and installation environment. A Professional UHF Antenna Solution for Reliable Outdoor CommunicationOur 450–470 MHz 5 dBi UHF Outdoor Omnidirectional Antenna delivers a practical combination of professional RF performance, omnidirectional radiation, rugged fiberglass construction, and standardized radio system compatibility. With 360° horizontal coverage, a 30° vertical beamwidth, VSWR of 1.8 or lower, vertical polarization, and a 100 W maximum input power rating, this antenna is designed to meet the requirements of compatible outdoor UHF radio communication infrastructure. From professional Land Mobile Radio and Private Mobile Radio networks to industrial communication, base stations, repeater infrastructure, fleet operations, security applications, and fixed outdoor radio systems, this antenna provides a dependable solution for customers seeking reliable UHF communication coverage. For two-way radio distributors, RF system integrators, equipment manufacturers, and commercial infrastructure providers, it offers a well-defined antenna platform for professional installations. Choose this high-performance outdoor UHF omnidirectional antenna for your next 450–470 MHz communication project and build a radio system designed around reliable coverage, compatible RF interfaces, and durable outdoor infrastructure.