Used Yagi Antenna 14 dBi 700 MHz

Efficient cellular signal capture with excellent cost-benefit ratio

The Used Yagi Antenna 14 dBi 700 MHz is an ideal solution for cellular signal amplification and reception projects in locations where carrier coverage is limited or unstable.

With 14 dBi gain and operation in the 700 MHz band, the antenna offers excellent performance in signal capture and direction, being widely used in cellular repeater systems for rural properties, businesses, warehouses, farms, and remote areas.

Used product with signs of wear and guaranteed operation.

Key Benefits

Greater cellular signal capture

The 14 dBi gain allows for more efficient capture of distant signals.

Ideal for rural and remote areas

Excellent option for farms, ranches, sites, warehouses, and regions with poor cellular coverage.

Improved performance for signal repeaters

Helps provide a more stable signal for cellular amplification systems.

Durable structure for outdoor use

Designed for outdoor installation and continuous operation in various weather conditions.

Excellent cost-benefit ratio

Refurbished used version, offering professional performance with reduced investment.

Technical Specifications

• Product: Used Yagi Antenna
• Operating frequency: 700 MHz
• Gain: 14 dBi
• Type: Directional Yagi antenna
• Application: Cellular signal capture
• Use: Outdoor
• Installation: Towers, masts, and supports
• Condition: Used with signs of wear
• Compatibility: Cellular signal repeater and amplification systems

Recommended Applications

• Farms and rural properties
• Farms and ranches
• Warehouses and storage facilities
• Businesses
• Remote areas
• Cellular repeater systems
• Telecommunication projects

Included Items

• Used Yagi Antenna 14 dBi 700 MHz

More signal for your property

Improve cellular signal reception and increase the efficiency of your connectivity system with an antenna designed for professional applications.

Purchase the Used Yagi Antenna 14 dBi 700 MHz now and get more coverage where the signal is limited.