Overview
Ubiquiti HORN-5-60 Horn, 5GHz, 60 deg
Ubiquiti HORN-5-60 5GHz Horn Antenna Overview The Ubiquiti HORN-5-60 is a directional horn antenna designed for point-to-point and point-to-multipoin…
Ubiquiti HORN-5-60 Horn, 5GHz, 60 deg
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Bundle Summary
Overview
Ubiquiti HORN-5-60 5GHz Horn Antenna
Overview
The Ubiquiti HORN-5-60 is a directional horn antenna designed for point-to-point and point-to-multipoint wireless deployments operating in the 5GHz band. This antenna is part of the UISP Wireless product family and delivers a 60-degree coverage pattern, making it suitable for medium-range fixed wireless access, backhaul, and mesh network applications. The horn form factor provides gain and directional characteristics that reduce multipath interference while maintaining a practical coverage footprint for distributed deployment scenarios.
Key Features
The HORN-5-60 operates across 5GHz frequencies compatible with 802.11a/n/ac standards, integrating seamlessly into existing WiFi infrastructure. Its 60-degree beamwidth balances coverage area with directional performance, allowing integrators to serve multiple endpoints without requiring beam-steering or mechanical reorientation across wide service areas. The antenna's lightweight design—weighing 2.450 pounds—simplifies mounting hardware selection and reduces structural load on towers and masts. Manufacturing in accordance with international standards ensures consistent performance and reliability across deployments.
Deployment Scenarios
The Ubiquiti HORN-5-60 is well-suited for wireless backhaul links connecting remote access points, CPE distribution networks in fixed wireless access implementations, and mesh node interconnection where moderate directional gain is required. The 60-degree pattern works effectively for covering suburban or campus-scale areas from elevated mounting points, reducing the need for multiple antenna arrays while maintaining acceptable signal quality across the service footprint.
Network Integration
This horn antenna integrates with UISP Wireless radios and compatible 5GHz access points and bridges. Proper azimuth and elevation alignment is critical for optimal performance; site survey tools and antenna alignment software should guide placement decisions. The antenna's directional characteristics help minimize adjacent-channel and co-channel interference in dense deployments by rejecting off-axis signals.
Installation Notes
Mounting the HORN-5-60 requires standard antenna mast hardware compatible with the antenna connector interface. Verify connector type and cable specifications before purchase. Position the antenna to achieve clear line-of-sight with target endpoints, and use professional-grade aiming tools to confirm azimuth and elevation. The antenna's modest weight reduces installation complexity, but ensure mounting structures are rated for wind loading and ice accumulation in your region.

"The HORN-5-60 fills a practical niche for operators deploying distributed fixed wireless networks. Its 60-degree pattern is wider than many horn designs, making it valuable when covering multiple subscribers from a single tower location without sacrificing the directional advantages that horns provide. The Ubiquiti HORN-5-60 pairs well with UISP platform hardware and represents a cost-effective solution for mid-range backhaul and CPE aggregation. Height and mounting location matter more than antenna gain in this application—spend time on site survey before installation."
System Design, Deployment & Technical Support
Support services and planning resources for commercial surveillance, access control, and infrastructure deployments.
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System Design Assistance
- Get help validating product compatibility
- Coverage requirements
- Storage planning and deployment architecture before you buy.
Deployment & Configuration Support
- Access fixed-scope support for rollout planning
- User setup guidance
- Migration and system standardization across single-site or multi-site deployments
Guides, Tools & Calculators
- PoE requirements
- Storage retention
- Camera selection and deployment methodology