Ubiquiti airMAX 5 GHz 13dBi Omni Antenna (AMO‑5G13) is a high-performance, dual-polarity MIMO antenna designed for 360° wireless coverage in outdoor point-to-multipoint setups. With 13 dBi gain and full compatibility with Rocket M radios, it ensures reliable, long-range connectivity and easy installation—ideal for scalable ISP deployments and urban wireless networks.
Detailed Specifications for Ubiquiti airMAX 5 GHz 13dBi Omni Antenna (AMO‑5G13)
The
airMAX 5 GHz 13dBi Omni Antenna is a carrier-class, 2×2 dual-polarity MIMO antenna engineered for seamless integration with Ubiquiti Rocket M radios, ideal for providing 360° coverage in outdoor point-to-multipoint deployments.
🛠 Mechanical & Environmental
- Dimensions: ~799 × 90 × 65 mm
- Weight: ~0.82 kg (with mount)
- Construction: UV-rated polycarbonate with integrated pole mount and Rocket M bracket
- Wind Rating: Survives up to 200 km/h (≈125 mph); wind load ~85 N at 200 km/h
- Environmental Specs: –40 °C to +70 °C, 5–95 % non-condensing humidity, ±24 kV ESD protection
- Certifications: CE, FCC, IC; ETSI EN 302 326 DN2 compliant
📡 airMAX 13dBi Omni RF & Antenna Performance
- Frequency Range: 5.45–5.85 GHz
- Gain: 13 dBi
- Beamwidth: 360° horizontal omnidirectional; vertical elevation ~7°
- VSWR: ≤ 1.5:1
- Electrical Downtilt: ~2°
- Polarization: Dual-linear MIMO; cross-polar isolation ≥ 25 dB
🔌 Integration & Installation
- Integrated Mount: Snap-in Rocket M compatibility; includes weatherproof RP‑SMA jumpers
- Ease of Setup: Tool-free installation with pole bracket; designed for outdoor ease
🌐 Performance & Use Cases
- MIMO Capability: 2×2 dual-polarity supports full airMAX protocol, ideal for fixed wireless scalability
- Coverage Intent: Delivers full omni coverage, suitable for LOS and NLOS environments; Reddit users recommend transitioning to sectors as demand grows over moderate range
✅ Meta Description
The Ubiquiti airMAX 13dBi Omni Antenna delivers 360° MIMO coverage, durable outdoor construction, and easy Rocket M integration—ideal for scalable wireless ISP deployments.
