airMax Omni antenna 10dBi- 

The first of its kind, airMAX Omni antennas deliver carrier-class, 2X2 dual-polarity, omni-directional MIMO performance. They are designed for seamless integration with Ubiquiti airMAX Rocket hardware. 

 

airMax Omni antenna 13dBi - 

The first of its kind, airMAX Omni antennas deliver carrier-class, 2X2 dual-polarity, omni-directional MIMO performance. They are designed for seamless integration with Ubiquiti airMAX Rocket hardware. 

 

Ubiquiti's AMO-5G10 airMAX The first of its kind, airMAX Omni antennas deliver carrier-class, 2X2 dual-polarity, omni-directional MIMO performance. They are designed for seamless integration with Ubiquiti airMAX Rocket hardware. 

airMax Omni antenna 13dBi - 

The first of its kind, airMAX Omni antennas deliver carrier-class, 2X2 dual-polarity, omni-directional MIMO performance. They are designed for seamless integration with Ubiquiti airMAX Rocket hardware. 

The IsoBeam™ provides breakthrough isolation performance for co‑location deployments of Point-to-Point (PtP) links and backhauls. Improved wind load performance and advanced RF energy isolation in a sleek integrated design. Installation is quick and easy – requiring just a single screw. 

 

The Precision Alignment Kit enables extremely accurate aiming to optimize airFiber® and airMAX® Point-to-Point (PtP) links. 

Radome are designed to fit the RocketDish. Due to size they are required to be shipped in the Radome carton to avoid damage in transit. 

Suits the following antenna(s): 

 

Radome are designed to fit the RocketDish. Due to size they are required to be shipped in the Radome carton to avoid damage in transit. 

Suits the following antenna(s): 

 

Weighing in at only 7.4 kg, the RocketDish LW is engineered with ruggedized yet lightweight components to withstand harsh outdoor conditions. The RocketDish LW has a built-in Rocket™ mount, so no tools are needed to install the Rocket BaseStation. 

Instantly pair with Ubiquiti Rocket hardware to create powerful 2X2 MIMO PtP Bridging applications. 

Instantly pair with Ubiquiti Rocket hardware to create powerful 2X2 MIMO PtP Bridging applications. 

The RocketDish™ ac Antennas feature significant advances in scalability, noise isolation, and beam performance to complement the Rocket™5ac radios for Point‑to‑Point (PtP) bridging and backhauls. They are compatible with the RocketM5; however, optimal performance requires the Rocket5ac. 

Disruptive 2X2 MIMO price/performance Basestation antennas. Designed to seamlessly integrated with Ubiquiti airMAX Rocket hardware for powerful basestation applications.  

Disruptive 2X2 MIMO price/performance Basestation antennas. Designed to seamlessly integrated with Ubiquiti airMAX Rocket hardware for powerful basestation applications.  

Designed to seamlessly integrated with Ubiquiti airMAX Rocket hardware for powerful basestation applications. Featuring great cross-pol isolation, gain, beamwidth patterns, and adjacent frequency noise attenuation performance.  

 

OUT OF STOCK.

Designed to seamlessly integrated with Ubiquiti airMAX Rocket hardware for powerful basestation applications. Featuring great cross-pol isolation, gain, beamwidth patterns, and adjacent frequency noise attenuation performance.  

 

OUT OF STOCK.

Designed to seamlessly integrated with Ubiquiti airMAX Rocket hardware for powerful basestation applications. Featuring great cross-pol isolation, gain, beamwidth patterns, and adjacent frequency noise attenuation performance.  

Disruptive 2X2 MIMO price/performance Basestation antennas. Designed to seamlessly integrated with Ubiquiti airMAX Rocket hardware for powerful basestation applications. Featuring great cross-pol isolation, gain, beamwidth patterns, and adjacent frequency noise attenuation performance.  

The airMAX® ac Sector Antennas feature significant advances in scalability, noise isolation, and beam performance to complement the Rocket™5ac radios in Point‑to‑MultiPoint (PtMP) networks. They are compatible with RocketM5 models; however, optimal performance requires the Rocket5ac.