Lumenier Micro AXII 2 Antenna 5.8GHz - U.FL - RHCP

Product Description

The Lumenier Micro AXII 2 5.8GHz Antenna is the new generation of the world's most popular FPV antenna. The Micro AXII 2 has incredible performance just like the full-size AXII antennas but at less than 1/2 the size and weight! Lumenier, in collaboration with renowned FPV antenna designer Hugo of TrueRC, brings you the smallest, lightest, and best-performing FPV antennas in the world. The Micro AXII 2 antenna improves on the original Micro AXII antenna and features a new RF pathway technology (unique hybrid network) improving performance while still being incredibly small and lightweight. Even though the Micro AXII 2 is both small and lightweight, it does not sacrifice performance. In fact, it outperforms most other antennas in all categories. Precision engineering has given this antenna a near-perfect Cross-Polar Rejection resulting in a true circularity. This means an RHCP Micro AXII antenna rejects nearly 100% of LHCP signals, giving you a crystal clear image free of multi-pathing noise. On top of that, the Micro AXII 2 has a best-in-class max gain of 1.9dBic enabling better range and penetration. It has a wide bandwidth covering the popular FPV 5GHz band from 5.5GHz-6.0GHz, ensuring you have a clear and strong signal no matter which frequency you're on.The Micro AXII is designed to be extremely durable and put up with the beatings FPV pilots put on their antennas. The entire antenna array is securely protected inside the injection molded outer casing. The outer shell case is made from an impact-resistant polycarbonate material, and it is ultra-sonically sealed shut to guard the antenna elements inside. V2 ImprovementsWhen the original Lumenier Micro AXII Antenna was released it set a new standard for micro-sized FPV antennas with an incredible performance in a tiny package. The Micro AXII 2 improves upon the original design and pushes the boundaries even further!Ultra-durable injection molded caseBetter Cross-Polar RejectionHigher Gain for longer rangeNew and