4Hawks Raptor SR antenna designed for Typhoon H520

The greatest advantage of 4Hawks antenna is that it significantly increases  the range of Yuneec Typhoon H, so the drone can reach much further than it initially can. Additionally, the strength of the signal is improved, especially in noisy areas. 4Hawks antenna for Yuneec Typhoon H920  model is operating in 2.4GHz with 9dBi gain as well as 5GHz frequency with 14dBi gain. 

With plug-and-play construction of 4Hawks antenna, mounting was never as easy as now. The entire set is lightweight and uniform. Changing the direction of the antenna shouldn’t cause any difficulties, as the system was designed in a way that allows quick position change with just a single “click” to 5 different positions. This way you can be sure that you do not lose the connection with your drone.

INCREASE DRONE’S FLIGHT RANGE Raptor range extenders have been designed to increase your drone’s flight range, making it even more enjoyable than ever before. All that with a crystal clear video and a very long range that is limited only by your battery.	BREAK PERFORMANCE LIMITS Directional antenna allows for an uninterrupted drone flight, free from any interference and noises originating from other devices or networks.
	CRYSTAL CLEAR VIDEO Thanks to 4Hawk’ Raptor antenna performance, your screen is free from glitches that in standard equipment might result in unclear picture on your screen.
OUTSTANDING ANTENNA BEAM PERFORMANCE In comparison to original omnidirectional antennas with weak distance efficiency, 4Hawks’ Raptor patch antenna extends sectoral coverage, increasing the maximum flight range.	OPTIMIZED WAVES PROPAGATION Signal is enhanced thanks to efficient waves propagation pointed towards drone.
ALL ACCESORIES INCLUDED The entire set is comprised of antenna, dedicated mounting system, pigtails and other required tools to modify your controller.	ADJUSTABLE TILT OF THE ANTENNA Each mounting system is able to perfectly adjust the elevation angle as well as to point the antenna precisely to the drone’s current position.