Optimized patch design The 150mm Triple Feed Patch uses coupled patches to streamline the feed network, reducing losses and enhancing overall performance for FPV systems. Benefit: More reliable signal delivery with fewer losses in typical FPV setups. axial ratio The antenna delivers a axial ratio, enabling effective signal transmission not only onaxis but also when the antenna is viewed from offcenter angles. Benefit: Consistent link quality across a wide range of flight attitudes and orientations. Elevated gain performance Gains are substantial and practical, even though slightly below a theoretical sevenelement array, providing strong gain while keeping sidelobes to a minimum. Benefit: Higher effective range and clearer video through reduced interference from unwanted directions. Minimal sidelobe energy Designed to concentrate energy in the main lobe, this antenna features extremely low sidelobes to improve directivity and strengthen signals where it matters most. Benefit: More stable, reliable downlink in challenging environments with reduced susceptibility to offaxis interference. Key attributes Function: performance 150 mm triplefeed patch antenna for FPV systems. Configuration: Triple feed patch with coupled patches for optimized feed network. Size: 150 mm in length, suitable for integration into FPV platforms that require compact, gain antennas. Performance: gain with low sidelobe levels and axial ratio for versatile operation. Compatibility and practicality Designed for FPV systems that require reliable, gain, and directionally focused performance. Works with typical FPV receivers and transmitters where a 150 mm patch antenna is appropriate, offering improved link quality in a variety of flight scenarios. Use scenarios FPV drone racing and freestyle flight: Provides stable video downlink and robust performance during rapid, multidirectional maneuvers. Longrange FPV missions: Supports extended range flights where maintaining signal integrity at offaxis angles is important. Aerial photography and videography: Ensures consistent downlink quality during complex flight paths for smoother footage.