Compact UFL 5.8 GHz FPV Antenna for Racing Drones This antenna is designed for FPV racing drones and video links requiring a compact UFL connector. Made from vibrant red ABS material, it is lightweight while providing reliable signal performance for both transmitters and receivers. Key benefits Precise compatibility: UFL connector fits common onboard video transmitters and receiver modules used in FPV systems. Frequency and bandwidth: Center frequency 5.8 GHz with 100 MHz bandwidth for stable video transmission across standard FPV channels. Polarization and gain: 3 dBi RHCP specification supports circular polarization to reduce multipath interference and maintain consistent signal quality. Dualfunction emphasis: Described functionality includes omnidirectional compatibility for broad coverage and a directional gain design for focused signal strength and steady gain. Durable, lightweight construction: ABS housing in bright red offers impact resistance and easier visual identification on the aircraft. Anticrash resilience: Material and form factor help resist damage from minor impacts common in racing and freestyle flying. Technical highlights Connector size: UFL Frequency: 5.8 GHz center Bandwidth: 100 MHz Gain: 3 dBi Polarization: RHCP Material: ABS, vibrant red Suitable for: 5.8 GHz drone transmitter and receiver modules, FPV racing drones Practical use scenarios a damaged antenna on an onboard video transmitter before a race to restore reliable realtime video feed. Install on a lightweight freestyle drone where low weight and visible coloring help with handling and rapid identification during field checks. Use as a receiver diversity antenna for ground station equipment to improve signal consistency across a range of flight orientations. What this solves Restores or improves video link reliability on 5.8 GHz FPV systems. Provides a compact, lowweight antenna option that withstands typical racing impacts. Offers clear physical and electrical compatibility for quick swaps in the field. This antenna is intended for FPV drones and compatible 5.8 GHz transmitter and receiver modules using a UFL connector and RHCP 3 dBi specification.