PILOTIX ANTENNAS
Signal. Reach. Clarity.
An antenna is the point where electronics meet physics - it determines how far your control link reaches, how reliably your video feed holds, and how cleanly both signals survive orientation changes and obstacles
Antenna Pilotix 4.9-6GHz Dual RHCP SMA
Wide-band dual RHCP antenna designed for reliable FPV video transmission across standard and extended 5.8GHz bands.
RX T-Antenna ELRS 300-1000MHz IPEX1
A compact T-type receiver antenna designed for reliable sub-GHz ELRS control links.
RX T-Antenna Dual-band 915M+2.4G IPEX1
A compact dual-band T-type antenna for ELRS receivers, allowing easy use across both major frequency bands.
The signal backbone of every build
Every FPV drone uses two RF links: a control link carrying pilot commands from transmitter to receiver, and a video link carrying the camera feed from the VTX to the goggles. An antenna at each end determines how much transmitted power reaches its destination through frequency match, polarization and design. Control link antennas use linear polarization and are tuned to the ELRS frequency. T-type dipoles provide balanced omnidirectional coverage regardless of drone orientation. Trimming marks allow tuning to 868MHz or 915MHz. Dual-band antennas support 915MHz and 2.4GHz on a single IPEX1 connector. Video link antennas use RHCP (Right-Hand Circular Polarization), the FPV standard for suppressing multipath reflections. VSWR <=2.0 means less than 11% of VTX power is wasted at the connector instead of being radiated as signal.
Broad Range of Technical Capabilities
Broad compatibility
Platforms
Standards & connectors
SMA antennas compatible with all Pilotix VTX models (R1600, R2500, R3000). IPEX1 antennas compatible with all Pilotix ELRS receivers and any ELRS receiver with U.FL connector. IPEX4 nano antennas for compact 2.4G receivers. T-antenna trimming marks for precision frequency tuning. Dual-band antennas eliminate antenna swaps when switching ELRS bands.
