Antennas for Drones

Signal strength can be improved by selecting a higher-gain antenna design, ensuring proper polarization matching, minimizing obstructions between transmitter and receiver, and using low-loss cabling and connectors. Custom-engineered antennas optimized for the specific frequency band and airframe geometry, like Micro-Ant's conformal designs, also significantly reduce interference and signal loss.

Drone antennas commonly operate across UHF, L, S, C, X, Ku, and Ka-bands (roughly 750 MHz to 40 GHz), depending on the application. Telemetry and control links often use UHF or S-band, while high-throughput SATCOM and video backhaul typically require Ku or Ka-band antennas for greater bandwidth.

Yes. Micro-Ant designs bespoke antennas tailored to a UAV's frequency requirements, weight budget, aperture constraints, and mounting geometry. Custom engineering covers everything from low-profile conformal radomes that reduce drag to miniaturized high-gain apertures suited for small tactical drones.

Micro-Ant's airborne and UAV antennas are engineered to MIL-STD-810 environmental standards and FAA airworthiness requirements, ensuring reliable performance under vibration, extreme temperatures, and rugged field conditions typical of defense and electronic warfare missions.

Parabolic antennas use a curved reflector to achieve high gain over long distances but require more depth and weight, making them suited for larger UAVs. Flat panel antennas offer a slim, lightweight profile under 8 lbs with switchable polarization, ideal for smaller drones where aerodynamic drag and weight are critical.

Weight varies by design and frequency band. Micro-Ant's flat panel antennas weigh as little as 7.2 lbs, while low-profile conformal airborne antennas are engineered specifically for minimal weight and small aperture size to suit tracking positioners on drones and other small platforms.