Optimized for Flight. Built to Perform.

WTW Airborne Antennas

WTW Airborne Antennas are engineered for integration into aerial vehicles including UAVs, rockets, and high-speed platforms – delivering reliable telemetry under dynamic flight conditions.

Available in various configurations (monopole, blade, patch), these antennas are tailored to mission-specific frequency bands such as L-, S-, or C-band. Their rugged, aerodynamic housings are optimized for minimal drag and vibration resistance. Designed for embedded use in fuselages or nosecones, they offer high signal integrity, consistent gain, and compatibility with WTW ground station systems.

Usage areas

Discover where this product excels – from specialized industries to mission-critical applications.

GNSS Signal Monitoring

Accurate positioning for navigation and research

Aerial Research Flights

Telemetry for scientific UAV applications

Flight Test Telemetry

Real-time data for aircraft and spacecraft performance trials

Key features

WTW Airborne Antennas deliver reliable telemetry performance in the most demanding flight environments, from UAVs to missiles and high-speed aircraft. Available in L-, S-, and C-band variants and multiple form factors, they combine aerodynamic, vibration-resistant housings with optimized gain for stable in-flight data links. Compact and rugged, they integrate seamlessly into fuselages or nosecones, ensuring consistent signal integrity and mission success across airborne test and operational platforms.

L/S/C-band variants available
Compact, aerodynamic form factors
Rugged, vibration-resistant housing
Optimized gain for airborne applications
Custom integration support for OEMs
Made in Germany

Tech Specs WTW Airborne Antennas

Types	C, X, K-band stub; wrap-around; S/L/C-band slotted blade; helix; spiral
Configurations	Single or multi-element, cavity-backed, compact, lightweight (for drones/aircraft/missiles)