Home Antennas

Antennas

Five antenna families and fourteen types, as standard designs or fully custom developments tailored to your band, gain, polarisation and platform.

Efficient narrowband radiators tuned to a design frequency, and the building blocks of larger arrays.

A balanced half-wave radiator with an omnidirectional azimuth pattern, used for links and as an array element.

Small and resonant loops for direction finding, HF/VHF reception and compact installations.

A slot cut into a conducting surface, giving flush, low-profile mounting on airframes, vehicles and waveguides.

Wide impedance bandwidth for multi-band radios, surveillance receivers and EMC testing.

A sleeve-fed dipole with an integrated coaxial balun, making a rugged omni element for vehicles and masts.

A conical radiator over a ground plane, giving wide bandwidth with an omnidirectional pattern.

A twin-cone radiator with multi-octave bandwidth for EMC measurement, surveillance and wideband reception.

Self-scaling geometries that hold gain, pattern and impedance nearly constant across very wide bandwidths.

A directional dipole array with logarithmic scaling, giving near-constant gain across decade bandwidths.

A planar two-arm spiral with circular polarisation, well suited to EW, ESM and direction-finding systems.

Spiral arms wound on a cone, giving a unidirectional, circularly polarised beam over multiple octaves.

High-gain, narrow-beam systems covering 100 MHz – 40 GHz in split bands.

A prime-focus dish for high gain and narrow beamwidth in point-to-point, tracking and SATCOM links.

A dual-reflector design with the feed at the vertex, giving a compact, low-loss layout with short feed runs.

An open-mesh parabolic grid with low wind loading and weight, suited to lower-band long-range links.

Electronically formed and steered beams for agile radar, EW and communication systems.

A true-time-delay lens beamformer that forms several simultaneous, squint-free beams over wide bandwidths. Also supplied as a component →

Per-element T/R control for fast, agile beam steering and graceful degradation, with no moving parts.

Complete RF chain

Need the electronics behind the antenna?

We also design the amplifiers, filters, couplers, phase shifters and waveguide hardware that feed our antennas.

Send us your frequency band, gain or power level, interfaces and platform constraints. Our engineers will respond with a design approach.