Antenna & RF Systems Engineering
RF hardware that actually performs in the field
From custom antenna design to production, we deliver full turn-key RF solutions for IoT, Space, and Defence — backed by our engineering team in Adelaide, South Australia.
Application verticals
Defence
Rugged antenna and coaxial systems for EW, SIGINT, and tactical comms platforms.
Space
Radiation-tolerant RF hardware for LEO and beyond. Qualified for launch environments.
IoT
Low-power, embedded antenna design optimised for your frequency band and form factor.
Drones & UAS
Lightweight, high-gain designs for UAV control links, payload comms, and EW payloads.
What we do
Antenna simulation and design
High-performance antenna development using traditional, meta-material, and fractal-based engineering approaches. Modelled and simulated in Simulia CST Design Studio to hit the exact performance parameters your system needs.
Passive RF circuit design
Combiners, filters, and multiplexers, plus RF connectors and cable assemblies — from standard low-frequency cabling to high-end, phase-matched M38999 assemblies. Manufactured in-house at our RFShop Australia workshop.
Consulting
Specialist antenna and RF engineering support for projects of any size or complexity, including Computational Electromagnetic Modelling (CEM) for virtually any scenario.
Our process
Define the problem
We review your system requirements, frequency bands, and constraints before a line is drawn.
Custom engineering
Antenna geometry, coaxial routing, connector selection — optimised for performance and cost.
Build and test
Physical prototypes with full RF characterisation. We iterate until the numbers are right.
Scale to volume
From small batch to production runs, with quality documentation your supply chain needs.
Why it matters
Field performance
Off-the-shelf antennas tuned for generic bands rarely match your system's actual impedance and radiation requirements. The result is range loss, dropped links, and failed tests.
Cable selection
The wrong coaxial cable adds insertion loss that no amount of amplification can recover. We consult on the right spec — attenuation, shielding, flexibility, and cost — before you commit.
System integration
RF hardware decisions made late in a programme are expensive to reverse. Involving us early is the lowest-cost path to a system that performs to spec from day one.
Global reach
Engineered in Adelaide, delivered worldwide
Adelaide, South Australia
Engineering headquarters
Let's discuss your specs
Drop your work email below. An engineer will reach out directly to review your frequency band, application, and project timeline.
Prefer to talk it through first?
Request a consultation