Every lobe accounted for.
Design.
Decide. Deliver.
From spherical wave expansion to full far-field radiation patterns, TICRA software shows exactly how your antenna performs, long before it reaches the lab.
Trusted by leading teams in space, defence and telecommunications
Built for missions that cannot fail.
Engineers in the most demanding fields rely on TICRA to model performance before anything is built.
Space
Reflector and feed systems for satellites, ground stations and deep-space links, validated against measurement to a fraction of a decibel.
Explore spaceDefence
Radar, secure communications and electronic warfare antennas.
Explore defenceTelecommunications
5G and 6G networks, base stations and high-throughput satellites.
Explore telecomOne platform. Every antenna problem.
TICRA Tools brings our solvers together in a single environment, with specialised standalone software where you need it.
GRASP
Analyse and design reflector antennas, from single feeds to shaped multi-reflector systems, with industry-trusted accuracy.
CHAMP 3D
Design and optimise horns, waveguides and feed-chain components in full 3D.
ESTEAM
Method-of-Moments solver for complex metallic and dielectric structures and platform scattering.
QUPES
Characterise periodic structures, frequency-selective surfaces and reflectarray elements.
SNIFT
Transform measured spherical near-field data into accurate far-field radiation patterns.
DIATOOL
Reconstruct equivalent currents to diagnose antenna and reflector-surface errors.
The axis that connects it all.
Applications link every TICRA product to a real-world outcome.
Feeds and Waveguides
Design decisions ripple through the system As an engineer designing feed horns, waveguide devices and assemblies, you weigh polarisation and mode purity against…
Scattering and RCS
Complex platform geometries push standard EM solvers too far When you place an antenna on a complex platform, the surrounding structure becomes part of the elec…
Reflector Antennas
Reflector antenna design is challenging As an engineer designing reflector antennas for communications or radar systems, you’re juggling competing demands…
Coverage Planning
Balancing coverage and antenna constraints demands precision As a satellite system engineer planning coverage for your constellation, you are balancing coverage…
Quasi-Periodic Surfaces
Periodic and quasi-periodic surface design is complex When designing periodic or quasi-periodic surfaces for satellite antennas, 5G/6G communication systems and…
ARRAY Antennas
Getting phased arrays right takes rigorous analysis As an engineer designing phased arrays for satellite communications, radar or 5G systems, you are balancing…
“We validated the antenna in TICRA software months before any hardware existed. When we finally measured it, the correlation was within a fraction of a decibel.”
Lead Antenna Engineer
Earth-observation satellite programme
From the Knowledge Hub.
Research, tutorials and product thinking from the engineers behind the software.
Anechoic chambers
Anechoic Chambers can have no room for error, which is why TICRA’s SNIFT is the first choice for spherical test range data management. This means more accurate measurements in a shorter timeframe, and the highest possible degree of predictability.
Earth stations and terminals
Earth Station antennas must be efficient, compliant and competitive. TICRA's software suite enables you to target all your optimization and design requirements needs, with expert support on hand to ensure full compatibility with your applications – and your challenges.
Satellite operators
With TICRA’s solutions you can specify antenna coverages or optimize your payload antennas with the highest degree of certainty. This means you can react faster to changing requirements today and meet your customers’ needs tomorrow.
Upcoming events and webinars.
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Design. Decide. Deliver.
Put fifty years of electromagnetic research to work on your next antenna. Start a free trial, or talk to one of our engineers.