We are not just a catalog company—we are your dedicated electromagnetic and RF engineering partner.
Bring us a structural, power, or frequency constraint at any stage—from initial concept definition to complete blueprint—and our engineering team will deliver tested, physical hardware that functions exactly as simulated.
We design custom antennas (including microstrip patches, wideband horns, log-periodics, spirals, and reflector feeds) and RF passive components (such as filters, diplexers, power dividers, and couplers) tailored to your specific mechanical and electrical constraints.
Using CST Microwave Studio, ANSYS HFSS, and MATLAB, we perform full-wave electromagnetic analysis. Our team specializes in simulating antenna-platform interactions (installed antenna performance on helicopters, UAV fuselages, vehicle rooftops, and towers) to optimize beam patterns and prevent co-site interference.
A poorly engineered radome (antenna dome cover) degrades gain, shifts frequency, and distorts radiation patterns. We simulate radomes for transparency across bands and fabricate them in-house using high-durability composite materials like fiberglass.
Essential for ultra-wideband (UWB) communications, pulsed radar, and High-Power Microwave (HPM) systems. We simulate and design antennas optimized to handle short, high-voltage pulses without distortion, arcing, or dielectric breakdown.
We work within standard defence and strategic procurement models. Give us your target specification and we will engineer the compliance path (Build-to-Spec), or supply us with your mechanical drawings and we will manufacture them with full quality audits (Build-to-Print).
Utilize our calibrated Vector Network Analyzer (VNA) laboratory and Outdoor Antenna Range (OAR) for standalone pattern verification, impedance measurements, and VSWR diagnostics of customer-supplied antenna hardware.