Antenna Reference Library/Direction Finding/Millimeter-Wave High-Gain DF Horn Cluster
Reference Design ExampleBenchmark CAD baseline. Nikola RF delivers AAA Custom Full-Wave EM Simulation & Synthesis Services (Ansys HFSS / CST / Feko) to tune, co-design, and de-risk this geometry for your specific system requirements.
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CAD Geometry • HORNSTEP / SolidWorks AP214
3D CAD•3D CAD SOLVER MODEL
Scalar Horn Aperture
±0.001 mm CAD

Computational Verification

Primary SolverAnsys HFSS
Numerical MethodFEM
Validation StatusSimulation only
Mesh Cell Count22.4 Million
Simulation Runtime7.2 Hours

Package Deliverables

  • Touchstone .s2p
  • Far-field patterns
  • CAD STEP
  • Aperture phase center analysis
Bilateral NDA Standard & Air-Gapped Compute

Custom installed studies and platform integrations are executed on dedicated on-premise compute nodes under bilateral mutual non-disclosure agreements.

Direction FindingSimulation only

Millimeter-Wave High-Gain DF Horn Cluster

Broadband 4 to 40 GHz directional horn cluster for electronic intelligence (ELINT) millimeter-wave radar hunting and angle-of-arrival determination.

Calibrated Solver Results

Band: 4 GHz – 40 GHz

Detailed S-parameter sweep & 3D polar matrix available upon request package generation.

Antenna Specifications

Operating Band
4 GHz – 40 GHz
Antenna Geometry
Corrugated scalar horn array in radome
Peak Realized Gain
16 dBi
Max VSWR
2.2:1
Radiation Efficiency
89%
Polarisation
Linear
Target Platforms
Tactical, Airborne
Mesh Model
22.4M cells

License Model or Request Custom Platform Study

Add this antenna model to your request basket to license the validated simulation archive, re-simulate with custom material parameters, or order a vehicle/mast installed-performance study.