A Company Specializing in Antennas for Spacecraft and Satellites
About Us
IMER ANTENNAS offers an expanding range of technologies that deliver exceptional results.
We select the best technique and technology for your requirements using novel, classic, or hybrid solutions
We welcome any requests you may have for Earth Observation Satellites, radars, balloons, UAVs, and other applications that require high performance and resilience in harsh environmental conditions.
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Contact Us
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Bossinga 932, Ensenada, Buenos Aires, Argentina
info@imer-antennas.com
Our Services
System Engineering
Technology Selection &
Conceptual Design
Work Breakdown Structure
& Product Tree
Test Specification & Planning
Verification Control Matrix
Design
Antenna Engineering
& Placement
RF Design & Optimization
High Frequency Modeling
& Simulation
Mechanical Design & CAD
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Analysis
Installed Performance:
Pattern Distortion, Coverage
& Cosite Interference
Array Performance: Mutual
Coupling, Active Scattering
Parameters & Total Efficiency
Environmental: Structural,
Thermal & Thermo-Elastic
Power Handling: Multipactor
& Ionization Breakdown
Margin
Production
Assembly Drawing,
Tree Drawing & BoM
Parts Specification
Assembly, Integration &
Test Procedures
Manufacturing, Assembly Inspection & Test
Developments
X-Band Isoflux Antenna - Engineering Model
IMER30EM
Successful development and validation of a low-profile choke-ring optimization using a loaded waveguide launcher with engineering plastic.
Comparison of Experimental Radiation Patterns and Numerical Solutions.
-Yellow line: Measurements; - White line: Simulations
Antenna Assembly: Polarizer + Transition + Beamformer.
All rights reserved, IMER ANTENNAS SRL
S-Band Isoflux Antenna - Engineering Model
IMER41EM
Successful development and validation of a Conical Quadrifilar Helix type with a fractional number of turns.
Comparison of Experimental Radiation Patterns and Numerical Solutions.
-Solid line: Measurements; -- Dashed line: Simulations
Antenna Assembly: Beam Former Network + Infinite Balun + Radiating Elements.
All rights reserved, IMER ANTENNAS SRL
Design optimization, coverage analysis, conformal assembly, and integration of radiating modules for GNSS, telemetry, video, and flight termination systems for a suborbital experimental launcher.
GPS L1 Band - Measurement of Reflection Coefficients. Batch Quantity:10
Radiating Modules Assembly: Corporate Network 1x4, Truncated Patches, and Conformed Flanges.
All rights reserved, IMER ANTENNAS SRL
UHF Antennas for CubeSats: Deployable Turnstiles and Spikes. Model optimization, measurement on a physical mockup, and successful in-orbit testing and operation
Four-arm turnstile antenna assembly (Circular Polarization).
Coiled memory tape, fully soldered RF paths, low-power redundant cut-off system, status contact (folded/unfolded)
All rights reserved, IMER ANTENNAS SRL
Monopole "spike" antenna assembly (Linear Polarization)
All rights reserved, IMER ANTENNAS SRL
Ridge, wrapped, and flush-mounted antennas in the UHF, L, and S frequency bands for launchers or rockets.
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Vehicle and Microsat Full-scale Mockup for Far-Field Test, Coverage Analysis & UHF Grounding Verification
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