Compact High Velocity Doppler Radar
Object Tracking
Less than 1cm at 50m range at 5km/s
Cost-Savings
Reconstruction without witness panels
Compact System
Compact, approximately 10”x12”x8” without horn
Compact High Velocity Doppler Radar
IERUS Technologies Compact High Velocity Doppler Radar is a small, inexpensive solution capable of detecting multiple objects traveling up to 5km/s.
Products & Services
Modular, Scalable Advanced Active electronically scanned array (AESA)
IERUS Technologies
Frequency agnostic, supporting implementations from X through V-Bands
Low SWAP-C
Scalable, Modular Design
Reduces Sustainment Costs
Tailorable Design to Application
High EIRP
Large Angular Coverage
Multi-Beam Support
UHF SATCOM Antenna
IERUS Technologies
Features:
Designed for simple integration into existing radomes
High gain from low elevation to zenith
Applications:
Harsh Environment Satellite Communication
Low Height of Eye Seaborne SATCOM
HF Mast Antenna
IERUS Technologies
Wide Bandwidth
High Efficiency
Lightweight
Stows in a Backpack
24’ Extended
Main Mast: 10 to 35 MHz
Extendable Wire: 1.5 – 10 MHz
Sloped Wire Operating Mode for Lower Frequencies
SATCOM Tactical OTM Lens Antenna (STOLA)
IERUS Technologies
System:
3D-printed lens acting as a passive beamformer
Reconfigurable array choices for wideband frequency coverage
Capabilities:
Tailorable design to meet operational requirements
Lens operational bands: X, Ku, Ka
Supporting array can be customized based on IERUS portfolio of antenna technologies
Phased Array
Switched Beam Steering Network
Wideband Polyrod
IERUS Technologies
Features:
Wide Bandwidth
High Gain
High Polarization Purity
Applications:
Far-Field Test Ranges
Near-Field Scanning
Material Measurements
People
Description
Can detect centimeter-sized objects at distances up to 50m with a 30° beam width
Compact, approximately 10”x12”x8” without horn
Capable of capturing fragment trajectory and velocity profiles
Capable of estimating mass
Can operate via a battery or generator, as required
Can be triggered externally or by a manual remote
Compact, approximately 10”x12”x8” without horn
Capable of capturing fragment trajectory and velocity profiles
Capable of estimating mass
Can operate via a battery or generator, as required
Can be triggered externally or by a manual remote
