IsoLOG 3D 160

Note : Your request will be directed to Aaronia AG.

IsoLOG 3D 160 Image

The IsoLOG 3D 160 from Aaronia AG is a 3D RF Tracking Antenna that operates from 400 MHz to 8 GHz. This antenna module consists of 16 sectors with 32 antennas and has a tracking accuracy of 1 to 3 degrees.
This is the perfect solution for counter-surveillance measurements or drone-detection-systems (unmanned air vehicles). The wide frequency range eliminates the need for various antenna setups and saves space and system cost. This makes it usable for mounting on vehicles (e.g. drive test cars etc.) and for hidden operations. The IsoLOG 3D is sensitive to the majority of incoming signal polarizations including all linear polarizations, allowing reliable detection of signals including those invisible to most DF systems that use only vertically polarized antennas.
The antenna needs a power source and an Ethernet connection for easy integration and control over any existing network. Aaronia provides powerful control software for free which can be operated from a Windows System. The control software allows various tracking and selection setups, e.g. sweep all antennas horizontal, vertical, switch all in one sector, etc. This makes it the perfect tool to track signals in no time. Another feature of this antenna is that it looks like a satellite dish and thus is not recognized as a tracking antenna.

Product Specifications

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Product Details

  • Part Number
    IsoLOG 3D 160
  • Manufacturer
    Aaronia AG
  • Description
    3D RF Tracking Antenna from 400 MHz to 8 GHz

General Parameters

  • Type
    Dome
  • Directionality
    Omni-Directional
  • Standards
    GPS
  • Frequency
    400 MHz to 8 GHz
  • Power
    1 W
  • Industry
    Automotive, GPS/GNSS
  • Mounting
    Vehicle Mount
  • Impedance
    50 Ohms
  • Connectors
    N Type, N Type - Female
  • Dimension
    950 x 950 x 380 mm
  • Weight
    25 kg
  • Operating Temperature
    -30 to 60 Degree C
  • Tags
    IsoLOG 3D Series
  • Storage Temperature
    -40 to 70 Degree C

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