Think you need an ESA?
ThinK again.

A common misperception is proliferating that electronically scanned arrays (ESAs) are necessary to help unlock all the potential of new GSO and NGSO networks. Our proven and patented technology challenges you to rethink that.

Electronically or Mechanically Steered? The Best of Both.

Our patented “VICTS” phased-array technology combines the technical benefits of mechanically steered and electronically scanned arrays (MSAs/ESAs) to deliver consistently high performance in the harshest environments. To the fastest-moving aircraft, vehicles and vessels – no matter their location on or above the planet – our unique phased arrays deliver:

  • Gap-free, pole-to-pole coverage
  • Satellite constellation interoperability
  • High beam agility for network flexibility
  • Installation versatility with low-profile design
  • Reduced OpEx from ultra-efficient operation

The VICTS Advantage

The table below compares the key performance characteristics among all three antenna classes.

ThinKom VICTS Phased Array

Comparing Antennas?

Evaluating phased arrays for IFC and considering electronically steered arrays still in development? You may want to dive into the myths and realities first.

VICTS Spelled Out

VICTS stands for “variable inclination continuous transverse stub.”

In very simple terms, the technology is comprised of layers of lightweight discs rotating around a single axis to steer the beam and control polarization.

Similar to electronically scanned arrays, the beam moves but you don’t see any moving parts on the antenna.

victs-assembly

Inflight Connectivity for Every Orbit

Having accrued over 27 million flight hours – and counting – ThinKom antennas boost cost and performance efficiencies today and well into the future with LEO/MEO/GEO interoperability.

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