Terma Scanter 2202 New -

One of the biggest headaches for surface radar operators is "sea return"—false echoes from waves. The new Scanter 2202 incorporates a dual-threshold detection algorithm combined with Doppler processing. It can distinguish a slow-moving small boat from a large wave based on micro-Doppler signatures. In sea state 4 (waves 1.25–2.5 meters), the new model maintains detection of a 3-meter target at over 8 nautical miles; the legacy version lost this target at 4 nautical miles.

The defining feature of the SCANTER 2202 is its transmission technology. Unlike conventional navigation radars that use a magnetron tube to produce high-power pulses, the 2202 utilizes technology combined with a solid-state transmitter. terma scanter 2202 new

Software-defined architecture and a high Mean Time Between Failures (MTBF) ensure low lifetime operating costs. Typical Applications Coastal Surveillance: Used by navies, such as the Royal Thai Navy One of the biggest headaches for surface radar

For military and security applications, staying hidden is key. The Scanter 2202 New features frequency agility and pulse compression, making it difficult for enemy forces to detect that they are being tracked. This "silent watch" capability is a game-changer for tactical operations. In sea state 4 (waves 1

Terma has released new API layers that allow the SCANTER 2202 to plug directly into third-party AI video management systems (VMS). The radar now outputs high-fidelity tracked object data (latitude, longitude, speed, course, and Radar Cross Section) in under 20 milliseconds, making it ideal for autonomous interdiction systems.

Next-Generation Surface Surveillance: The New Terma SCANTER 2202

For organizations looking to upgrade from systems like the Raytheon or Kelvin Hughes legacy radars, the SCANTER 2202 offers a drop-in solution that drastically reduces total cost of ownership while multiplying operational capability.