The 2202 New utilizes advanced solid-state transceivers. Unlike older magnetron-based radars, solid-state technology offers higher reliability, lower maintenance costs, and a longer operational lifespan. It also allows for much better performance at short ranges.
One underappreciated aspect of the "new" model is its software-defined architecture. Terma has committed to over-the-air (OTA) updates for the signal processor. Features like (using AI to label "fishing" vs. "merchant") and drone detection (very small RCS, very slow speed) will be available as software unlocks in 2026-2027. The legacy magnetron system cannot run these algorithms.
The is a commercial-off-the-shelf (COTS) military-grade, 2D X-band solid-state pulse compression radar engineered by Terma A/S . It serves as a benchmark technology for Vessel Traffic Services (VTS), Coastal Surveillance Systems (CSS), and Airport Surface Movement Radar (SMR). terma scanter 2202 new
To maximize performance of your Scanter 2202 New:
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. The 2202 New utilizes advanced solid-state transceivers
The Terma SCANTER 2202 New Radar: Next-Gen Coastal and VTS Surveillance
: Vessel Traffic Services (VTS), coastal surveillance, and inner port monitoring. One underappreciated aspect of the "new" model is
Terma SCANTER 2202 : The Next Generation in Coastal Surveillance and Vessel Traffic Management
While the model number "2202" sounds familiar to existing Terma users, the internal architecture has been completely re-engineered. The term "new" refers to specific generational improvements debuting in the post-2022 production models, focusing on:
To understand the value of the , consider three operational environments:
The Scanter 2202 New bridges the gap between standard navigation aids and high-end military surveillance, offering a solution that is both cost-effective and incredibly powerful.
