Terma Scanter 2202 New

relies on a modern software-defined architecture. Unlike older magnetron radars that suffer from performance degradation, the 2202 utilizes Solid State power amplifiers. Specifications & Capabilities 2D Coherent Pulse Compression Radar Frequency Band X-band (Selectable between 9.3 – 9.5 GHz) Transmitter Solid State Power Amplifier (100W peak typical) Dynamic Range > 100 dB including digital processing Sampling Rate 12 bit @ 200 MHz Weight 26 kg (Outdoor Transceiver Unit) Minimum Range 30 meters for close-in harbor monitoring Compliance Exceeds IALA Advanced Level guidelines 3. Revolutionary Engineering: Up-Mast Design

For those asking about the difference between the legacy 2202 and the "New" SCANTER 2202: The hardware has seen a significant refresh.

The system features adaptive suppression of sea and land clutter, ensuring a clear situational picture for operators even in high sea states or complex coastal terrain. Applications and Global Use

Terma SCANTER 2202 is a compact, solid-state surveillance radar designed for high-resolution detection of small targets in harsh weather conditions. Primarily used for coastal surveillance and vessel traffic services, it belongs to the SCANTER 2000 series and is valued for its ease of integration and low maintenance costs. Key Specifications Transceiver Type: Solid-state power amplifier with a typical peak output of Frequency Range: Selectable between 9.3 to 9.5 GHz Extremely lightweight at only , making it suitable for smaller platforms or towers. Detection Range: Effective minimum detection range of , with an extended horizontal range up to when paired with larger antennas. Interface: Features a standard IP network for easy integration with third-party systems. Capabilities & Features Small Target Detection: terma scanter 2202 new

Typically 100W peak typical (80W minimum), which is equivalent to a 25 kW magnetron radar in performance.

Providing superior surface patrolling capabilities for naval vessels.

Modern networking capabilities allow for seamless integration with third-party command-and-control systems, making it highly versatile in a "system of systems" approach. relies on a modern software-defined architecture

Built on Solid State transmitter technology, it ensures high reliability and low power requirements, making it ideal for continuous operations in remote or harsh environments.

is more than just a radar; it is a critical surveillance tool that combines robust solid-state technology with intelligent, software-defined functionality. By providing accurate, real-time data in the most challenging scenarios, it ensures that coastal authorities can effectively protect their territorial waters, manage maritime traffic, and carry out search and rescue missions.

The shift from magnetron to solid-state GaN is not an incremental improvement; it is a generational change akin to moving from a CRT monitor to 4K OLED. You gain silent operation (LPI), unmatched reliability (>25k hours MTBF), and software-defined future features. Primarily used for coastal surveillance and vessel traffic

Minimum detection starts at 30 meters, with an instrumented range up to 48 nautical miles depending on the antenna.

❌ Expensive ❌ Overly complex for small craft ❌ Long range limited vs. larger antennas

Possible “new” or recent enhancements to look for (2020s-era upgrades)