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:
In the demanding world of naval and coastal surveillance, radar reliability is not a luxury—it is a necessity. For decades, the Terma Scanter 2000 series has been a gold standard for vessel traffic services (VTS), naval patrol boats, and offshore installations. However, with evolving maritime threats and technological leaps in solid-state architecture, Terma has unveiled its most significant upgrade yet: the . terma scanter 2202 new
Terma SCANTER 2202: Advancing Coastal Surveillance and Port Security Terma SCANTER 2202 is a compact, solid-state surveillance
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. Detection Range: Effective minimum detection range of ,
Standard IP network interface for easy integration into existing Command & Control (C2) systems. Innovative Features and New Capabilities
In an era where asymmetric threats (such as terrorist attacks via small boats) are a genuine concern, relying solely on standard IMO-mandated navigation radars is a risk. The Terma Scanter 2202 New offers a plug-and-play solution that enhances situational awareness without requiring a complete overhaul of existing bridge systems.