| Feature | Specification | | :--- | :--- | | Frequency Band | X-Band (9.2 – 9.5 GHz) | | Transmitter Type | Solid State GaN (Gallium Nitride) | | Peak Power | 200 W (solid-state, adjustable) | | Range Scales | 0.125 nm to 96 nm | | Antenna Rotation | Up to 48 RPM (selectable) | | Horizontal Beamwidth | 1.8° (standard) / 0.9° (optional narrow beam) | | MTBF (Mean Time Between Failures) | >25,000 hours | | Environmental Protection | IP66 (Antenna) / IP20 (Processor) |
The is a groundbreaking, X-band 2D solid-state radar system engineered by the Danish defense firm Terma
The new SCANTER 2202 still builds upon the same robust foundation that made it an industry benchmark:
Another significant advantage of the Terma Scanter 2202 is its versatility. The device is designed to handle a wide variety of materials and objects, making it suitable for a diverse array of applications. Whether it's scanning documents, luggage, parcels, or industrial components, the Terma Scanter 2202 adapts effortlessly, providing detailed images that can be used for analysis, verification, or record-keeping.
The high-accuracy performance of the radar allows it to detect small objects, including persons in the water, making it a critical asset for Search and Rescue operations, even in challenging environmental conditions. 4. Operational Advantages: Why Choose the New 2202? terma scanter 2202 new
The Solid State technology eliminates the need for expensive magnetron replacements.
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.
In the rapidly evolving landscape of maritime surveillance, naval defense, and coastal protection, the ability to detect, track, and identify small targets amidst complex environments is critical. Terma, a global leader in defense and aerospace technology, has addressed this need with the Terma SCANTER 2202
The Terma SCANTER 2202 represents the industry standard for modern maritime surface surveillance. By moving away from the aging magnetron technology of the 20th century and embracing FMCW solid-state architecture, Terma created a system that is not only more reliable but fundamentally superior in detecting the asymmetric threats of the modern era—specifically small, fast-moving targets in rough seas. | Feature | Specification | | :--- |
Through component miniaturization, the outdoor unit (ODU) is 15% lighter than previous models. Power consumption has dropped to under 150W nominal, allowing for solar/battery powered remote deployments in locations like desert borders or isolated island outposts.
: Integration with Terma's ET2 Embedded Tracker for advanced target classification. 1. Introduction to the Terma SCANTER 2202
The system features sophisticated signal processing, including Moving Target Indicator (MTI) processing, which allows it to suppress stationary background noise (clutter) while highlighting moving targets. The radar automatically adapts to changing weather and sea conditions to maintain an optimal signal-to-noise ratio. Applications of the Terma SCANTER 2202 The versatility of the SCANTER 2202 makes it suitable for a wide range of operational roles:
The system is designed to detect very small targets, such as small boats, swimmers, or navigational hazards, even in severe weather conditions (high sea state). Pulse Compression Radar: By using pulse compression techniques, the SCANTER 2202 The high-accuracy performance of the radar allows it
Simplified integration with third-party systems via standard IP networks. Global Strategic Impact
Because the radar uses low power and frequency modulation, it is difficult for enemy radar detectors (RWR - Radar Warning Receivers) to pick up the signal. This makes the SCANTER 2202 highly suitable for naval vessels conducting covert surveillance or "dark" operations.
: By minimizing the need for manual inspection and reducing the rate of errors, the Terma Scanter 2202 offers a cost-effective solution for industrial scanning needs.