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Air Systems Datasheet - Scout Mk2 - Thales Group

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SCOUT <strong>Mk2</strong><br />

General<br />

SCOUT <strong>Mk2</strong> is a unique surface surveillance and tactical<br />

navigation radar that has true Low Probability of<br />

Intercept (LPI) characteristics. The SCOUT <strong>Mk2</strong> radar<br />

uses the Frequency Modulated Continuous Wave<br />

(FMCW) principle enabling to ‘‘see without being seen’’<br />

due to the extremely low transmitter power. This feature<br />

makes interception by ESM equipment or Anti Radiation<br />

Missiles virtually impossible.<br />

The outstanding LPI characteristics of SCOUT <strong>Mk2</strong> make<br />

it an excellent choice for covert operation. Just like<br />

passive-optical systems, SCOUT <strong>Mk2</strong> can be used under<br />

radar silence conditions, but has both a range and allweather<br />

advantage over optical systems.<br />

SCOUT <strong>Mk2</strong>’s range resolution cell size of only 6 metres<br />

at 12 nm not only results in an excellent capability to<br />

distinguish closely-spaced targets, but also offers good<br />

detection of small targets in heavy clutter.<br />

While in the past decade, low visibility has gained an<br />

ever-increasing interest in platform design, SCOUT <strong>Mk2</strong><br />

lends its user an open eye to the surroundings, even<br />

under strict EMCON conditions.<br />

www.thalesgroup.com<br />

A lightweight and versatile radar like SCOUT <strong>Mk2</strong> can be used in<br />

many other roles in both static and mobile applications.<br />

These include: littoral surveillance and coastal defence, harbour<br />

and river surveillance, battlefield surveillance, counterdrugs<br />

operations, helicopter approach radar, etc.<br />

Main characteristics<br />

• Low Probability of Intercept, with selectable transmit power,<br />

down to as little as 10 mW<br />

• Extremely high range resolution<br />

• High reliability, low weight and safe maintenance (no lethal high<br />

voltages) due to completely solid-state design<br />

• Low Radiation Hazard<br />

• Can be integrated with I-band pulse navigation radars, using<br />

SCOUT <strong>Mk2</strong> Antenna System for pulse and LPI operation<br />

• May be used stand-alone or integrated with a C2 systems.<br />

By courtesy of the Royal Netherlands Navy


Technical Aspects<br />

SCOUT <strong>Mk2</strong> operates in I-band (former X-band). The<br />

transceiver is located in the dual array antenna to prevent<br />

unnecessary losses in long waveguide runs. This also ensures<br />

ease of installation. The connection to the below deck equipment<br />

is made by a single, thin cable. There are no waveguides<br />

present, unless the system is combined with a pulse transceiver.<br />

The dual array antenna guarantees optimal isolation<br />

between the receive and transmit path, which is essential for<br />

good long-range performance of an FMCW radar. Due to the<br />

fully solid-state design, MTBF is in excess of 10,000 hours.<br />

Configuration<br />

SCOUT <strong>Mk2</strong> is available as a stand-alone system or as a fully<br />

integrated navigation and LPI radar system. The radar has<br />

been integrated with several navigation radars while integration<br />

is possible with most commercially available navigation radars.<br />

Video data and track data are available for integration with a<br />

Command & Control systems.<br />

Performance Data<br />

The maximum instrumented range is 24 nautical miles. Detection<br />

range is normally limited by the horizon. Due to the continuous<br />

wave transmissions, the minimum range is unusually<br />

short, as little as a few metres.<br />

Technical Data<br />

Frequency band : I-band<br />

Transmit Power : 10 mW to 1 W (operator<br />

selectable)<br />

Antenna gain : 29.5 dB<br />

Horizontal beam width : 1.4º<br />

Antenna rotation speed : 24 rpm<br />

No. of range cells : 3641<br />

Range cell size : 3 m (at 6 nm scale)<br />

Range scales : 6, 12 or 24 nautical miles<br />

Dimensions and Weights<br />

Width Height Depth Weight<br />

(mm) (mm) (mm) (kg)<br />

Antenna System 1888 608 - 77<br />

Processor Unit 460 636 450 38<br />

Power Requirements<br />

115 V, 60 Hz, 1 phase, approximate load 400 VA.<br />

Environmental Conditions<br />

The design and construction of the equipment are based on<br />

current British and U.S. military standards for shipborne equipment.<br />

Ambient temperatures<br />

Above deck equipment: -25 . +49 ºC<br />

Below deck equipment: -5 .. +49 ºC<br />

Surface Radar<br />

System Overview<br />

SCOUT <strong>Mk2</strong><br />

Processor Unit<br />

ARPA Display*<br />

* part of navigation radar<br />

SCOUT <strong>Mk2</strong><br />

Antenna System<br />

incl. FMCW<br />

Transceiver<br />

Pulse Transceiver*<br />

(Option)<br />

VIDEO + TRACK DATA<br />

TO C&C SYSTEM<br />

ADDRESS<br />

SCOUT <strong>Mk2</strong><br />

For covert operation<br />

THALES NEDERLAND<br />

P.O. Box 42<br />

7550 GD HENGELO<br />

THE NETHERLANDS<br />

Phone : +31 (0)74 248 81 11<br />

Fax : +31 (0)74 242 59 36<br />

THALES<br />

7/9 rue des Mathurins<br />

92221 BAGNEUX CEDEX<br />

FRANCE<br />

Phone : +33 (0)1 40 84 40 00<br />

Fax : +33 (0)1 40 84 33 81<br />

THALES NEDERLAND B.V. and/or its suppliers. This information carrier contains proprietary information which shall not<br />

be used, reproduced or disclosed to third parties without prior written authorization by THALES NEDERLAND B.V. and/or<br />

its suppliers, as applicable.Data on this sheet may be subject to change without notification. DS.030/09/08/H

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