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Press Information<br />
FIDAE 2010<br />
<strong>ASPIDE</strong> <strong>2000</strong><br />
The operational performance of the <strong>ASPIDE</strong> <strong>2000</strong> missile allows it to engage air<br />
threats at ranges well beyond other VSHORAD missiles and engage attacking aircraft<br />
before they can release their standoff rocket-propelled missiles or intercepting these<br />
missiles once released. This upgrade of the original <strong>ASPIDE</strong> missile embodies the<br />
latest electronic features to improve its guidance characteristics and effectiveness in<br />
heavy clutter and ECM environments. <strong>ASPIDE</strong> <strong>2000</strong> is <strong>com</strong>patible with all <strong>systems</strong><br />
currently using the <strong>ASPIDE</strong> multi-role missile, such as SPADA and ALBATROS, by the<br />
simple application of a cost-effective modification kit. Similarly, all existing <strong>ASPIDE</strong><br />
multi-role missiles can be retrofitted to the <strong>ASPIDE</strong> <strong>2000</strong> configuration with only<br />
marginal costs. Logistic support remains unchanged.<br />
Characteristics of the <strong>ASPIDE</strong> <strong>2000</strong> missile<br />
Intercept Range:…in excess of 25 Km<br />
Speed:……………High Supersonic<br />
Guidance:………..semi-active radar homing<br />
SPADA & ALBATROS<br />
SPADA <strong>2000</strong> is an advanced, ground based missile system capable of operating in<br />
dense ECM environments to provide all weather, day and night area defence against<br />
<strong>com</strong>bat aircraft and in<strong>com</strong>ing missiles. The SPADA <strong>2000</strong> it’s a further development of<br />
the family of <strong>systems</strong> that now benefits from the increased engagement range of the<br />
powerful <strong>ASPIDE</strong> <strong>2000</strong> missile as well as the increased detection range and track<br />
management capabilities of the new Detection Centre.<br />
SPADA <strong>2000</strong> is integrated within a shelter system allowing for both tactical and<br />
strategic mobility, including air-transportability from a C-130 transport aircraft. The<br />
basic configuration of the SPADA <strong>2000</strong> system consists of a Detection Centre, two<br />
Firing Sections (expandable to four) each with two Missile Launchers. Each Missile<br />
Launcher houses six ready-to-fire <strong>ASPIDE</strong> <strong>2000</strong> missiles.<br />
The ALBATROS surface-to-air missile system adds to a ship’s gun FCS (Fire Control<br />
System) the capability to launch the <strong>ASPIDE</strong> <strong>2000</strong> missile by integrating it to a set of<br />
easy to install missile units. This <strong>com</strong>bination provides an integrated, all-weather air<br />
defence system for ships represented by an outer defence layer based on missiles and<br />
an inner layer based on the ship’s gun battery to create an effective protective<br />
envelope against in<strong>com</strong>ing aircraft and anti-ship missiles. <strong>ASPIDE</strong> <strong>2000</strong> will provide<br />
close area defence for the launch ship as well as defence against air attack for consort<br />
ships.<br />
After detection by the ship’s surveillance radar, the targets are assigned to the gun<br />
FCS which then acquires and tracks the target. The target is then illuminated by a CW<br />
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RF transmission that is passed into the FCS tracking radar antenna to fulfil the semiactive<br />
guidance requirements of the <strong>ASPIDE</strong> <strong>2000</strong> missile.<br />
One or two missiles can be simultaneously guided against the same target (even if it is<br />
flying in close formation) at the outer intercept range of 20km. The engagement<br />
envelope of the ALBATROS system against a typical fighter aircraft covers an altitude<br />
of 8km altitude and 12km set-off range. Within this envelope, the system provides for<br />
an SSKP (Single Shot Kill Probability) greater than 0.8 with a single missile and 0.96<br />
with two missiles.<br />
Programme status<br />
First configuration SPADA <strong>systems</strong> were delivered in the late 1980s to the Italian Air<br />
Force and have since undergone a modernisation and improvement programme.<br />
First phase system improvements (SPADA <strong>2000</strong>) started in 1996 and concluded in<br />
1999 with delivery to the Spanish Air Force where the system is now in service. In<br />
2003, second phase improvements (SPADA <strong>2000</strong> PLUS) to the launcher, C2, FCC and<br />
radar <strong>com</strong>menced and have now been <strong>com</strong>pleted.<br />
SPADA <strong>2000</strong> is in service with the Italian and Spanish Armed Forces and has recently<br />
been ordered by an export customer.<br />
The ALBATROS system is in service in 14 countries worldwide on ships of different<br />
classes from OPVs to destroyers and aircraft carriers.<br />
The Italian Navy has launched an upgrade programme of its existing ALBATROS<br />
system to allow it to use the <strong>ASPIDE</strong> <strong>2000</strong> missile. The upgrade kit is being proposed<br />
to current ALBATROS users in line with their ship modernisation programmes.<br />
Internet : www.mbda-<strong>systems</strong>.<strong>com</strong><br />
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