Breaking news
Rheinmetall Defense receives an order from one Arab customer for Leopard 2A7 and PzH 2000 1806132.
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Defence & Security Industry News - Rheinmetall |
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Tuesday, June 18, 2013 09:00 PM | |||
Rheinmetall Defense receives an order from one Arab customer for Leopard 2A7 and PzH 2000. | |||
An important new order from an Arab customer underscores Rheinmetall’s
role as a leading international supplier of army technology products.
Rheinmetall will be supplying vital subsystems and services for state-of-the-art
main battle tanks Leopard
2A7 and PzH
2000 artillery systems. Just awarded, the total order is
worth around €475 million. Under the contract, delivery will take
place progressively during the 2015-2018 timeframe. |
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Specifically,
Rheinmetall will be supplying complete L55-type tank guns for over sixty
Leopard 2A7 main battle tanks, together with fire
control electronics and electro-optical sensors for the medium-calibre
weapon station. |
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Moreover,
both the Leopard and PzH 2000 benefit tremendously from Rheinmetall’s
unsurpassed expertise in the field of large-calibre ammunition. In both
of these fighting vehicles, the perfectly harmonized combination of main
armament and ammunition attests to the company’s unique competence
in weapons and munitions as well as systems engineering. Rheinmetall’s technological dominance also extends to the world of combat support vehicles: closely based on the Leopard and developed by Rheinmetall, the Büffel/Buffalo 3 armoured recovery vehicle forms a veritable “Main Battle Tank System” when teamed with the Leopard 2. Likewise based on the Leopard 2 chassis, Rheinmetall’s highly specialized Kodiak armoured engineering vehicle impressively underscores the company’s system capabilities and competence, which extend far beyond the classic main battle tank. Furthermore, in the field of C4I and fire control technology, Rheinmetall occupies a unique position in the global marketplace. Adapted to meet individual customer requirements, the company supplies individual solutions that can be integrated into higher-echelon command and control systems. |
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