Rheinmetall nets multi-million-euro ammunition order
Under the new award for an undisclosed number of shells at an undisclosed price, deliveries will take place this year and next.
The multi-million-euro contract is one of a slew of recent ammunition orders received by the company for artillery, IFVs and tanks.
The German group said the order underscored its expertise in ammunition manufacturing. It added that it could supply large amounts of ammunition at short notice.
Related Articles
BAE Systems reveals details of next-generation artillery ammunition
Lockheed and Rheinmetall team up on bespoke rocket artillery system for Germany
The company makes ammunition for various vehicles and is working on a new production facility for 35mm medium-calibre munitions at its Unterluess site in Lower Saxony, Germany.
From this summer, the new facility will help meet the increased demand for air defence ammunition.
35mm ammunition has seen increasing demand in part due to Ukraine's use of the German-made Flakpanzer Gepard.
More from Land Warfare
-
Milrem picks Texelis for partnership in drive to develop large UGV
Milrem has delivered or is building a total of 200 Tracked Hybrid Modular Infantry System UGVs and has chosen Texelis as partner in its effort to develop a UGV.
-
CV90 delivery to Slovakia imminent
Slovakia is undergoing a radical refresh of its equipment, like many central and eastern European countries, and the arrival of new vehicles will form a substantial part of this.
-
Mortar mobility: Patria’s TREMOS takes aim at the modern battlespace
In conversation... Patria’s Lauri Pauniaho talks to Shephard's Gerrard Cowan about how high mobility levels are essential for mortar systems in the face of modern counter-battery fire, and how a new platform-agnostic module can combine existing vehicles and mortar barrels into a cost-effective new weapon system.
-
BAE Systems to continue work on active protection system for US Army
BAE Systems Multi-Class Soft Kill System (MCSKS) countermeasure system has been designed to provide protection without the need for kinetic effort and will reduce the logistic chain required for protection.