1/2008 - KSPG AG
1/2008 - KSPG AG
1/2008 - KSPG AG
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Newsline<br />
Around 300 high-ranking visitors came to “Rheinmetall Live 2007”<br />
Highly effective protection of troops<br />
Unterlüß/Düsseldorf. Following the first such event in 2005, Rheinmetall<br />
Defence again invited national and international experts to attend its<br />
skillful presentation of the group’s latest developments and products at<br />
the Rheinmetall test range in Unterlüß, Lower Saxony. Delegations from<br />
numerous countries came to the two-day “Live 2007” event. The “national<br />
day” was attended by Dr. Peter Eickenboom, State Secretary in the Ministry<br />
of Defence and Lieutenant General Hans-Otto Budde, Chief of Staff Army,<br />
heading a group of specialists from all areas of the German armed forces<br />
including senior officers responsible for current foreign assignments.<br />
esides many representatives<br />
of the military, Detlef<br />
Moog, member of the<br />
Rheinmetall executive<br />
board, welcomed various<br />
MPs from the German Bundestag<br />
and officials from<br />
the region. Following the “Protective<br />
Shield” presentation two years ago and<br />
the highly acclaimed presentation this<br />
year, the event will very probably be repeated<br />
in 2009 to showcase the latest<br />
products from the Defence sector.<br />
In spite of the serious nature of the<br />
occasion that had<br />
been organized to<br />
show the systems<br />
and equipment<br />
available for the<br />
protection of German<br />
soldiers and<br />
their partner nations,<br />
the guests<br />
nonetheless also<br />
experienced lighter<br />
moments. One<br />
such memorable<br />
moment occurred<br />
during the presentation<br />
of the world’s<br />
only recoilless automatic<br />
cannon – the<br />
RMK 30 – developed<br />
by Rheinmetall.<br />
To demonstrate<br />
the cannon’s<br />
capability, the operating<br />
team placed a<br />
glass with dark liquid on the flat platform<br />
below the cannon. Recoilless meant<br />
that there would be practically no shaking<br />
on the platform and hence no liquid<br />
would be spilt from the glass….needless<br />
to say, the team achieved exactly<br />
what it had set out to do.<br />
Focusing on the more serious aspects<br />
of the presentation and the purpose of<br />
the two-day event in his short welcoming<br />
speech, Detlef Moog, the Rheinmetall<br />
board member responsible for<br />
these activities, very aptly noted: “The<br />
threat to our soldiers on their missions<br />
has not grown smaller since our last live<br />
demonstration in 2005. Quite the contrary<br />
is true – the dangers are rising so it<br />
is all the more important that everything<br />
possible should be done to protect<br />
them and make solutions available to<br />
the armed forces at short notice.”<br />
Moog emphasized the group’s willingness<br />
to show the maximum possible<br />
initiative and support for the German<br />
Bundeswehr, as has been the<br />
case with the Protective Shield project<br />
for the protection of field camps. “The<br />
basic version of Protective Shield that<br />
was developed with company funds<br />
has been available for deployment to<br />
mission areas of the German forces for<br />
about twelve months.”<br />
Assisted by the companies Thales,<br />
Kongsberg, Securiton from Switzerland<br />
and the engineering company Deisenroth,<br />
Rheinmetall for the first time presented<br />
completely new capabilities for<br />
the wide array of land forces activities –<br />
capabilities that had already been demanded<br />
in connection with the transfor-<br />
12<br />
mation of the German Bundeswehr.<br />
Combined to “complete solutions” –<br />
as illustrated by the term „networking“<br />
often used to describe this concept –<br />
these are more effective against hostile<br />
forces while at the same time affording<br />
own troops greater protection,<br />
improved survivability and more safety<br />
against injury.<br />
On huge screens placed directly in<br />
front of them and in the extensive test<br />
range at Unterlüß, onlookers were<br />
shown three different scenarios highlighting<br />
the effect achieved by networking<br />
reconnaissance sensors with advanced<br />
command systems and smart<br />
weapons.<br />
To give one example of a scenario to illustrate<br />
how this works: the new command<br />
capability in combination with improved<br />
reconnaissance and advanced<br />
target engagement with the aid of highperformance<br />
radio waves. An airborne<br />
drone reconnoiters the main supply<br />
route before a<br />
convoy uses it.<br />
The reconnaissance<br />
results are<br />
transmitted to the<br />
ground station in<br />
real time. An advance<br />
guard of<br />
the convoy secures<br />
the route on<br />
the basis of the<br />
reconnaissance<br />
data provided.<br />
The ground station<br />
has identified<br />
a suspicious<br />
wreck by the<br />
roadside and informs<br />
the motorized<br />
guard about<br />
this. One of its<br />
escort vehicles<br />
equipped with<br />
high-performance<br />
radio technology directs electromagnetic<br />
waves at the object to neutralize<br />
hidden booby traps. The Improvised<br />
Explosive Device (IED) does not<br />
explode meaning that the danger no<br />
longer exists. To make sure that this is<br />
true, another vehicle from the advance<br />
guard launches a small robotic vehicle<br />
to reconnoiter the wreck in greater detail.<br />
Finally, the object which has been<br />
reconnoitered and found not to present<br />
a danger is pushed aside by an armored<br />
engineer vehicle.<br />
Photos: Christoph Schuhknecht / Composing: René Dahlmanns