PDF [2.5 MB] - Kolbenschmidt Pierburg AG
PDF [2.5 MB] - Kolbenschmidt Pierburg AG
PDF [2.5 MB] - Kolbenschmidt Pierburg AG
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Newsline<br />
Successful qualification of pilot lot – international interest<br />
Series launch for SMArt ammunition<br />
Unterlüß. Following the recent, highly<br />
successful qualification of the pilot<br />
lot at the firing range of the German Army’s<br />
technical center in Meppen, the<br />
new sensor-fuzed ammunition for 155<br />
mm artillery – generally known as<br />
SMArt 155 – will now enter into seriesproduction.<br />
The first units of this<br />
smart, highly effective projectile are<br />
due to be delivered to the German Army<br />
in the near future. The project<br />
which is being carried out by Rheinmetall<br />
DeTec (Ratingen/Unterlüß)<br />
and<br />
Diehl (Nuremberg)<br />
through their joint<br />
company Gesellschaft<br />
für intelligenteWirksysteme<br />
(GIWS) has also<br />
attracted considerable<br />
interest internationally.<br />
Commenting on Helmut Ortmann<br />
the very successful outcome of the<br />
presentation at the WTD range, Helmut<br />
Ortmann, one of the managers of<br />
Rheinmetall W&M GmbH, pointed out<br />
that “the successful qualification of<br />
the pilot lot in Meppen which was accompanied<br />
by an equally successful<br />
presentation to international defence<br />
experts has delivered the proof for series-qualification.<br />
We have presented<br />
Our sketch illustrates the mode of operation of the submunition<br />
of the SMArt 155 after ejection from the projectile.<br />
an excellent result and have secured a<br />
good position on the market. We will<br />
therefore make the very best of the<br />
technical and time advantage which<br />
SMArt has over competing products.”<br />
This strategic policy is also reflected<br />
by the recent placement of the first series<br />
order currently being executed by<br />
the two partners Rheinmetall and<br />
Diehl. The first series lot consisting of<br />
250 systems will soon be delivered to<br />
the German Army.<br />
Ortmann rates the chances of SMArt<br />
on the international market as good:<br />
“Experts who have closely followed<br />
the qualification of the pilot lot – including<br />
defence specialists from Finland,<br />
the Netherlands, the USA, Bahrein<br />
and the United Arab Emirates – were<br />
all very impressed by the high standards<br />
of the project and the product.”<br />
Representatives of the Swiss Army<br />
who had been given the opportunity to<br />
witness a demonstration of the new<br />
sensor-fuzed ammunition at Meppen<br />
in July this year reacted similarly. In the<br />
words of Ortmann: “Our guests were<br />
impressed. The decision on the use of<br />
SMArt is expected shortly since Switzerland<br />
intends to define the manufacturer<br />
and the related type of ammunition<br />
this year.”<br />
The SMArt 155 is a joint project of the<br />
companies Diehl (Nuremberg) and<br />
Rheinmetall DeTec<br />
<strong>AG</strong>, being performed<br />
in equal shares<br />
through the<br />
joint venture GIWS<br />
(Nuremberg). The<br />
SMArt projectile as<br />
such is a highly effective<br />
artillery<br />
projectile capable<br />
of effectively engaging<br />
hard and semi-hard<br />
targets<br />
with extreme precision.<br />
It consists<br />
of a thin-walled<br />
projectile body<br />
with an ejection<br />
device that is triggered<br />
by an electronic<br />
time-fuze<br />
and two nearly<br />
identical submunitions.<br />
These, in<br />
turn, consist of the<br />
26<br />
With SMArt, the German Army will have<br />
an intelligent type of ammunition.<br />
orientation and stabilization unit, the<br />
sensor fuze and the warhead with the<br />
main explosive charge including the<br />
safe and arming unit.<br />
A word on the function of the submunition:<br />
after ejection from the projectile<br />
and transition into the stable descent<br />
phase, each submunition spirally<br />
searches the terrain below for targets<br />
with its multi-mode sensors. Subsequent<br />
to successful target identification<br />
by the electronic signal processing<br />
system of the sensor fuze, the<br />
warhead with the actual explosive<br />
charge is detonated. The projectile forged<br />
by the explosion is capable of penetrating<br />
all modern vehicle armouring<br />
including reactive armour systems<br />
(e.g. additional armouring) and<br />
of neutralizing the detected target. If<br />
no target is found in the search area,<br />
self-destruction of the submunition is<br />
triggered at a certain altitude.