Rheinmetall Waffe Munition Gmbh

Buck Neue Technologien Gmbh

Rwm Schweiz Ag

Andreas Blache

Heiner Schmees

Hubert Schneider

Berthold Baumann

Siegmar Fischer

Norbert Wardecki

Michael Gowin

Frank Guischard

Rudolf Salzeder

Florian Schwieger

Katrin Linke

Frank Heymann

Ralf Aumund-Kopp

Michael Koepf

Michael Köpf

Lutz Börngen

Stefan Radczinsky

Steffen Speer

Achim Lais

Ralf Gregorzik

Kai Ketelhut

Christian Kniep

Lutz Boerngen

Heiko Sand

Stefan Lauer

Rudolf Rossmann

Ferdinand Panknin

Michael Kunz

Edmund Gralka

Bernd Michael Bippes

Guido Stang

Juergen Salkowski

Dirk Meisterhans

A method for producing a weapon housing and to a weapon housing. Said method is characterized in that the weapon housing includes at least two sub-assemblies, an inner contour being cut into at least one solid block for each sub-assembly. The solid block is a steel block. Openings and recesses are introduced into the at least two sub-assemblies.

Housing

A vehicle, in particular a tank, having a turret, on which a gun having a large-calibre gun barrel is secured, and comprising an auto-loader positioned behind the turret, via which auto-loader ammunition can be automatically supplied to the gun barrel. In order to achieve simplified automatic loading of the gun barrel with ammunition, the auto-loader is replaceably secured on the outside of the turret as a separate, modular unit. A magazine located in the auto-loader for receiving the ammunition can also be designed as an interchangeable magazine that can be replaced. An electronic system of the auto-loader is housed in the vehicle, specifically in the turret. The selection of ammunition in the auto-loader and the conveying out of the auto-loader are carried out via at least one mechanical interface, e.g. a power take-off, between the turret and the auto-loader.

Auto-loader and vehicle comprising an auto-loader

A sabot in which bionic structures are provided. The structures are generated or created by way of an additive manufacturing process during the manufacture of the sabot in a defined manner with respect to size, shape and/or volume and in a targeted manner with respect to the local and quantitative embedding in the sabot.

Sabot with bionic structures

The installation space dimensions of a weapon system in the tower are complied with, and a loading space diameter of a caliber-larger weapon barrel is approximately maintained in relation to the smaller caliber. The required larger loading space volume for the caliber increase is predominantly achieved by an extension of the loading space of the caliber-larger weapon barrel relative to a loading space of the caliber-smaller weapon barrel itself. Since the loading space diameter of a larger caliber remains virtually unchanged, the outer dimensions of the caliber-larger weapon barrel also remain virtually unchanged compared to the outer dimensions of the caliber-smaller weapon barrel in the region of the loading part.

Combat vehicle having a weapon system

A uniform projectile casing which is utilized for projectiles with different ranges. A projectile of relatively short range can in this case be optimized with regard to payload, whereas a projectile with the relatively long range is subjected to a range optimization, with a reduction in payload. The payload of a projectile of relatively long range is generally lower in relation to a projectile with relatively short range. The artillery projectiles have a projectile casing of equal size for the projectiles of different range. To create an artillery projectile, for example 155 mm, a uniform payload-optimized 30 km projectile casing) is used, from which 40 km projectiles can be generated (produced, assembled) by means of a reduction in payload. The range is selected and defined by mutually different projectile bases. The artillery projectile has multiple modular parts which are assembled in order to create the artillery projectile.

Munition and logistics concept for, in particular, artillery projectiles

A protection and defence system for an infrastructure against a threat approaching the infrastructure, comprising at least one effector. When a threat is determined, the at least one effector dispenses a non-lethal countermeasure which damages the threat and thus causes its crash. Vision and target tracker, such as at least a camera and tracker, and at least one directing/actuating drive are allocated to the effector or effectors. The effector and the vision and target tracker thereof are supported by a modular platform which can be fixedly installed to/on various infrastructures, can be removed therefrom and be used in a mobile mode. In addition, the platforms comprise a sensor that detects the spatial position of the effectors.

System for defense against threats

The invention relates to a sabot () for a sub-caliber projectile () having a projectile core (). When the projectile exits a weapon barrel, the sabot detaches from the projectile core () without transferring momentum by means of a separating aid () incorporated between the projectile core () and the sabot. The separating aid () has a plurality of fingers () having at least one predetermined breaking point (), which is connected to the projectile core () by a type of snap-connection bead () on the fingers/braces ().

Projectile having a discardable sabot

The present invention relates to a projectile including a projectile charge consisting of a plurality of submunitions ( ), arranged in a shell jacket, of metal bodies ( ) which contain at least one pyrotechnical active mass ( ) and at least one igniter charge ( ), wherein the submunitions ( ) are arranged around a tube ( ), the lumen ( ) of which forms a passage in the direction of the projectile's longitudinal axis ( ), an ejector charge for ejecting the submunitions ( ) following launch of the projectile after reaching the target area, the tube ( ) including throttle bores ( ) directly communicating with the igniter charges ( ) of the respective submunitions ( ).

Projectile

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Loerrach, Germany

Andreas Blache