EP3511670A1 - Shooting assembly and shooting range - Google Patents

Abstract

A firing arrangement, in particular for installation in a room housing, comprises at least one bullet-proof and sound-insulating firing channel (2) with an entrance area (4) intended for firing a shot and an end area (6) spaced apart from it and intended as a target region, as well as positioning means (8) to position the firing channel at a desired height from the ground (10) and alignment. According to the invention, (i) the firing channel is delimited by a lower bottom wall (12) and by a top wall (14) arranged at a distance above it, the bottom wall and top wall either essentially parallel to one another or diverging vertically in the firing direction, and the firing channel at the entrance area having a clear height (h1) of 0.8 to 1.2 m and at the end area a clear height (h2) of 0.8 to 2.0 m, (ii) the end area is formed by a soft ballistic closing body (16) acting as a bullet trap, which at least has the clear height ( h2) bridged in the end area of the firing channel and defining a firing section (L) between the entrance area and the closing body, and (iii) a ventilation device (20) by means of which the entrance area can be supplied with fresh air and exhaust air can be discharged from the entrance area through the firing channel.

Description

Technical area

The present invention relates to a shooting arrangement according to the preamble of claim 1 and a shooting range equipped therewith.

State of the art

Shooting systems for learning and training the use of firearms are basically known in various embodiments. The need for such equipment has grown with the ever increasing number of armed personnel. However, the often-centralized infrastructures of traditional, permanently-arranged shooting ranges are forcing most of the relatives to take longer trips and distances for shooting training, which ultimately means a tremendous amount of time and money.

Against the above background, there are already approaches to the development of shooting ranges, which are either mobile or at least with relatively little effort and can be dismantled again. A prerequisite for the acceptance and ultimately for the success of such systems is, however, that they are safe and little disturbing to the environment. In particular, depending on the location, as little noise as possible should reach the surroundings from the shooting ranges.

The CH 680384 A5 describes generally a device for damping the shooting noise, which provides a tunnel-like damping element with sound-insulating or -dämpfendem coat. Said damping element is designed as a simple hollow profile, which is placed between firing location and target. This primarily causes sound insulation in the lateral direction. An advancement is in the FR2934894A1 described, where there is provided in the tunnel-like damping element, a plurality of partitions with a central opening. As a result, an improved sound insulation in the axial direction and especially reached for protection. In both documents, the target is spaced from the exit of the tunnel-like damping element.

An entirely different aspect is in the DE 3409768 A1 which describes a space container shooting range. The container housing forms the effective boundary of the shooting room. In other words, the Contaierwände must even be equipped with a bulletproof and sound-absorbing interior trim, which requires considerable effort due to the considerable area. Both any sound attenuation measures inside the container as well as the discharge of the resulting during the firing powder fumes is complex because of the container dimensions.

A generic shooting range is in the WO2016 / 046807 A2 described and includes at least one built-in a container shooting assembly with a tubular shooting channel. The shooting channel is open at its end region, ie the target surface is positioned at a distance behind the end of the shooting channel and even further in the direction of firing behind it is a bullet trap. The shooting range is intended for installation in a space container. For firing a ventilated rifle cabin is provided. Because of the open design, it is necessary for sound protection against the outside world to install the shooting channel around sound-proof walls. The generally mentioned ventilation of the archer cabin, however, does not directly affect the exiting from the mouth of the firearm pollutants, since probably the mouth of the archer cabin protrudes into the shooting channel.

Despite the progress made so far, there remains a need for an improved infrastructure for learning and training on the use of firearms.

Presentation of the invention

Object of the present invention is therefore an improved To provide shooting arrangement. A further object of the invention is to specify a shooting installation equipped with such a shooting arrangement.

These objects are achieved by the shooting arrangement defined in claim 1 and by the shooting facility defined in claim 10.

Advantageous embodiments are defined in the dependent claims.

• der Schiesskanal durch eine untere Bodenwand und durch eine beabstandet darüber angeordnete Deckenwand begrenzt ist, wobei die Bodenwand und Deckenwand entweder im Wesentlichen parallel zueinander oder in Schussabgaberichtung vertikal auseinanderlaufend sind, wobei der Schiesskanal beim Eingangsbereich eine lichte Höhe von 0.8 bis 1.2 m und beim Endbereich eine lichte Höhe von 0.8 bis 2.0 m aufweist, und dass
• der Endbereich durch einen als Geschossfang wirkenden, weichballistischen Abschlusskörper gebildet ist, der zumindest die lichte Höhe im Endbereich des Schiesskanals überbrückt und eine Schiessstrecke zwischen Eingangsbereich und Abschlusskörper definiert, und dass
• eine Lüftungsvorrichtung vorhanden ist, mittels welcher der Eingangsbereich mit Frischluft versorgbar und Abluft vom Eingangsbereich durch den Schiesskanal hindurch abführbar ist,

ergeben sich erfindungsgemäss mehrere Vorteile.The shooting arrangement according to the invention comprises at least one shot-resistant and sound-insulating shooting channel with an entrance area provided for firing and an end area spaced therefrom, and positioning means for positioning the shooting channel at a desired height from the ground and alignment. As a result of that

• the shooting channel is delimited by a lower bottom wall and by a ceiling wall spaced above it, wherein the bottom wall and ceiling wall are either substantially parallel to each other or diverging vertically in Schussabgaberichtung, wherein the shooting channel at the entrance a clear height of 0.8 to 1.2 m and the end of a clear height of 0.8 to 2.0 m, and that
• the end region is formed by a soft-ballistic closing body acting as a bullet trap, which bridges at least the clear height in the end region of the shooting channel and defines a shooting distance between the entrance area and the closing body, and
• a ventilation device is provided, by means of which the input area can be supplied with fresh air and exhaust air can be discharged from the entrance area through the shooting channel,

According to the invention, there are several advantages.

In particular, the clearly limited configuration of the bullet-resistant shooting channel with a top wall and a spaced-apart bottom wall a shot-technical guiding effect. Losses due to improper handling, negligence or imprudence can not cause any damage to the infrastructure. The construction with a clearance height of the shooting channel bridging end body makes it impossible side leakage of obliquely fired or deflected projectiles from the shooting tunnel. The soft-ballistic design of the end body on the one hand causes a sound insulation to the outside and prevents the occurrence of rebounding projectile fragments. This also facilitates the collection of the projectiles, since they can be conveyed as a whole into a collecting container located below the closing body. At the same time, the volume limitation of the shooting channel to the shot-technical mass of the clear height has the consequence that the supply of fresh air or the removal of the powder vapors resulting from the firing are efficiently possible. As a result, an optimal protection against harmful effects of the pollutants contained in the powder vapors is achieved by these can be discharged from the mouth of the firearm mainly or exclusively through the shooting channel or collected in a filter system.

The inventive shooting arrangement including the bullet trap is designed in particular for the use of handgun cartridges resp. common handgun calibers with a kinetic energy of up to 1,500 joules and is intended for armed security personnel such as border guards, border patrols, military, police and security service personnel. For such firearms and caliber mentioned can be built with basically known materials and designs a shooting arrangement that is not damaged even with intensive use. For even higher energy projectiles, if necessary, a multi-layered and / or additionally reinforced construction must be used.

As used herein, the term "firing range" is to be understood as an overall device comprising all the components required for orderly shooting operation. In contrast, the term should "Shooting arrangement" denote that part of a shooting range, which according to the invention comprises certain components of a shooting range.

In the present context, the term "shooting channel" is to be understood as a structure which is bounded at least by two opposing walls running in the weft direction. According to the invention, the shooting channel is limited at least by a lower bottom wall and an upper ceiling wall.

The firing range provided for the shooter can be designed in a manner known per se as a firing point. But it can also be different, for example, designed as a simple platform for the standing, kneeling or lying firing. In general, the firing range is directly adjacent to the entrance area of the firing channel and, as viewed in the direction of firing, is immediately upstream of the firing channel.

The terms "top", "bottom", "side" are to be understood in the context of a shooting arrangement in an operative state, in particular in an intended direction of operation.

In the present context, geometric terms such as "parallel", "square", "rectangular" are not to be understood in the strict mathematical sense, but in the context of the intended application. Thus, for example, a several meters long shooting channel can still be referred to as "parallel" when it deviates from the geometric ideal shape by a few millimeters.

As the "clear height" of the shooting channel, the free height present at a predetermined position along the shooting distance is known in the art. to understand the distance between the bottom wall and the ceiling wall inside the shooting channel.

As a "positioning means" are any components and assemblies to understand which are suitable for the arrangement and fixation of the shooting channel at a desired height from the ground and in a desired orientation. These can be realized in particular as a frame construction. Depending on the area of use, variable or adjustable positioning means may be provided which allow, for example, a height adjustment and / or a realignment of the shooting channel.

Suitable materials for the construction of the shooting channel are aramid plates, polyethylene plates, Hardox 500 steel, high strength steel or other composites of soft or hard ballistic materials or a mixture thereof. The shooting tunnel can also have reinforcing ribs, reinforcing struts, screw connections or welds for better stability. Advantageously, the sound-insulating effect is achieved inter alia by a sound-absorbing lining, which is formed from the materials known for this purpose, such as rock wool, slag wool, glass wool, felt, foams and soft mats. It should be flame retardant, flame resistant, dimensionally stable and waterproof. The sound insulation is expediently arranged on the outer wall of the shooting channel and can be covered by a cladding layer.

Depending on the application, the shooting channel can be configured differently. In one embodiment (claim 2), the shooting channel has a rectangular, in particular square cross-sectional profile. In other words, the shooting channel is bounded in the vertical direction by the bottom wall and ceiling wall and also in the horizontal direction by a respective side wall. In one embodiment, the shooting channel has a substantially constant cross-sectional profile in the weft direction. Such a trained shooting channel is particularly suitable for a basic training, in which the firing is to take place substantially along a predetermined axis. In the following, the term "linear shooting arrangement" will also be used briefly for this purpose.

According to another embodiment (claim 3), the shooting channel is fan-shaped, horizontally widening in the weft direction. Such a sector-shaped shooting arrangement is particularly useful for a more demanding shooting training, in which the shooter is to shoot different targets in different directions, for example, in rapid succession. Depending on requirements and space availability, such a firing range may have different horizontal sector angles of, for example, about 30 °, 90 °, but also 180 °, 270 ° or even 360 °. In the following, the term "sector-shaped shooting arrangement" will also be used briefly for this purpose.

In a further embodiment (claim 4), the shooting arrangement comprises at least two juxtaposed shooting channels. This gives the opportunity to train a correspondingly higher number of shooters at the same time. This of course results in an increased use or a correspondingly increased efficiency. It is understood that firing arrangements with a plurality of juxtaposed firing channels are primarily suitable for firing channels with a constant or approximately constant cross-sectional profile and less suitable for sector-shaped firing channels.

The vertical positioning of the shooting assembly can be chosen differently depending on the application. According to an advantageous embodiment (claim 5), the shooting channel is arranged so that the bottom wall in the entrance area is not more than 0.9 to 1.1 m from the ground. This includes the case that the bottom wall is practically directly on the ground, which is expedient in particular for the lying firing. On the other hand, the mentioned maximum height is suitable for the standing firing by an adult person. The term "ground" in the context of the vertical positioning of the shooting arrangement refers to the ground level in the entrance area, ie where the shooter is in firing.

Basically, there are no special for the length of the shooting range Limitations. However, it is expedient (claim 6) that the firing range has a length of 1 to 25 m. The length of the shooting range depends in particular on the firearm used, but also on the skills of the shooter and the intended purpose of the training.

For the design of the target area a variety of known per se implementation types in question. It is advantageous (claim 7) if the shooting arrangement is equipped with a positionable in the desired position along the firing range target area and preferably with means for detecting hits. In principle, a conventional running disk system can be provided for this purpose, in which the target surface is moved to the shooter for the purpose of evaluating the hit according to the shooting instruction. However, optical or optoelectronic embodiments in which the score is evaluated without moving the target area are also advantageous. Depending on the area of application, the destination area may be provided with a permanent theme, or it may be used as a display area for a projected subject. The target motif is arbitrary in itself and can be chosen in particular as a classic motif with concentric circular surfaces or as a combat training motif with person silhouettes or as a hunting motif with animal silhouette. It is provided to provide the shooter by means of a digital evaluation device and corresponding display devices feedback on the just given firing and possibly corrective instructions. Said device can also be provided for audiovisual reproduction of teaching or training programs.

Advantageously, the end region of the shooting arrangement is equipped with a device for collecting projectiles. Due to the soft ballistic bullet trap used, there is virtually no fragmentation and no deformation of the projectiles, so that they can be collected in a container arranged below the bullet trap. Collection of the projectiles highly desirably allows recycling of the projectile material, thereby contributing to environmental protection.

Also for the design of the ventilation device different variants come into question. In principle, the ventilation device is intended to bring about a continuous transport of air in such a way that the input area is supplied with fresh air and exhaust air is discharged from the entrance area through the shooting channel. According to current European guidelines, this requires a flow velocity of 0.25 to 0.3 m / s. For an exemplary channel profile of 80 x 140 cm this corresponds to a volume flow of 1'000 to 1'200 m ³ / h.

Since the bullet trap acting as a conclusion only has a limited air permeability, the shooting channel expediently has at least one air outlet opening in the vicinity of the end region. In principle, the ventilation device can be operated in a simple Durchluftmodus, sucked in the fresh air from the free environment and the exhaust air elsewhere, possibly filtered, is returned to the environment. Depending on the situation and the season, it may be necessary to maintain the air temperature in the shooting arrangement in a desired range by means of a heating device, a cooling unit and / or a heat exchanger. According to an advantageous embodiment (claim 8), the ventilation device is designed as a circulating air system and equipped with a filter device, for example with a suspended matter filter (HEPA filter). It is understood that a recirculation system is not operated as a closed circuit in the strict sense, but must always ensure a sufficient supply of oxygen and a removal of CO ₂ and other exhaust gases.

In a particularly advantageous embodiment (claim 9) located in front of the entrance area firing range is equipped with an additional air supply device. Also in this embodiment, the required for the efficient removal of the powder vapors air flow is made by the connected to the entrance of the shooting channel ventilation device. The additional air supply device in the firing range provides above In addition, for adequate oxygen supply and possibly temperature control in the vicinity of the shooter. Thanks to a suction effect of the main air flow in the shooting channel a comparatively lower power is required for the additional air supply device.

The shooting range according to the invention comprises a space housing as well as a shooting range built in according to the invention. It is therefore a so-called space shooting facility. The space housing acting as an outer shell must obviously be large enough to accommodate the space shooting facility, but otherwise is not subject to any special conditions in its design.

According to an advantageous variant, a space container, that is a standardized space container for land and ship transports or office containers, is used as a room housing. Typically, a single or double linear firing arrangement can be accommodated therein. This also makes it possible to transport the entire space shooting facility with comparatively little effort. Significantly larger space shooting facilities can be realized for example by an arrangement of several space containers, with their side and / or partitions are partially removed. But it is also possible to accommodate a shooting arrangement in a building, for example in a basement room of a residential building or in an industrial building. In particular, it is also possible and expedient to accommodate a plurality of identical or different firing arrangements in a larger space housing. By way of example, a number of linear shooting arrangements can be accommodated next to one another and possibly additionally one or more sector-shaped shooting arrangements in an industrial building.

In addition, a modular design is generally advantageous. In particular, in one embodiment of the shooting installation (claim 10) at least one space box which can be coupled to the entrance area of the shooting arrangement is provided. Preferably, a modular system is used in which, depending on the need, several space boxes with different functions can be coupled to one another. For example, space boxes can be provided as an entrance or recreation room, as a cloakroom and as a technical room.

Brief description of the drawings

Fig. 1

eine Schiessanordnung, in einer vertikalen Schnittdarstellung,

Fig. 2

die Schiessanordnung der Fig. 1, als Grundriss;

Fig. 3

einen Teil einer Schiessanordnung mit konstanter lichter Höhe, in einer vertikalen Schnittdarstellung;

Fig. 4

einen Teil einer Schiessanordnung mit in Schiessrichtung zunehmender lichter Höhe, in einer vertikalen Schnittdarstellung;

Fig. 5

eine Schiessanordnung mit zwei nebeneinander angeordneten Schiesskanälen, als Grundriss;

Fig. 6

eine Schiessanlage mit einer Schiessanordnung mit vier nebeneinander angeordneten Schiesskanälen, in einer rückwärtigen Ansicht;

Fig. 7

eine Schiessanordnung mit einem fächerförmig, in Schussrichtung horizontal sich aufweitenden Schiesskanal, in einer rückwärtigen Ansicht;

Fig. 8

eine Schiessanlage, mit der Schiessanordnung von Fig. 7 und einem vorgelagerten Schützenstand, als Grundriss; und

Fig. 9

Teile einer modularen Schiessanlage, a) im zusammengebauten Zustand, und b) in teilweise zerlegtem Zustand, jeweils in einer perspektivischen Darstellung.

Exemplary embodiments of the invention will be described in greater detail below with reference to the drawings, in which:

Fig. 1

a shooting arrangement, in a vertical sectional view,

Fig. 2

the shooting arrangement of Fig. 1 , as floor plan;

Fig. 3

a part of a shooting arrangement with a constant clear height, in a vertical sectional view;

Fig. 4

a part of a shooting arrangement with increasing height in the shooting direction, in a vertical sectional view;

Fig. 5

a shooting arrangement with two juxtaposed shooting channels, as a floor plan;

Fig. 6

a shooting range with a shooting arrangement with four adjacent shooting channels, in a rear view;

Fig. 7

a shooting arrangement with a fan-shaped, horizontally widening in the weft shooting channel, in a rear view;

Fig. 8

a shooting range, with the shooting arrangement of Fig. 7 and an upstream Schützenstand, as a floor plan; and

Fig. 9

Parts of a modular shooting range, a) in the assembled state, and b) in a partially disassembled state, each in a perspective view.

Ways to carry out the invention

The in the Fig. 1 and 2 The shooting arrangement shown comprises a shooting-resistant and sound-insulating trained shooting channel 2 with a firing provided for entrance area 4 and a spaced therefrom, provided as a target region end region 6. Furthermore, the shooting arrangement comprises a number of here only schematically illustrated positioning means 8, by means of which the shooting channel at a desired height can be fixed from the bottom 10 and in the desired orientation. The shooting channel 2 is delimited by a lower bottom wall 12 and by a ceiling wall 14 arranged at a distance above it and by side walls 15, wherein in the example shown the bottom wall and ceiling wall on the one hand and the two side walls on the other hand are each substantially parallel to one another. The shooting channel has a clear height h1 of 0.8 to 1.2 m at the entrance area and a clear height h2 of 0.8 to 2.0 m at the end area. The end region is formed by a soft-ballistic closing body 16 which acts as a projectile trap and bridges at least the clear height h2 in the end region of the shooting channel. In this case, a firing range L between the entrance area and closing body is defined. In particular, a target area 18 designed as the target area, the shooter facing side of the end body may be provided as a target region. Furthermore, the shooting arrangement has a schematically illustrated ventilation device 20, by means of which the input area 4 of the shooting channel 2 can be supplied with fresh air and exhaust air can be discharged from the entrance area through the shooting channel. In the ventilation device shown, fresh air is conducted by means of a circulation pump, not shown here via a supply channel 22 through air supply openings 24 in the input area 4. Subsequently, the air is conveyed through the shooting channel and leaves it through an outlet opening 26 located in the end region 6 and then passes through a filter device 28 In the example shown, there is also a discharge channel 30 arranged on both sides of the firing channel, which leads the now cleaned air back into the feed channel 22 from the filter device 28. Depending on requirements, additional air is added from the environment through an inlet opening, not shown.

In the example of Fig. 1 and 2 a shooter S is in a standing position in a firing range 32, which is directly upstream of the entrance area 4. The firing range 32 is equipped in the example shown with an additional air supply 34, which is provided in particular for fresh or cooled if necessary fresh air. In the example shown, the configuration of the firing range comprises a horizontal bearing surface 36 on which, for example, the firearm or other objects can be parked.

The Fig. 3 shows an embodiment with a over the entire shooting distance substantially constant clear height h1 = h2, which, depending on the desired application and shooting range, in the range of 0.8 to 1.2 m. The shooting channel 2 is positioned substantially horizontally by means of the positioning means 8, wherein the bottom wall 12 is located at a height b from the bottom 10. For the standing shot shown here by an adult, the height b from the bottom is expediently about 0.6 m.

The Fig. 4 shows an embodiment with an increasing in the firing direction clear height, which increases from h1 = 0.8 to 1.2 m in the entrance area to a correspondingly greater value h2 in the end, wherein the clear height h2 is limited to a maximum of 2.0 m. In the example shown, the bottom wall 12 is aligned substantially horizontally. In further, not shown embodiments, the bottom wall 20 may be inclined, in particular in the weft direction downwards or upwards inclined.

The Fig. 5 shows a shooting arrangement for two adjacent shooters Sa and Sb, which comprises two juxtaposed shooting channels 2a, 2b with associated areas 16a, 16b of the soft ballistic end body. The corresponding firing ranges 32a, 32b are expediently delimited from one another by a vertical dividing wall 38. In the example shown, the firing ranges are additionally provided on the side facing away from the dividing wall with a vertical wall section 40a, 40b.

The Fig. 6 to 8 show further embodiments, which partially have the components already mentioned above. Therefore, only selected additional components will be explained below.

The Fig. 6 shows a shooting range with a within a room housing with a room ceiling 42 and a room floor 10 shooting range. The latter has four juxtaposed linear shooting channels 2a, 2b, 2c, 2d for as many shooters Sa, Sb, Sc, Sd. Also shown are upper openings 34a, 34b, 34c, 34d for additional air supply.

The Fig. 7 shows a shooting arrangement with a fan-shaped, in the weft direction horizontally widening shooting channel 2. The Schussabgabebereich 32 is designed open and adjacent to the entrance area 4, the latter having lateral end walls 44a, 44b is provided. In the example shown, the semicircular target surface 18 is equipped with a preferably projected motif M.

The Fig. 8 shows a further fan-shaped shooting arrangement, wherein the firing range 32 is provided with an upstream Schützenstand 46. The latter is supplied by the ventilation device, not shown here with fresh air.

One implementation option for a modular shooting range is in the Fig. 9 illustrated. This basically comprises a shooting arrangement with two adjacent shooting channels 2a, 2b, which is housed in a space container R, not shown. In the example shown, two wall elements 48a, 48b are provided in addition to the shooting arrangement, which serve in particular as additional acoustic shielding. Conveniently, at least one wall element is equipped with a maintenance input 50.

Also accommodated in the space container are four space boxes 52a, 52b, 52c, 52d, which can be coupled sequentially to the entrance area 4 of the shooting arrangement and which suitably offer different functionalities. In the present example, the first space box 52a, which is coupled directly to the entrance area 4, is provided as an instruction space and / or extended firing level for the firing range 32. The second room box 52b coupled to the first room box is provided as a technical room and accommodates, in particular, the equipment required for the supply, control, air conditioning and monitoring of the shooting facility required equipment. The third room box 52c coupled to the second room box is provided as a cloak room and can contain lockers, for example. The fourth room box 52d, which is coupled to the third room box, is provided as an entrance and recreation room. The detachable coupling of modular space boxes can be done with known per se fasteners and alignment aids.

The in the Fig. 9 Shooting arrangement shown is intended in particular for placement in a single ISO container, wherein the individual shooting channels 2a, 2b have a dimension of 700 x 80 x 140 cm (LxWxH). It is understood that when using a plurality of juxtaposed containers to form a larger space housing and larger and differently shaped space boxes can be implemented. Another feature of the shooting arrangement is their equipment with a running disk system 54, in which the respective target surface 18 is displaceable between a working position in the exit region of the firing channel and a reading position in the entrance region of the firing channel.

LIST OF REFERENCE NUMBERS

2, 2a, 2b

Shooting channel

4

entrance area

6

output range

8th

positioning means

10

Floor, room floor

12

bottom wall

14

ceiling wall

15

Side wall

16, 16a, 16b

closing component

18

target area

20

breather

22

supply channel

24

Air supply port

26

outlet opening

28

filtering device

30

discharge channel

32, 32a, 32b, 32c, 32d

Firing range

34

additional air supply

36

bearing surface

38

vertical partition

40a, 40b

vertical wall section

42

ceiling

44a, 44b

lateral end wall

46

firing point

48a, 48b

Acoustic wall elements

50

maintenance input

52a, 52b, 52c, 52d

room box

54

Running disk system

R

space container

Claims (11)

Shooting arrangement comprising: - At least one shot-resistant and sound-insulating trained Schiesskanal (2) having a provided for firing input area (4) and a spaced therefrom, provided as a target region end region (6), and Positioning means (8) for positioning the shooting channel at a desired height from the ground (10) and orientation, characterized in that - The shooting channel is limited by a lower bottom wall (12) and by a spaced above arranged ceiling wall (14), wherein the bottom wall and ceiling wall are either substantially parallel to each other or diverging vertically in Schussabgaberichtung, wherein the shooting channel at the entrance a clearance height (h1 ) from 0.8 to 1.2 m and at the end region has a clear height (h2) of 0.8 to 2.0 m, - The end portion is formed by acting as a projectile, soft ballistic end body (16) which bridges at least the clear height (h2) in the end region of the shooting channel and defines a firing range (L) between the entrance area and closing body, and - A ventilation device (20) is present, by means of which the input area can be supplied with fresh air and exhaust air from the entrance area through the shooting channel can be discharged. Shooting arrangement according to claim 1, characterized in that the shooting channel has a rectangular, in particular square cross-sectional profile. Shooting arrangement according to claim 1, characterized in that the Shooting channel fan-shaped, horizontally widening in the weft direction is formed. Shooting arrangement according to one of claims 1 to 3, characterized in that it comprises at least two juxtaposed shooting channels (2a, 2b). Shooting arrangement according to one of claims 1 to 4, characterized in that the shooting channel is arranged so that the bottom wall (12) in the entrance area is at most 0.9 to 1.1 m from the bottom (10). Shooting arrangement according to one of claims 1 to 5, characterized in that the firing range is 1 to 25 m. A shooting arrangement according to any one of claims 1 to 6, characterized in that it is provided with a target surface (18) positionable in the desired position along the firing range, and preferably with means for detecting hits. Shooting arrangement according to one of claims 1 to 7, characterized in that the ventilation device (20) is designed as a circulating air system and is equipped with a filter device (28). Shooting arrangement according to one of claims 1 to 8, characterized in that a shot delivery area (34) located in front of the entrance area is equipped with an additional air supply device (34). A shooting installation, comprising a room housing (R) and a shooting arrangement installed therein according to one of the preceding claims. A shooting facility according to claim 10, which comprises at least one of the Entrance area (4) of the shooting arrangement coupled space box (52a, 52b, 52c, 52d).

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