Увійти Тест-драйв

Файли cookie допомагають нам забезпечити безпеку сайту та покращити ваш досвід користування. Дізнайтеся більше або змініть свої налаштування файлів cookie.

Ми використовуємо файли cookie, щоб забезпечити вам найрелевантніший досвід.

Каталог оборонних продуктів — Сторінка 144

Сортувати за

Усі категорії

Виробник

Регіон

Projectile, 155 mm: DP, Improved Conventional

Боєприпаси, ракети та високоточне озброєння

Боєприпаси, ракети та високоточне озброєння

Projectile, 155 mm: DP, Improved Conventional

Armament M1A1 Cannon for M114/M114A1 Towed Howitzer; M1A2 Cannon for M114A2 Towed Howitzer; M199 Cannon for M198 Towed Howitzer; M126/M126A1 Cannon for M109 Self-propelled Howitzer; M185 Cannon for M109A1 to M109A4 series of self-propelled howitzers; M284 Cannon for M109A5 and M109A6 Paladin self-propelled howitzers; XM777 Lightweight Towed Howitzer. The Projectile, 155 mm: DP, Improved Conventional Munition, M864 can also be fired from the following artillery weapons: NORICUM GH N-45 Gun-Howitzer; CITEFA CALA 30/2; Patria Vammas M-83 and 155 GH 52 howitzers; Giat Industries TR and 155/52 guns and M114F Howitzer; Field Howitzer FH-70 ; Soltam Model 839P and 845P towed howitzers, M-71 Gun-Howitzer , M-68 Gun-Howitzer, M-46 Field Gun, and M114S Howitzer; Hadid 155 mm Howitzer HM41 ( Iran ); Otobreda 155/39 TM Howitzer; KH179 Howitzer ( South Korea ); RDM M139 and M139/39 howitzers; STK FH-88 and FH-2000 Gun-Howitzers; LIW G5; SITECSA 155/45 ST 012 Gun-Howitzer; SANTA BARBARA SB 155/39 and 155/52 APU SBT-1 Howitzers, M114 155/45 and M114 155/39 conversions; Bofors FH-77B Howitzer; Bison Fortress Gun (Switzerland); T65 Howitzer and Extended Range Gun ( Taiwan ); 155 mm/52-calibre Howitzer ( Turkey ); M46/84 Gun and M65 Howitzer (Federal Republic of Yugoslavia ). The Projectile, 155 mm: DP, Improved Conventional Munition, M864 can also be fired from the following self-propelled artillery weapons: TAMSE VCA ( Argentina ); PZL45 ( PRC ); Giat Industries GCT and CAESAR 155/52; PzH 2000 (Germany); M44T (Germany); Soltam Rascal, Slammer and L33; Hadid 155 mm Self-propelled Cannon HM44 Thunder 2 ( Iran ); Otobreda Palmaria and M109L ; Type 75 ( Japan ); K9 Thunder( South Korea ); ZTS ZUZANA ( Slovakia ); LIW G6; SFAW M109 Upgrade (Switzerland); XT-69 ( Taiwan ); SP2000 ( Turkey ); AS90 and Braveheart (UK); UD 155 mm/52-calibre International Howitzer (USA). Development The 155 mm DPICM M864 may be regarded as a logical development of the 155 mm DPICM M483A1 (see separate entry), as it features a base burn (base bleed) unit that enhances range without introducing the inherent inaccuracy limitations of rocket assistance motors. The projectile is stored, transported and handled in exactly the same manner as the 155 mm DPICM M483A1 and it is claimed that no special instructions or training are required in its use. Production commenced during FY87. Approximately 30,000 of these projectiles were sent to the Persian Gulf for Operations Desert Shield and Storm but they were not used operationally due to the omission of the appropriate software in the US Army's Battery Computer System (BCS). It should be noted that the DPICM M864 continues to utilise the same grenades as the earlier M483A1 so the lack of a self-destruct mechanism for dud dual-purpose grenades imposes training and other operational limitations. The 155 mm DPICM M864 is a joint development and marketing operation between the Chamberlain Manufacturing Corporation and Talley Defense Systems. Chamberlain produces the metal components used for the 155 mm DPICM M864, together with the associated grenades, at the Scranton Army Ammunition Plant, Pennsylvania. Production is also carried out by General Dynamics, Ordnance and Tactical Systems (GD-OTS). Talley Defense Systems is responsible for the Base Bleed/Base Burn (BB) unit produced since 1991, under US Army agreement at the Army Ammunition Plant at Joliet, Illinois, following low-rate initial production in Mesa, Arizona. The Joliet facility is capable of producing 15,000 units a month, although all production in the USA is currently in abeyance. Talley Defense Systems have delivered nearly one million BB assemblies. Description The 155 mm DPICM M864 is a separate loading munition with a streamlined forged steel ogive, a low-drag steel body (1340 or 4190 alloy) profile and a steel base closure (4340). The body rear is encircled by a gilding metal drive band. The nose is occupied during storage, transit and handling by a threaded energy absorbing lifting plug screwed into the fuze well. Before firing the plug is replaced by an M577 MTSQ fuze. The base of the fuze intrusion is surrounded inside the ogive by a booster charge, below which is a pressure plate. The projectile base is occupied by a two-piece Base Bleed Base Burn (BB) unit filled with a barrel-shaped Hydroxyl Terminated PolyButadiene (HTPB) composite propellant grain, developed by Talley Defense Systems, to be ignited by propellant gases on firing. The inhibited HTPB burns slowly for approximately 22 seconds in such a manner that the resultant gases fill the vacuum created by the aerodynamic air flow behind the shell. This reduces drag behind the projectile, therefore enhancing range. In operation, the M577A1 time fuze functions at the selected instant during the projectile's trajectory and initiates the booster charge located at the base of the fuze well. This initiates the expulsion charge formed by 90.7 g of M10 propellant. The resultant increase in internal pressure against the pressure plate and the contents forces the base closure outwards to push off the base burn unit. The shell contents are then ejected. Centrifugal forces disperse the entire grenade load radially from the projectile line of flight. The dual-purpose grenades are of two types, the M42 and M46 . The 155 mm DPICM M864 carries 72 of them; 48 M42 and 24 M46 . Both types of grenade are identical, although the wall of the M46 is heavier and thicker than that of the M42 . Serrations are embossed into the inner wall of the M42 grenades to enhance fragmentation; M46 grenades are not embossed. The grenades are unarmed while inside the projectile and are armed mechanically by spin after ejection. While in flight they are stabilised and orientated for impact by the deployment of a nylon ribbon streamer which also creates the spin to arm the grenade. The grenades detonate on impact under the control of an integral M337A1 graze fuze which mechanically initiates an M55 detonator. Each grenade contains 30.5 g of Composition A5 formed into a shaped charge with a 60º angle which is directed downwards to produce an anti-armour jet capable of penetrating approximately 70 mm of homogeneous armour plate. Fragmentation of the grenades' steel bodies produces anti-personnel effects. Both types of grenade are 82.55 mm long. The M42 weighs 208 g and the M46 213 g. The M42 and M46 grenades do not feature self-destruct mechanisms. The 155 mm DPICM M864 can also be fired in a fire registration mode. In this mode the expulsion charge is replaced by a shaped charge. When the fuze functions the resultant high-order detonation causes all 88 grenades to detonate, causing the projectile to fragment in the same manner as a conventional HE projectile and provide an airburst marker for fire registration. The 155 mm DPICM M864 can be used with the full range of propellant charges, including the M203 , apart from the basic M3A1 (green bag) and M119 charges. The M3A1 charge cannot take full advantage of the full potential range of the 155 mm DPICM M864 while the M119 is unable to ignite the base burn unit with sufficient reliability. The Propelling Charge M4A2 is a white bag charge using 5.897 kg of M1 propellant divided into a base charge and four increments for firing as Charges 3 to 7. The increments are tied together by four cloth straps. A 96.4 g clean-burning igniter charge in a red cloth bag is sewn to the rear of the base section and an M2 flash reducer pad is assembled in front of the base charge. The complete charge is 533 mm long. The Propelling Charge M4A1 is similar to the M4A2 but does not contain the M2 flash reducer pad (although this can be added if required), the base igniter contains black powder. The Propelling Charge M119A1 is a white bag charge with an igniter pad at the base and a ring-shaped flash reducer pad located on the front of the bag; the forward end also contains lead foil as a decoppering agent. The M119A1 contains approximately 8.62 kg of cool-burning M6 propellant with a central igniter consisting of a moulded nitrocellulose tube containing benite strands. The Propelling Charge M119A2 uses a red charge bag and does not have a laced jacket. It is provided with an igniter protector cap and tie strap which must be removed before firing; the circular red cloth igniter pad weighs 113 g. The M119A2 zone 7 is equivalent to the M119/M119A1 zone 8 charge. There are four 113 g potassium sulphate flash reducer increments located in side pockets. The M119A2 is 660 mm long. The similar charge to the M119A2 is produced by Eurometaal NV as the No 13. The Propelling Charges M203 and M203A1 (Charge 8S) were developed primarily for use in the 155 mm M284 cannon used with the M109A5 and M109A6 Paladin self-propelled howitzers, although they can be used with other similar long-barrelled pieces such as the CN79 Cannon used on the South Korean 155 mm KH179 Towed Howitzer. The M203/M203A1 is a single red bag charge encased in a tight fitting lacing jacket for strength. The bag has an igniter sewn to the base, a central core igniter extending through the centre of the charge and a flash reducer in front of the charge. The M203A1 differs from the M203 by producing cooler burning to increase barrel life, together with a reduction in blast and muzzle flash. When firing the 155 mm DPICM M864 from the M109A5 and M109A6 Paladin self-propelled howitzers and the M198 towed howitzer, a version of the Charge, Propelling, 155 mm: M203A1 with a rigid combustible case may be used. This version of the M203A1 weighs 14.06 kg, is 768 mm long overall and contains 12.7 kg of cool-burning M31A1E1 stick propellant. The combustible case and end cap contains a talc wear-reducing additive while the contents include a further wear-reducing additive and 156 g of lead foil to act as a decoppering agent. The use of this charge results in reduced flash and muzzle blast. The M119 series and M203 propellant charges should be fired using the Primer M82 only. Using the full M4A2 charge (white bag, Charge 7), the 155 mm DPICM M864 fired from the 155 mm M1A2 Cannon used on the M114A2 Towed Howitzer has a maximum range of 17,200 m. Using the M119A2 charge, the 155 mm DPICM M864 fired from the 155 mm M185 Cannon used on the M109A1 to M109A4 series of self-propelled howitzers, has a maximum range of 22,100 m. Using the M203A1 charge, the 155 mm DPICM M864 fired from the 155 mm M284 Cannon used on the M109A5 and M109A6 Paladin self-propelled howitzers, has a maximum range of 29,400 m. A similar range is attained when the 155 mm DPICM M864 is fired from the 155 mm FH-70 Howitzer using the full L10 propelling charge. Giat Industries of France produces a combustible case intended for use with all NATO standard 155 mm weapons. The case consists of a skirt, base and cover containing Charges 6 to 9; lower charges are formed using bagged charges. Use of this case system produces a barrel life at maximum charge of 3000 EFC. The muzzle velocities produced using this combustible case system are as follows: Charge 6 - 586 m/s Charge 7 - 705 m/s Charge 8 - 810 m/s Charge 9 - 830 m/s. Charge 9 can fire a projectile fitted with a base bleed unit to a range of 30,400 m. Chartered Ammunition Industries of Singapore produce a unitary charge, using cloth bags, which covers Charges 6, 7, 8 and 9. Known as the C20, this charge uses M6 propellant, is 610 mm long, 160 mm in diameter and weighs 10 kg. It is anticipated that future 155 mm propellant charge systems will involve the employment of the M231/XM232 Modular Artillery Charge System (MACS). Other countries are in the process of adopting similar modular charges. Authorised fuzes MTSQ M577 or M577A1; ET M762 Equivalent projectiles GERMANY GERMANY Manufacturer Rheinmetall DeTech GmbH Type: 155 mm DM 652 Description: Ballistically matched to the 155 mm DPICM M864, the 155 mm DM 652 cargo projectile carries 49 DM 1383 bomblet/grenades, each with a self-destruct element. The DM 1383 bomblet trumpet-shaped charge has a diameter of 42 mm and is stated to produce a superior armour penetration compared to the M42/M46 NETHERLANDS Manufacturer Eurometaal NV Type: 155 mm DPICM M864 Description: Standard US specifications. Available for production UNITED STATES OF AMERICA Manufacturer General Dynamics, Ordnance and Tactical Systems (GD-OTS) Type: 155 mm DPICM M864 Description: Standard specificationsЧитати далі

PD 583, windwheel

Боєприпаси, ракети та високоточне озброєння

Боєприпаси, ракети та високоточне озброєння

PD 583, windwheel

Armament 51 to 120 mm HE bombs in smoothbore mortars. Development By Junghans to add further safety to the DM 111 design and eliminate the need for safety wires. Description This is basically the same mechanism as the DM 111, but instead of locking the mechanism by a safety wire, which has to be removed before firing, this fuze has an internal lock which is withdrawn by means of a wind vane in the nose of the fuze. At rest the rotor of the fuze is positively locked; once the bomb is fired, wind flow through the vane rotates it and unlocks the rotor. This locking action is in addition to the escapement controlling the rotor, which has also to be unlocked by acceleration. There are, therefore, two entirely independent forces required to arm this fuze. Manufacturer Junghans Feinwerktechnik.Читати далі

Optical Mortar Proximity Fuze, PX581

Боєприпаси, ракети та високоточне озброєння

Боєприпаси, ракети та високоточне озброєння

Optical Mortar Proximity Fuze, PX581

Armament Any 60, 81 or 120 mm mortar bomb with standard fuze wells. Development Jointly by Junghans Feinwerktechnik and Noptel Oy to provide a new countermeasure resistant proximity fuze. Description The PX581 proximity fuze is independent of calibre and can be mounted on any 60, 81 or 120 mm bomb without adjustment. Because it is optronic, there are no known countermeasures. The PX581 is specifically intended for bursting at low altitudes to provide optimal terminal effects. Operating power is obtained through a windwheel generator that also provides a secondary arming function. The PX581 has a point detonating backup function. Optics are hermetically sealed and protected from temperature fluctuations to prevent accumulation of condensation. The fuze recognises ground surface, but does not react to clouds, mist, snow or rain. The fuze uses laser based ranging technology and sends out light pulses at the rate of 500 per second while the receiver constantly measures the distance to the target. The `smart' fuze recognises the target and detonates the bomb at the pre-programmed height with an accuracy of ±1 m. The fuze is fully compliant with MIL-STD-1316D, MIL-STD-331B, STANAG 4157 and STANAG 2916. There are both mechanical and electronic safety measures. A double bolt system and the windwheel assure mechanical compliance while the MIL-STD-1316A sensor electronically secures the fuze until it reaches its trajectory apex. Operating temperature range is from -40º to +60ºC exposed and from -55º to +71ºC in packaging.Читати далі

Fuze, PD DM111A4/A5

Боєприпаси, ракети та високоточне озброєння

Боєприпаси, ракети та високоточне озброєння

Fuze, PD DM111A4/A5

Armament 51 to 160 mm smoothbore mortar ammunition. Development By Junghans to meet German Army requirements. Description These are impact fuzes with optional delay which can be brought into action by means of a turnscrew on the side of the fuze. Safety is ensured by a rotor, the movement of which is controlled by a mechanical escapement. The rotor carries two detonators, one for super-quick action, the other with a delay function. According to the setting of the turnscrew, the rotor may move far enough to position either of these detonators beneath the firing pin. The DM111A4 is more sensitive on impact than the DM111A5. The fuzes are otherwise similar. Manufacturer Junghans Feinwerktechnik GmbH KGЧитати далі

MTSQ DM93/M776

Боєприпаси, ракети та високоточне озброєння

Боєприпаси, ракети та високоточне озброєння

Armament 51 to 120 mm mortar smoke and illuminating ammunition. Development By Junghans for mortars in German NATO and other Armed Forces worldwide. It is type classified as the M776 in US Army service. Description This is a Mechanical Time and Percussion Fuze (MTSQ), the timing being performed by a clockwork mechanism. When the fuze is set in `S' or `AZ' position, the fuze will function on impact only. The safety pin is removed immediately before loading in the weapon. When the round is fired and an acceleration of 650 g Manufacturer Junghans Feinwerktechnik GmbH KGЧитати далі

MTSQ DM123

Боєприпаси, ракети та високоточне озброєння

Боєприпаси, ракети та високоточне озброєння

Armament 51 to 120 mm mortar bombs. Development By Junghans for mortars in German Army service. Description A mechanical time and impact fuze. Clockwork driven with an out of alignment rotor locked by a pull-wire which is driven into alignment after firing by the clockwork mechanism operating through an escapement. It is essentially the same as the DM93, but has a detonator filled with tetryl rather than black powder. There is a relay charge between the detonator and the booster charge. Manufacturer Junghans FeinwerktechnikЧитати далі

MTSQ M772

Боєприпаси, ракети та високоточне озброєння

Боєприпаси, ракети та високоточне озброєння

Armament 81 mm HC smoke and illuminating ammunition. Development Developed by Junghans to meet military specifications. Type classified by the US Army for use with 81 mm smoke ammunition M819 and illuminating ammunition M853. Description A mechanical time and impact fuze, with a clockwork timing mechanism. Functioning of this fuze is identical to that of the Junghans MTSQ DM93/M776. Only the size and shape of the fuze body are different. Manufacturer Junghans Feinwerktechnik GmbH KGЧитати далі

30 mm RARDEN gun ammunition

Боєприпаси, ракети та високоточне озброєння

Боєприпаси, ракети та високоточне озброєння

30 mm RARDEN gun ammunition

Armament RARDEN 30 mm gun L21A1 and L21A2 fitted to FV107 Scorpion and Sabre, Warrior MCV, 4K 7FA MICV 30/1 (Austria, prototype). The Boeing 30 mm Bushmaster II Chain Gun can also accommodate RARDEN ammunition. Development The first 30 mm RARDEN gun appeared in 1966 and the first service examples, the L21A1, followed during the early 1970s. The design philosophy called for an anti-armour gun with the emphasis on accuracy, as opposed to high rates of fire, combined with the ability to be mounted in light turrets. The ammunition selected for the RARDEN was based on that developed in Switzerland for the 30 mm Hispano-Suiza 831 L (now the Oerlikon Contraves KCB) cannon family, but subsequent development has resulted in what may be regarded as a separate ammunition family. KCB ammunition can be fired from RARDEN guns although RARDEN ammunition cannot be fired from KCB series cannon. The UK Design Authority for 30 mm RARDEN ammunition is BAE Systems , RO Defence. Description All 30 mm RARDEN ammunition involves fixed rounds, the projectiles are crimped to the necked drawn brass cartridge cases by a crimping ring engaging in a cannelure, just above the boat tailed base on the projectile. In most cases the drive bands are sintered iron pressed into place. The rounds are issued and loaded in charger clips of three. The brass cartridge cases are 170.3 mm long and have an L16 (RO 673) percussion primer filled with 0.97 g of gunpowder G20 threaded into the base; the rim diameter is 42.9 mm. The cartridge case is filled with variable amounts of granular NRN 141/RDN propellant. Ammunition available for the 30 mm RARDEN gun includes the following types: HE-T L13A2 The original HE-T round was the L8A1 but this was been replaced by the L13A1; the latest version is the L13A2 incorporating the RO 673 low-cost primer which was originally developed specifically for use with training ammunition. The projectile involved is machined from steel bar and contains 25.6 g of Torpex 2. An L86A2 impact fuze is threaded into the projectile nose while the shell base is occupied by an L11 tracer element which burns for a distance of over 2,000 m (time 2.6 seconds) after leaving the gun muzzle. APSE-T L5A2 The hardened steel pointed projectile used with this round has no fuze and is fitted with an anodised aluminium ballistic cap. It relies, for its secondary effects, on a payload formed by a pyrotechnic mixture of explosive and CS5390 smoke composition which is ignited by friction once the projectile has penetrated light armour. An L10A1 tracer is fitted in the base and burns for a range of approximately 1,500 m. This round is now rarely encountered. APDS-T L14A2 and L14A3 This APDS-T round was jointly developed by Royal Ordnance (now RO Defence) and PATEC of the USA. Introduced in 1980, it uses a plastic sabot with a lateral cross-section at the nose. Once the projectile leaves the gun muzzle the sabot breaks into four lateral segments, leaving the tungsten penetrator to complete its trajectory, marked for ranges out to at least 2,000 m by a tracer element in the penetrator base. Further result assessment is provided by a pyrophoric cap on the penetrator nose which provides a flash on impact with a hard target. The penetrator can pierce a 40 mm RHA plate angled at 45º out to a range of 1,500 m. Accuracy is stated to be half the dispersion of the HE-T round. Figures of 0.5 mil vertical and horizontal at 1,000 m have been quoted. The APDS-T L14A3 has a new type of tungsten penetrator in a plastic sabot and was introduced in 1986, the same year that a lower barrel wear propellant was first produced. The penetrator can pierce a 40 mm RHA plate angled at 45º out to ranges in excess of 1,500 m. One further round developed for the armour-piercing role was the APHC L6A1 carrying a tungsten carbide core; it is no longer manufactured. APFSDS-T An APFSDS-T round for use with the 30 mm RARDEN gun was developed with Radway Green as the lead facility. In April 1996, it was announced that this round had been selected to be developed and manufactured as the new 30 mm Armour-Piercing Enhanced Performance (APEP) to meet British Army Staff Requirement (Land) 4053. Under the terms of an April 1996 contract, Royal Ordnance was to have supplied around 225,000 APEP rounds between the years 1998 and 2000. It was planned that a DSRR round would be developed to match the APFSDS round for training purposes. In November 1998, it was announced that the APEP contract with Royal Ordnance (now BAE Systems , RO Defence) had been cancelled as the APEP did not meet the user's specifications. The requirement for a 30 mm APEP for RARDEN guns remains outstanding. TP-T L18A2 This round replaces the earlier L12A1 and L7A4 and uses a hollow machined steel body with an aluminium fuze plug. It matches the HE-T round ballistically, having the same propelling charge, and has a tracer burning for 2.6 seconds after leaving the gun muzzle. This round incorporates the low-cost RO 673 primer. In 1996, the British Army had a requirement for 55,500 of these rounds. DSRR L15A1 Originally known as the 30 mm Reduced Range Training Round (RRTR) RO 275, the L15A1 Discarding Sabot Reduced Range (DSRR) was developed to provide a low-cost training round for use on ranges with limited areas. It was originally designed to ballistically match the 30 mm L14A2 APDS-T round during the early part of its trajectory. The L15A1 DSRR is produced by RO Defence for the British Army order and is in service. The original order called for 660,000 units The 30 mm L15A1 DSRR is a fixed round with a tubular projectile carried inside a sabot similar to that used on the 30 mm L14A2 APDS-T. After firing, the sabot falls away leaving the tubular projectile to closely follow the trajectory of the L14A2 APDS-T projectile out to a range of approximately 1,500 m. At that range the projectile velocity will have fallen from an initial 1,300 m/s to around 700 m/s, and an aerodynamic effect comes into play to effectively choke the flow of air through the interior of the tube. The projectile then becomes unstable and falls to the ground after travelling approximately 2,000 m. The resultant range safety trace is thus considerably reduced. For example, the safety trace for an L14A2 APDS-T projectile is 11,900 m long and nearly 4,000 m wide. For the L15A1 DSRR the safety trace is 4,500 m long and 2,260 m wide. The L15A1 DSRR incorporates an annular tracer remaining effective out to 1,500 m. Although the 30 mm L15A1 DSRR is matched to the 30 mm L14A2 APDS-T, the same projectile design can be configured to match the 30 mm HE-T and APFSDS (still under development) projectiles. The changes required for such matching involve a change in the launch velocity, minor profile changes to the tubular projectile to alter the coefficient of drag and, in the case of the APFSDS, a change in the pusher material, which will be an aluminium alloy. The technology employed with the 30 mm L15A1 DSRR is also being considered for the 40 mm RRTR-T CTA round (qv). Authorised fuzes See text Equivalent rounds FRANCE FRANCE Manufacturer Giat Industries Type: HE-I/SD, HE-I-T/SD, TP, TP-T Description: HE-I/SD and HE-I-T/SD fitted with MR302 PD fuze with self-destruct after 7 to 12 seconds. Otherwise standard specificationsЧитати далі

Cartridge, 105 mm: Blank, M395

Боєприпаси, ракети та високоточне озброєння

Боєприпаси, ракети та високоточне озброєння

Cartridge, 105 mm: Blank, M395

Armament M101/M101A1, M102 (towed) and M108 (self-propelled) howitzers; Otobreda 105/14 Pack Howitzer (L5); RO Defence M119A1 Towed Howitzer; Howitzer, Light, Towed: 105 mm KH178 ( South Korea ); Giat Industries LG1 Mk I and Mk II Light Gun and M101A1 Modernised (France); Type 75 self-propelled howitzer ( Japan ); NDSB SAKTI 105 mm Light Gun ( Malaysia ); RDM 105 mm M101/33 (Netherlands); 105 mm m/26 (Spain); T64 105 mm Howitzer ( Taiwan ); M101 Modified (Germany); 105 mm Howitzer M56 (Federal Republic of Yugoslavia ). Development The Cartridge, 105 mm: Blank, M395 is used for saluting purposes and to simulate battlefield noise. Many users produce their own Blank cartridges by converting suitably modified spent brass M14 cases. Prior to the beginning of FY98 about 284,000 M395 cartridges had been procured by the US armed forces. There will be no further scheduled procurement until some time during FY00 when $6,721 million has been allocated for the procurement of about 124,000 cartridges. Description The Cartridge, 105 mm: Blank, M395 consists of a shortened cartridge case known as the M15 . The M15 case is 70:30 brass, the M15B1 steel and the M15B2 aluminium. For early examples of the 105 mm Blank M395, black powder was contained in a cloth bag and held in position by a closing cup or plug assembly consisting of two pulp-board discs glued either side of a hard felt disc and cemented in position about 13 mm from the mouth of the case. Renovated or newly manufactured 105 mm Blank M395 cartridges are assembled with a loose 770 g black powder charge retained by a glass fibre closing wad and a polystyrene closing cup glued in place by an epoxy resin. The base of the case is fitted with an M61 percussion element and an M1A2 or M1B1A2 primer. Detonation of the case contents creates sound, flash and smoke. Authorised fuzes None involved Equivalent rounds FRANCE FRANCE Manufacturer Giat Industries Type: Blank for HM2 Description: Weight given as 4.2 kg. Uses shortened primer ITALY Manufacturer Simmel Difesa SpA Type: Blank Description: Cartridge weight 2.8 kg, containing 900 g of black powder KOREA, SOUTH Manufacturer Poongsan Corporation Type: Blank M395 Description: Standard specifications PAKISTAN Manufacturer Pakistan Ordnance Factories Type: Blank Description: Cartridge weight 3.75 kg, containing G-12 black powder. Cartridge length 372 mmЧитати далі

Simmel difesa

NORINCO 130 mm ERFB/HB HE and ERFB/BB HE

Боєприпаси, ракети та високоточне озброєння

Боєприпаси, ракети та високоточне озброєння

NORINCO 130 mm ERFB/HB HE and ERFB/BB HE

Armament 130 mm Field Gun M-46 ; 130 mm Field Gun Type 59 and Type 59-1; Factory 100 M59-1M; 130 mm Gun Model 1982 . 130 mm Self-propelled Gun (Catapult); NORINCO 130 mm Self-propelled Gun. Development The NORINCO 130 mm ERFB/HB HE and ERFB/BB HE projectiles were designed specifically for the 130 mm Type 59-1 gun, but may also be fired from the original 130 mm Field Gun M-46 or the NORINCO 130 mm Type 59 (the 130 mm Type 59-1 is a lighter and more manageable version of the 130 mm Field Gun M-46/Type 59). In appearance the 130 mm ERFB/HB HE and ERFB/BB HE projectiles resemble scaled-down versions of their 155 mm equivalents (qv). There are two further versions of these projectiles, the 130 mm ERFB HE (Nubb) and ERFB-B. These differ in the ability to take full advantage of the variable 130 mm charge system whereas the ERFB/HB HE and ERFB/BB HE are normally only used with the Full Charge to take maximum advantage of their enhanced range performance. The ERFB-HB version has not appeared in recent NORINCO literature and may no longer be available. By 1999, only the full 130 mm ERFB/HB HE was being marketed, so it is assumed that all other types are no longer available. Description The NORINCO 130 mm ERFB HE projectiles are separate loading munitions with their propelling charges contained in brass cartridge cases. The bodies of all these 130 mm ERFB HE projectiles are high-grade steel and are streamlined to the extent that almost the entire length is taken up by the ogive down to the twin copper drive bands. There are four riding nubs provided. The ERFB/HB HE uses a boat tail hollow base while the ERFB/BB HE is fitted with a Base Bleed (BB) unit to provide increased range; maximum range is 37,000 to 38,000 m. The explosive filling for these projectiles is usually 3.3 kg of TNT. Weight of the ERFB/HB HE projectile is 32.7 kg while the ERFB/BB HE weighs 32 kg. The ERFB HE (Nubb) weighs 32.41 kg. The weight for the ERFB-B has not been released. The nose-located fuze employed on the 130 mm ERFB/HB HE is the ML-5, ML-7A or ML-7B while that on the ERFB/BB HE is the ML-5 which can be set to super-quick, short or long delay. The ERFB/BB HE may also be fitted with an electronic fuze of unspecified type. These ERFB projectiles do not employ a special charge system but instead are used with the usual 130 mm variable charge system. The 70:30 drawn brass cartridge case involved is issued in two versions, a Full Charge version and a Reduced Charge propellant load. The Full Charge contains 13.5 kg of propellant loaded in a lower and upper bag, together with 2.5 kg of loose propellant in bundled stick form. An increment completes the Full Charge while removal of this increment creates Charge 1. The Reduced Charge weighs 6.75 kg and is supplied in a separate cartridge case. The top charge in the Reduced category is formed using the full complement of a base charge and two equal sized bags, forming Charge 2. Removal of one of the equal bags creates Charge 3 while removal of both equal bags, leaving only the base charge, creates Charge 4. A percussion primer is pressed into the cartridge case base to ignite both Full and Reduced propellant loads. The 130 mm ERFB/HB HE and ERFB/BB HE are normally only used with the Full Charge to take maximum advantage of their enhanced range performance. The ERFB/HB HE has a muzzle velocity of 940 m/s and can reach 32,000 m; the maximum range for the ERFB HE (Nubb) is also 32,000 m but the maximum muzzle velocity is given as 944 m/s. The muzzle velocity of the ERFB/BB HE is also 940 m/s but it can reach 37,000 to 38,000 m. Authorised fuzes ERFB and ERFB-B ML-7A; ERFB-BB ML-5 or Electronic; ERFB HE (Nubb) ML-5 Equivalent rounds FRANCE FRANCE Manufacturer Giat Industries Type: 130 mm HE ERFB BB NR 353 Description: Originally produced in Belgium by PRB SA. Weight with fuze is 31 kg and the explosive contents are 3.3 kg of TNT. Length with fuze is 729 mm. When fired from a 130 mm M-46 type barrel the maximum range is 36,000 m. Development complete. Available for production SOUTH AFRICA Manufacturer NASCHEM Type: 130 mm HE M1A1 ERFB and ERFB-BB Description: See following entryЧитати далі

7.65 mm MAS

Боєприпаси, ракети та високоточне озброєння

Боєприпаси, ракети та високоточне озброєння

Synonyms 7.65 × 19.8 mm Armament French SACM Mle 1935A and 1935S pistols; MAS 38 sub-machine gun; various French commercial automatic pistols. Development This cartridge is unique to French forces, having been designed for the French SACM Model 1935A and 35-S automatic pistols and subsequently used in the Manufacture d'Armes de St Etienne (MAS) sub-machine gun. It was replaced in military use by the 9 × 19 mm cartridge in 1950, but is still used by French police forces and may still be encountered in military reserve. The cartridge may also be encountered in North America, where many surplus French military pistols were sold, and in any area where there has been French military influence. Description This round uses a rimless, straight taper, brass or steel case, Berdan primed; the standard bullet has an ogival metal-jacketed pattern.Читати далі

8 × 50R mm Lebel

Боєприпаси, ракети та високоточне озброєння

Боєприпаси, ракети та високоточне озброєння

8 × 50R mm Lebel

Synonyms 8 mm French; 8 mm Lebel Armament All French service rifles and machine guns from 1886 to the mid-1930s, although it remained in decreasing use for some time afterwards. Also used by ex-French colonies and by Vietnam . Development Developed in 1886, this was the first small calibre smokeless military rifle cartridge and accompanied the Lebel rifle of the same year. Subsequent rifles and machine guns were chambered for it, although the shape was not well suited to automatic weapons. It was for this reason gradually replaced by the rimless 7.5 mm cartridge after 1929. Nevertheless, many weapons remained in use until 1940 in France and to the late 1960s in former colonies. It is believed to be still in reserve in Vietnam and some African countries. Description Rimmed, bottlenecked, with a considerable degree of taper and at a casual glance easily confused with the Soviet 7.62 × 54 mm cartridge. The case is of brass and is Berdan primed. The bullet was originally the solid copper `Balle D', replaced after 1920 with the lead-cored, steel-jacketed `Balle N' which remained the standard. FRANCE Manufacturer State arsenals Type: Balle N: FMJ, SL; 12.9 g; MV 732 m/s Balle P: FMJ; hard steel armour-piercing core Balle T: FMJ; red trace; 11.28 g; MV 745 m/sЧитати далі

60 mm high-efficiency HE bomb

Боєприпаси, ракети та високоточне озброєння

Боєприпаси, ракети та високоточне озброєння

60 mm high-efficiency HE bomb

Armament All 60 mm mortars. Development By Alsetex for French Army and general use. Description This is to the same design as the standard HE bomb Mk 47, but is filled with RDX/TNT into which some 350 spherical preformed fragments are mixed so as to increase the lethal area. Manufacturer SAE Alsetex.Читати далі

60 mm practice bomb OX 60 PLT Mk F1

Боєприпаси, ракети та високоточне озброєння

Боєприпаси, ракети та високоточне озброєння

60 mm practice bomb OX 60 PLT Mk F1

Armament All 60 mm mortars. Development By Alsetex for French Army and general use. Description This uses the standard HE bomb body, tail unit and propelling charge but is largely filled with ballast and relies upon the fuze booster to detonate on impact and provide sufficient indication for spotting. Manufacturer SAE Alsetex.Читати далі

60 mm smoke bomb Mk 51

Боєприпаси, ракети та високоточне озброєння

Боєприпаси, ракети та високоточне озброєння

60 mm smoke bomb Mk 51

Armament All 60 mm mortars. Development By Alsetex for French Army and general use. Description This uses the same body, tail unit and propelling charge as the HE bomb Mk 47 but has a filling of White Phosphorus (WP), with a small explosive burster under the fuze. Manufacturer SAE Alsetex.Читати далі

60 mm HE bomb Mk 47

Боєприпаси, ракети та високоточне озброєння

Боєприпаси, ракети та високоточне озброєння

60 mm HE bomb Mk 47

Armament All 60 mm mortars. Development By Alsetex, for French Army and general use. Description A teardrop-shaped cast-steel bomb with four gas check grooves at the waist. A welded steel tail unit is screwed into the tail of the body. A shotgun type primary cartridge fits into the tail unit and celluloid secondaries clip between the fins, secured by tags into holes in each fin. Manufacturer SAE Alsetex.Читати далі

60 mm inert practice bomb Mk 47

Боєприпаси, ракети та високоточне озброєння

Боєприпаси, ракети та високоточне озброєння

60 mm inert practice bomb Mk 47

Armament All 60 mm mortars. Development By Alsetex for French Army and general use. Description This uses the body, tail unit and propelling charge of the standard HE Mk 47 bomb but is completely inert and fitted with a dummy fuze. Manufacturer SAE Alsetex.Читати далі

60 mm HE bomb Mk 72

Боєприпаси, ракети та високоточне озброєння

Боєприпаси, ракети та високоточне озброєння

60 mm HE bomb Mk 72

Armament TDA 60 mm mortars and gun-mortars. Development Developed by TDA for its 60 mm mortar range. Description The body of the Mk 72 is similar to that of the Mk 61 described previously, but with the addition of a plastic obturating ring around the body behind the gas check grooves. This reduces windage and creates a more efficient gas seal so providing a higher and more consistent muzzle velocity. The tail unit is generally similar although the fins have a slightly different contour. The propellant charge system is the same; a primary cartridge in the tail unit, four secondaries in celluloid capsules that clip into the forward edges of the fins, and a Super charge in the form of a horseshoe container which clips around the tail tube. Manufacturer TDA .Читати далі

60 mm coloured HE bomb Mk 72

Боєприпаси, ракети та високоточне озброєння

Боєприпаси, ракети та високоточне озброєння

60 mm coloured HE bomb Mk 72

Armament TDA 60 mm mortars and gun-mortars. Development Developed by TDA for its 60 mm mortar range. Description This is the same bomb as the HE Mk 72, but is filled with a small quantity of coloured smoke composition in addition to the TNT bursting charge. This is useful in identifying the fall of shot from a particular mortar when several weapons are firing on the same target. Manufacturer TDA .Читати далі

60 mm long-range HE bomb 60LP

Боєприпаси, ракети та високоточне озброєння

Боєприпаси, ракети та високоточне озброєння

60 mm long-range HE bomb 60LP

Armament TDA 60 mm mortars and long-range gun-mortars. Development By TDA . Description This bomb is longer than usual for the calibre, it is streamlined and fitted with a single plastic obturating ring in a groove at the bourrelet. The body is of malleable pearlitic cast iron and an extruded aluminium tail unit is screwed to the rear end. The tail unit carries the usual primary cartridge inside the tail tube and up to six secondary charges in horseshoe containers that clip around the tailboom above the fins. Manufacturer TDA .Читати далі

Головна Про нас Ціни

Амбасадор Віджети Допомога Зв’язатися з нами

Продукти Компанії

Навчальний центр Відеоуроки Найчастіші запитання

Умови та положення Політика конфіденційності Політика cookie-файлів

© Milzo Ltd, 2026 всі права захищені.

Milzo.net є інформаційною та мережевою платформою. Ми не виступаємо брокером, посередником чи агентом у жодній транзакції. Усі дані, товарні пропозиції, профілі постачальників і комунікації надаються «як є» і мають бути самостійно перевірені користувачами.

Milzo.net не несе відповідальності за точність, законність або безпеку продуктів, пропозицій чи комунікацій, включно з товарами оборонного призначення, обмеженими або подвійного використання. Усі користувачі несуть повну відповідальність за дотримання чинного законодавства, експортного контролю, ліцензування та вимог належної перевірки.