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M58 MICLIC





Encyclopedia results for M58 MICLIC

  1. M58 MICLIC

    The M58 Mine Clearing Line Charge MICLIC is a rocket projected explosive line charge which provides a close in breach ing capability for maneuver forces. It is effective against conventionally fuze d land mine s and, when detonated, it provides a lane 8 meters by 100 meters. The MICLIC system consists of an M353 3 ton or M200A1 2 ton trailer or M200 tracked trailer chassis, a launcher assembly, an M147 firing kit, an M58A3 line charge and a 5 inch MK22 Mod 4 rocket. The line charge is 350 feet long and contains 5 pounds per linear foot of C 4 explosive C 4 explosive. In the event a MICLIC fails to detonate normally, it can be manually activated by time delay fuses every few feet along the length of it. Due to the inherent dangers of entering a live minefield to manually arm the backup fuses on a charge that could still detonate at any moment, possibly while under enemy fire as well, the act is jokingly referred to as the Medal of Honor run . See also Portal Military of the United States Demining Mine clearing line charge External links http www.fas.org man dod 101 sys land m58 miclic.htm M58 Mine Clearing Line Charge MICLIC via FAS DEFAULTSORT M58 Miclic Category Mine warfare Category Weapons countermeasures Category United States Marine Corps equipment US mil stub ...   more details



  1. M58

    M58 or M 58 may refer to Messier 58 , a spiral galaxy in the constellation Virgo M58 Wolf , an armored vehicle designed to produce a smoke screen M58 motorway , a motorway in England M 58 Michigan highway , a state highway in Michigan Letter NumberCombDisambig de M58 fr M58 it M58 nl M58 pl M58 sl M58 ...   more details



  1. M58 Wolf

    The M58 Wolf is an agile, armored mobile vehicle of the United States Army , capable of producing smoke screens to block both visual and infrared detection. Large area multispectral obscurant smoke screen ing is used to cover the tracks of troops and artillery. Construction The M58 system is made up of an M56 smoke generation unit built onto an M113 type chassis. The M113 chassis was designed as a fully tracked personnel carrier, light enough to be transported via airplane, yet still moderately armored. The vehicle can carry a payload of cargo, troops, and a crew of three. With its mechanical foundation based on an upgraded convert 275 hp diesel engine, four speed hydrostatic transmission, and large external fuel tanks it is capable of providing side by side support with even the most agile Abrams and Bradley tanks. Smoke generation Without replenishment of smoke producing agents, the M58 can produce ninety minutes of thick, visually impairing smoke, or thirty minutes of infra red obscuring haze. This screen effectively blocks infrared range finding as well as conventional night vision technologies. A future smoke capability, based on millimeter wave technology, could also be used to block higher frequency radar systems. The system generates smoke by vaporizing medium viscosity oil in a specially designed exhaust manifold. The hot vapors form a thick, white cloud. Other components ..., recovery, and insertion missions. The designated primary mission of the M58 Wolf is provide .... A typical platoon of seven M58 vehicles acts as cover support on tactical missions. Two groups of three M58 Wolves create a perimeter, circling troops and vehicles which are to be hidden. The seventh ... of cover. References http www.fas.org man dod 101 sys land m58.htm M58 Wolf Smoke Generator System on FAS http www.jpeocbd.osd.mil page manager.asp?pg 7&sub 28 M58 Wolf System http www.jpeocbd.osd.mil ... of the M58 Wolf System Category Modern military vehicles Category Weapons countermeasures ...   more details



  1. M58 motorway

    environment historichighways mam58.asp Lancashire County Council Historic Highways M58 ref The first ... Archive M58 ref as the Skelmersdale Regional Road between what is now junctions 4 & 5. It was originally ... http www.iht.org motorway m58am6stat.htm The Motorway Archive M58 Dates ref Construction on the Switch ... MAM58 files image007.gif Lancashire County Council Historic Highways M58 Map ref At Switch Island, the junction has been built to allow an extension of the M57 motorway M57 and the end of M58 has provision ... Hindley . Junctions Image Roundabout the end of the M58 geograph.org.uk 39270.jpg thumb 220px right Approaching the M6 interchange road interchange from the M58. Data ref Driver Location Signs, Highway ... 4 M58 Motorway align center bgcolor 000000 style color white km Eastbound exits Junction Westbound ... CBRD http www.cbrd.co.uk motorway m58 Motorway Database M58 Bad Junctions http www.cbrd.co.uk badjunctions 6 58.shtml M6 M58 http www.cbrd.co.uk badjunctions 58 577.shtml M58 A577 http www.cbrd.co.uk badjunctions 57 58 59.shtml M57 M58 A59 Switch Island http www.lancashire.gov.uk environment historichighways mam58.asp Lancashire County Council Historic Highways M58 http www.iht.org motorway m58aintreem6.htm The Motorway Archive M58 UK motorways coord 53.5354 2.8379 dim 20000 region GB display ... in Greater Manchester Category Transport in Merseyside nl M58 Groot Brittanni sv M58 motorv g ...   more details



  1. M58 highway (Russia)

    de M58 Russland nl M58 Rusland ru uk M58 zh M58 ...   more details



  1. MON-50

    Viper and M58 MICLIC . The MON 50 is also manufactured for export in Bulgaria. The MON 50 is widely ...   more details



  1. MON-90

    Unreferenced date December 2009 The MON 90 is a M18A1 Claymore Antipersonnel Mine claymore shaped, plastic bodied, directional type of anti personnel mine designed and manufactured in Russia . It is designed to wound or kill by fragmentation. The mine is similar in appearance to the MON 50 , but is approximately twice the size with a much greater depth. Design The MON 90 has an attachment point on the bottom for connecting a special clamp which can be attached to wood, metal etc. but it has no scissor type legs. It has a sight centered on the top which is flanked by two detonator cavities. The mine contains 6.2  kg of RDX PVV 5A to propel approximately 2000 steel rod fragments to a lethal range of 90 meters in a 54 arc 60 m wide spread at 90 m range . The MON 90 is usually command actuated using a PN manual inductor and an EDP R electric detonator ZT non electric detonator also available . It can also be actuated by a variety of booby trap BT switches including MUV series pull MVE 72 electric breakwire VP13 seismic controller. The MON 90 is usually mounted above ground level on the surface or up in a tree to give the greatest dispersion of fragments. It is waterproof and will function effectively from temperatures of 50 to 50 C. Due to its large size the MON 90 is effective against unarmored vehicles and it may have applications as an anti helicopter mine. It can be located visually or with metal detectors under most field conditions. Depending on its actuation method the MON 90 may be resistant to blast overpressure from explosive breaching systems like the Giant Viper and M58 MICLIC . Specifications Country of Origin Russia Mine Action Material Plastic Casing Shape Claymore Colour Green, Olive Total Weight 12.1  kg Explosive Content 6.2  kg RDX PVV 5A explosive Operating Pressure kg Length 345  mm Width 153  mm Height 202  mm Fuze 1 Command detonated using PN manual inductor attached by demolition cable to a EDP R electric detonator Fuze 2 ...   more details



  1. MON-100

    Unreferenced date December 2009 Image MON 100 2 ORDATA .jpg 300px thumb MON 100 Landmine The MON 100 is a circular, sheet metal bodied, directional type of anti personnel mine designed and manufactured in Russia . It is designed to wound or kill by fragmentation and resembles a large bowl. Design The MON 100 mine body has a smooth, well finished appearance with a webbing handle mounted on the upper edge, it is usually attached to a mounting shackle by wing nuts on either side of the mine body the shackle is connected to a spike for securing the mine to buildings, trees etc. . The concave face of the mine has a detonator cavity in its center this is the side aimed at the target . The mine contains 2  kg of explosive to propel 450 steel rod fragments to a lethal range of 100 m, at maximum range the spread of the fragmentation is 9.5 m. The mine alone weighs 5  kg but with the shackle and mounting spike the weight is 7.53  kg. The MON 100 can be command actuated using a PN manual inductor attached by demolition cable to an EDP R electric detonator. It can also be actuated by a variety of booby trap BT switches including MUV series pull MVE 72 electric breakwire VP13 seismic controller. The MON 100 will usually be mounted above ground level on the surface or up in trees to give the greatest dispersion of fragments. The mine can be located visually or with metal detectors under most field conditions. Depending on its actuation method the MON 100 may be resistant to blast overpressure from explosive breaching systems like the Giant Viper and M58 MICLIC . The mine is also produced for export to Poland . Specifications Image MON 100 1 ORDATA .jpg 300px thumb MON 100 cutaway to show components Country of Origin Russia Mine Action Material Sheet Metal Shape Circular Colour Green, Olive Total Weight 5  kg Explosive Content 2  kg trinitrotoluene TNT Operating Pressure kg Length n a Width 82.5  mm Height n a Diameter 236  mm Fuse 1 Command detonated u ...   more details



  1. Mine-clearing line charge

    Image IED Controlled Explosion.jpg thumb 350px Detonation of a MICLIC to destroy a 1km in depth blast resistant minefield in Iraq . A mine clearing line charge abbreviated MCLC and pronounced mick lick is used to create a breach in minefields under combat conditions. While there are many types, the basic design is for many explosive charges connected on a line to be projected onto the minefield . The charges explode, detonating any buried mines, thus clearing a path for infantrymen to cross. The system may either be man portable, or vehicle mounted. The systems do not guarantee clearance of all types of mines. ref http web.etel.ru saper index texnica.html 5 ETEL . index texnica.html Bot generated title ref History The British and Commonwealth developed their systems during the Second World War. The Canadians developed Snake , an oversized application of the Bangalore Torpedo in 1941 to 1942. A more flexible development was Conger , developed in 1944, a tube that could be fired across the minefield and then filled with explosive before detonation. ref http www.fas.org man dod 101 sys land docs 981100 schneck.htm ref Conger was a 2  inch woven pipe launched by a five inch rocket. The tube and rocket were mounted in a Universal Carrier which had been stripped out to reduce it down to a armoured tracked trailer that could be towed by a tank, often a Churchill AVRE . The rocket was fired, trailing the hose across the area to be cleared. Compressed air was then used to pump the high explosive just over a ton of 822C into the hose before it was detonated. Conger was used in Normandy where there were instances of premature detonation. ref Fletcher, The Universal Tank 1993 HMSO 0 11 290534 X p94 ref In the post war period the British introduced Giant Viper . Current use Systems in current use include the British Python Minefield Breaching System Python , which can clear a 220m long path, and the American M58 Mine Clearing Line Charge ...   more details



  1. Assault Breacher Vehicle

    NATO troops in this conflict. The Breachers are also equipped with M58 MICLIC Mine Clearing Line Charges ...   more details



  1. Messier 58

    For the motorway M58 motorway Infobox galaxy name Messier object Messier 58 image Image M58s.jpg 250px caption An infrared image of M58 taken by the Spitzer Space Telescope SST . br Credit SST NASA JPL . epoch J2000 constellation name Virgo constellation Virgo ref name sinnott1988 Cite book author R. W. Sinnott, editor title The Complete New General Catalogue and Index Catalogue of Nebulae and Star Clusters by J. L. E. Dreyer year 1988 publisher Sky Publishing Corporation and Cambridge University Press isbn 0 933 34651 4 ref type SAB rs b ref name ned ra RA 12 37 43.5 ref name ned dec DEC 11 49 05 ref name ned z 0.00506 ref name ned h radial v nowrap 1517 1 Metre per second km s ref name ned ... as M58 and NGC 4579 is a barred spiral galaxy located within the constellation Virgo constellation ... and Messier 109 ref M58 is one of the brightest galaxies in the Virgo Cluster . ref name seds Cite ... elliptical galaxies Messier 59 and Messier 60 , on April 15, 1779. ref name seds M58 was reported ... ref Messier described M58 as a very faint nebula in Virgo which would disappear in the slightest amount ... and Star Clusters. url http seds.org MESSIER xtra history m cat.html M58 work SEDS Observed ... that M58 was a bright galaxy, mottled, irregularly round and very much brighter toward the middle. ref name seds2 Supernovae Two supernova e have been studied in the M58 galaxy. ref name ned Cite web ... Messier M58 http gallery.spitzer.caltech.edu Imagegallery image.php?image name sig06 003 Spitzer ... Messier 58 be M58 be x old M58 bg M58 ca Messier 58 cs Messier 58 co M58 de Messier 58 el 58 es Galaxia espiral M58 eo M58 fa fr M58 galaxie spirale ko 58 hr Messier 58 it M58 astronomia lt Mesj 58 hu Messier 58 mzn nl Messier 58 ja M58 pl Messier 58 pt Messier 58 ro Messier 58 ru M58 sk Galaxia M58 sr 58 sh Messier 58 fi Messier 58 sv M58 tr Messier 58 uk NGC 4579 zh M58 ...   more details



  1. Jupiter-21m (lens)

    unreferenced date March 2010 Jupiter 21m is a 200 mm f4 Russian made lens made for the M42 lens mount . Specification Distance scale 1.8 m to Aperture f 4 f 22 Focal Length 200 mm Mount M42 Mount thread for Attachments M58 Weight 0.98 kg External links http www.flickr.com photos tags jupiter 21m User s photos on flickr.com Category Soviet photographic lenses ru ...   more details



  1. List of weapons of the United States Marine Corps

    mine M58 MICLIC M58 Mine Clearing Line Charge MICLIC Marine Corps Martial Arts Program Marine Corps ...   more details



  1. List of crew-served weapons of the U.S. Armed Forces

    system M139 Volcano Mine related M58 MICLIC GEMSS mine system M128 GEMSS MK155 References Reflist See ...   more details



  1. List of equipment of the Republic of Korea Army

    Landsysteme Rhino GER Mine Clearing Vehicle M58 MICLIC USA Mine Clearing Line Charge AN TPQ ...   more details



  1. M57 motorway

    near Thornton, Merseyside Thornton and the end of the M58 has provision for slip roads to that extension to be constructed. ref http www.iht.org motorway m58aintreem6.htm The Motorway Archive M58 ref ... br Skelmersdale , Wigan , Preston M58 J7 br Switch Island br Terminus Start of motorway See also List ... m57 Motorway Database M57 http www.cbrd.co.uk badjunctions 57 58 59.shtml Bad Junctions M57 M58 ...   more details



  1. Magdagachi

    coord 53 27 0 N 125 48 0 E type city region RU display title Magdagachi lang ru is an urban type settlement and the administrative center of the Magdagachi raion in Amur Oblast , Russia population 11,150 2008 est. 12,208 Russian Census 2002 2002 Census 15,578 Soviet Census 1989 1989 Census . It is km to mi 367 northwest of Blagoveshchensk . Magdagachi was established in 1910 in connection with the construction of the Amur Railway both the settlement and the railway station were named after the stream called Magdagachi, which flows into a tributary of the Amur River . Magdagachi was classified as an urban type settlement in 1938. Transport Magdagachi has a station on the Trans Siberian Railway km to mi 7494 from Moscow . The M58 highway Russia M58 Amur highway traverses it, but between Magdagachi and Chernyshevsk , there is effectively no vehicle road, so cars have to be transported by train. ref Ian Frazier, Travels in Siberia II, New Yorker , August 10, 2009, p. 57. ref There is also a small regional airport International Air Transport Association airport code IATA Code GDG, UHBI , but it is not currently in service. References references External links http www.transsib.ru Photo Zab 7494d.jpg Photo of central part of train station http www.transsib.ru Photo Zab 7494.jpg View of train station from viaduct Category Urban type settlements in Amur Oblast AmurOblast geo stub de Magdagatschi it Magdaga i ru ...   more details



  1. List of Gulf War military equipment

    Towed Howitzer M58 MICLIC Mine Clearing Line Charge Towed M224 Mortar M224 60 mm Light Weight Mortar ... Combat Earthmover M9 ACE Armored Combat Earthmover M60 AVLM Armored Vehicle Launched MICLIC Mine Clearing ...   more details



  1. Coalition of the Gulf War

    M102 howitzer M102 105 mm Towed Howitzer M198 howitzer M198 155 mm Towed Howitzer M58 MICLIC ... Combat Earthmover M60 AVLM Armored Vehicle Launched MICLIC Mine Clearing Line Charge M88 Armoured ...   more details



  1. MAPED F1 (France)

    The MAPED F1 is a claymore shaped plastic bodied directional anti personnel mine which is designed to wound or kill by fragmentation. It has been the standard directional anti personnel mine of the French army since the late 70s. The mine body is flat on the back and convex on the front, it has a small aiming sight on the top left corner and plastic lugs in the bottom corners for attaching a pair of A frame support legs. The mine contains a plastic explosive charge to propel 500 steel ball fragments to a range of 50 meters in a 60 arc. It is battery powered and is normally actuated by breakwire, but tripwire and command actuation is also possible. The mine is surface mounted and it can be located visually or with metal detectors under most field conditions. The MAPED F1 can be defeated by blast overpressure from explosive breaching systems like the Giant Viper and MICLIC unless it is set up for command actuation. Deleted image removed Image MAPED.jpg thumb 200px French MAPED F1 land mine Mine operation The MAPED F1 uses a very complex electric firing system. It is basically actuated by a contact wire. The battery pack and firing cable are attached to an electric detonator which is inserted in the mine and a spool of contact wire is rolled out. Any contact with the wire after the mine is armed will break the fibre, which collapses an electrical circuit and triggers the mine. Hazards The MAPED F1 is surface mounted and it can be located visually or with metal detectors under most field conditions. On detonation the mine will normally propel lethal fragmentation to a range between 40 and 60 meters. The actual hazard range for these types of mines can be as high as 300 metres based on US Army tests of the M18A1 Claymore this is directly in front of the mine, fragmentation range and density drop off to 125 meters to the sides and rear of these mines . Always be alert for pressure actuated blast mines along a tripwire don t get tripwire fixation . External links http www. ...   more details



  1. A570 road

    Infobox road country GBR type A route 570 length mi direction a terminus a direction b terminus b junction destinations The A570 is a primary route in northern England , that runs from St Helens, Merseyside St Helens to Southport . The road begins at junction 7 Rainhill Rainhill Stoops Rainhill Stoops of the M62 motorway in Merseyside , and runs in a northerly direction as a dual carriageway through the centre of St Helens, meeting the A58 road , then the A580 road to the north of the town. The road continues in a north westerly direction, bypassing Rainford to dual carriageway standard. It crosses the border into Lancashire , before reaching junction 3 of the M58 motorway . Continuing north westerly still, as a single carriageway road it travels through Ormskirk , meeting the A59 road at a crossroads culture crossroads . North west of Ormskirk, it crosses over the Leeds and Liverpool Canal , and meets the A5147 road near Scarisbrick . Shortly afterwards, it crosses the border back into Merseyside, and reaches the town of Southport. It terminates at its junction with the A565 road in the centre of the town. GB A road zone 5 coord 53.51066 N 2.8022 W type landmark region GB dim 15000 display title DEFAULTSORT 5 0570 Category Roads in England Category Transport in Lancashire Category Transport in Merseyside UK road stub ...   more details



  1. Cobalt(II) oxalate

    Chembox ImageFile Cobalt II oxalate dihydrate from xtal 2005 CM 3D balls.png ImageSize 380 ImageAlt IUPACName PIN OtherNames Section1 Chembox Identifiers CASNo 814 89 1 PubChem SMILES Section2 Chembox Properties Formula H sub 2 sub C sub 2 sub CoO sub 6 sub MolarMass Appearance Density MeltingPt BoilingPt Solubility Section3 Chembox Hazards MainHazards FlashPt Autoignition Cobalt II oxalate is the inorganic compound with the chemical formula formula of CoC sub 2 sub O sub 4 sub . Like other simple inorganic oxalates, it a coordination polymer . The oxalate ligand s bridging ligand bridge of Co OH sub 2 sub sub 2 sub centres. Each cobalt adopts octahedral coordination geometry . ref cite journal journal Acta Crystallographica Acta Cryst. C volume 61 year 2005 pages m58 m60 title catena Poly& 91 & 91 diaquacobalt II & 93 oxalato& 93 first1 J. last1 Bacsa first2 D. last2 Eve first3 K. R. last3 Dunbar doi 10.1107 S0108270104030409 ref Cobalt compounds References Reflist Chem stub Category Cobalt compounds Category Oxalates ...   more details



  1. Switch Island

    the entry slips for the M57 and M58. This section is no longer open to general traffic but is the site ...   more details



  1. Kennessee Green

    M57 and M58 motorway M58 motorways nearby. And the A59 road A59 is situated to the west of the village ...   more details



  1. List of hieroglyphs/M

    List of hieroglyphs navig Expected quantity 44 M1 M2 M3 br Branch hieroglyph Branch M4 M5 br M6 M7 M8 M9 M10 hiero M1 hiero hiero M2 hiero hiero M3 hiero hiero M4 hiero hiero M5 hiero hiero M6 hiero hiero M7 hiero hiero M8 hiero hiero M9 hiero hiero M10 hiero M11 M12 M13 br Papyrus stem hieroglyph Papyrus br Papyrus stem hieroglyph stem M14 M15 M16 M17 M18 M19 M20 hiero M11 hiero hiero M12 hiero hiero M13 hiero hiero M14 hiero hiero M15 hiero hiero M16 hiero hiero M17 hiero hiero M18 hiero hiero M19 hiero hiero M20 hiero M21 M22 M23 M24 M25 M26 M27 M28 M29 M30 hiero M21 hiero hiero M22 hiero hiero M23 hiero hiero M24 hiero hiero M25 hiero hiero M26 hiero hiero M27 hiero hiero M28 hiero hiero M29 hiero hiero M30 hiero M31 M32 M33 M34 M35 M36 M37 M38 M39 M40 hiero M31 hiero hiero M32 hiero hiero M33 hiero hiero M34 hiero hiero M35 hiero hiero M36 hiero hiero M37 hiero hiero M38 hiero hiero M39 hiero hiero M40 hiero M41 M42 M43 M44 M45 M46 M47 M48 M49 M50 hiero M41 hiero hiero M42 hiero hiero M43 hiero hiero M44 hiero hiero M45 hiero hiero M46 hiero hiero M47 hiero hiero M48 hiero hiero M49 hiero hiero M50 hiero M51 M52 M53 M54 M55 M56 M57 M58 M59 M60 hiero M51 hiero hiero M52 hiero hiero M53 hiero hiero M54 hiero hiero M55 hiero hiero M56 hiero hiero M57 hiero hiero M58 hiero hiero M59 hiero hiero M60 hiero M61 M62 M63 M64 M65 M66 M67 M68 M69 M70 hiero M61 hiero hiero M62 hiero hiero M63 hiero hiero M64 hiero hiero M65 hiero hiero M66 hiero hiero M67 hiero hiero M68 hiero hiero M69 hiero hiero M70 hiero References reflist External links commonscat Hieroglyphs of Egypt trees and plants category egyptology Category Egyptian hieroglyphs Gardiner listed MMM ...   more details




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