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9 Asbestos Tile

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City doesn’t want to pay taxes on flooded, moldy, abandoned buildings.
City doesn’t want to pay taxes on flooded, moldy, abandoned buildings.

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M60 machine gun

Overview

The M60 is a belt-fed machine gun that fires the 7.62 mm NATO cartridge commonly used in larger rifles. It is generally used as crew-served weapon and operated by a team of two or three men. The team consists of the gunner, the assistant gunner (A-gunner in military slang), and the ammunition bearer. The gun’s weight and the amount of ammunition it consumes when fired make it difficult for a single soldier to carry and operate. The gunner carries the weapon and, depending on his strength and stamina, anywhere from 200 to 1000 rounds of ammunition. The assistant carries a spare barrel and extra ammunition, and reloads and spots targets for the gunner. The ammunition bearer carries additional ammunition and the tripod with associated traversing and elevation mechanism, if issued, and fetches more ammunition as needed during firing.

Firing an M60 machine gun from the standing position during the DEFENDER CHALLENGE ‘88 competition

The basic ammunition load carried by the crew is 600 to 900 rounds and theoretically allows approximately two minutes of continuous firing at the maximum rate of fire. All crews carry more than the basic load, sometimes three or more times the basic amount.[citation needed]

The M60 can be accurately fired at short ranges from the shoulder due to its design. This was an initial requirement for the design and a hold-over in concept from the M1918 Browning Automatic Rifle. It may also be fired from the integral bipod, M122 tripod, and some other mounts.

M60 ammunition comes in a cloth bandolier containing a cardboard box of 100 pre-linked rounds. The M60 changed from M1 link to the different M13 link, a change from the older link system with which it was not compatible. The cloth bandoleer is reinforced to allow it to be hung from the current version of the feed tray. Historically, units in Vietnam used B3A cans from C-rations packs locked into the ammunition box attachment system to roll the ammunition belts over for a straighter and smoother feed to the loading port to enhance reliability of feed. The later models changed the ammunition box attachment point and made this adaptation unnecessary.

History

The M60 machine gun began development in the late 1940s as a program for a new, lighter 7.62 mm machine gun. The design included features that had been successful on earlier designs (most notably the German MG 42 and FG 42), as well as improvements of its own. It was intended to replace the M1918 Browning Automatic Rifle and M1919A6 Browning machine gun in the squad automatic weapon role. It was also to replace the M1919 family in the medium machine gun role. One of the weapons tested against it during its procurement process was the FN MAG.

The experimental T-44 machine gun developed from the German FG 42 and MG 42 machine guns.

The U.S. Army officially adopted the M60 in 1957. It later served in the Vietnam War as a squad automatic weapon with many U.S. units. Every soldier in the rifle squad would carry an additional 200 linked rounds of ammunition for the M60, a spare barrel, or both. The up-gunned M113 armored personnel carrier ACAV added two M60 gunners beside the main .50 gun, and the Patrol Boat, River had one in addition to two 50 cal mounts.

This section requires expansion with:

Fill in M60 history, including Vietnam War info.

M60 in Vietnam 1966.

In the 1980s, it was partially replaced by the M249 Squad Automatic Weapon within the Infantry squad. The M60 was retained in the vehicle mounted role and the general-purpose role due to its greater power and range compared to the 5.56 mm M249. In USMC service, concerns about the M60’s reliability, the system’s weight, and high round counts of many M60s in service prompted the adoption of the M60E3 to replace most original M60s in Infantry units.

A 19th Special Forces Group soldier mans an M60 machine gun on a HMMWV in Afghanistan, in March 2004. An AT4 anti-tank launcher can be seen in the foreground.

Starting with Ranger Battalions, the US Army began adopting and modifying M240 variants for replacing their remaining M60s in the early 1990s. By comparison, the M240 is several pounds heavier than the M60, and has a longer barrel and overall length, but is more reliable in use and testing.[citation needed] However, the M60 uses a much simpler gas system that is, when care is taken during reassembly, easier to clean. This advantage is obviated by the fact that, in practice, the gas tube is wired shut with lockwire to prevent the gun from disassembling itself due to vibration in hard use.

A sailor fires an M60E3 machine gun during a live-fire exercise at the Mobile Inshore Underwater Warfare Site (MIUW) at Guantanamo Bay, Cuba.

The M60 continues to be used by U.S. Navy SEALs and as a door gun on U.S. Army helicopters into the 21st century, and as the main 7.62 mm machine gun by some U.S. special operations forces into the late 1990s. As of 2005, it is used by the Coast Guard, Navy, and a number of reserve forces, though it is being phased out in favor of the M240 7.62 mm medium machine gun. The use as an Army helicopter door gun will soon be tapering off, as an improved M240 version has been adopted for this role.

Design

The neutrality of this section is disputed. Please see the discussion on the talk page. Please do not remove this message until the dispute is resolved. (July 2009)

The M60 is a gas-operated, air-cooled, belt-fed, automatic machine gun that fires from the open-bolt position and is chambered for the 7.62 mm NATO cartridge. Ammunition is usually fed into the weapon from a 100-round bandolier containing a disintegrating, metallic split-link belt.

An Airwoman of the UK’s Royal Air Force handles an M60 during a demonstration for Combined Joint Task Force Exercise (CJTFEX) in 2004

The design drew on many common concepts in firearms manufacture of the period, such as stamped sheet metal construction, belt feed (a modified mechanism for belt feed from the MG42 with a single pawl), quick barrel replacement, a pistol grip and stock, and a semi-bull pup design similar to the FG42 (much of the action occupies the weapon’s stock). The M60’s operating system of an operating rod turning a rotating bolt was inspired by the FG42, which was based on the much earlier Lewis Gun. The M60’s gas operation is unique, and drew on technical advances of the period, particularly the White “gas expansion and cutoff” principle also exploited by the M14 rifle. The M60’s gas system was simpler than other gas systems and easier to clean.

The straight-line layout allowed the operating rod and buffer to run directly back into the buttstock and reduce the overall length of the weapon.

As with all such weapons, it can be fired from the shoulder, hip, or underarm position. However, to achieve the maximum effective range, it is recommended that a bipod-steadied position or a tripod-mounted position be used and fired in bursts of 35 rounds. The weapon is heavy and difficult to aim when firing without support, though the weight helps reduce the felt recoil. The large grip also allowed the weapon to be conveniently carried at the hip. The gun can be stripped using a live round of ammunition as a tool. However, this is highly discouraged, as doing so can damage that round and increase the chance of a misfire.

The M60 is often used with its own integrated bipod or with the M122 tripod. The M60 is considered effective up to 1,100 meters when firing at an area target and mounted on a tripod; up to 800 meters when firing at an area target using the integral bipod; up to 600 meters when firing at a point target; and up to 200 meters when firing at a moving point target. United States Marine Corps doctrine holds that the M60 and other weapons in its class are capable of suppressive fire on area targets out to 1,500 meters if the gunner is sufficiently skilled.

Originally an experimental M91 tripod was developed for the M60, but an updated M2 tripod design was selected over it which became the M122. The M122 would be itself replaced in the 2000s by a new mount, in time for the M60 to also be used with it.

Ammunition

M60 machine gun fired during a small arms familiarization exercise aboard USS Blue Ridge (LCC-19); November 2004

810th Military Police Company, mans a 7.62 mm M60 machine gun atop an M998 High-Mobility Multipurpose Wheeled Vehicle (HMMWV) during Operation Desert Shield.

The M60 family of weapons are capable of firing standard NATO rounds of the appropriate caliber. Most common in U.S. use are M61 Armor piercing, M62 Tracer, and M80 Ball. For training purposes, M63 Dummy and M82 Blanks are used. The new tungsten cored M993 Armor-piercing rounds may also be fired in the M60 as well, though they did not enter the inventory until after the M60 was withdrawn from service in active-duty units.

When firing blanks, the M13 or M13A1 blank-firing adaptor (BFA) is necessary in order to produce enough gas pressure to cycle the weapon with blanks. All ammunition must be fixed in a NATO standard M13 disintegrating metallic split-link belt to feed into the weapon.

The standard combat ammunition mix for the M60 consists of four ball (M80) cartridges and one tracer (M62) in belts of 100 rounds. The four to one ratio theoretically allows the gunner to accurately “walk” the fire into the enemy. Tracer bullets do not fly quite the same trajectory as ball and weapon’s sights must be used for accurate firearticularly at ranges in excess of 800 meters, where 7.62×51mm NATO tracer bullets usually burn out and are no longer visible. This is a problem for all weapons in this caliber using this tracer round.

Design flaws

This section does not cite any references or sources.

Please help improve this article by adding citations to reliable sources. Unsourced material may be challenged and removed. (July 2009)

An M60 machine gun aboard a Navy patrol craft. The USS Constellation (CV-64) is visible in the background.

When tested in the field, the M60 was fairly effective, but in the jungles of Southeast Asia in which it was soon used, the initial versions displayed several potential problems when used on the ground. A common complaint was the weapon’s weight, though M60 was among the lightest 7.62 mm machine guns of the era.

For units in Vietnam, the single most common complaint was that the M60 was comparatively unreliable and prone to jamming and other malfunctions, especially when it was dirty. Fine sand and dust in the mechanism could bring the M60 to a halt. This was a major factor in the Israeli Defense Force declining to adopt the M60. The weapon was more difficult to clean and maintain than the M1918A2 Browning Automatic Rifle (BAR) it replaced in the squad. In normal conditions it would often fire thousands of rounds without a serious jam while field conditions tended to reduce reliability without proper maintenance.

The safety was awkward to operate and worked the “wrong way” for soldiers who were trained with the M16 rifle and M1911A1 pistolhat is, it required an upward movement of the thumb on the safety catch to make the gun ready to fire, rather than a downward movement as with the other weapons. Additionally, it is possible to install some of the fire control mechanism incorrectly, causing a “runaway gun”eaning that it would keep firing until empty even if the operator took his finger off the trigger. The gas system of the original model could be assembled incorrectly causing failure to function and could unscrew and come apart if not safety wired in place.

A Gunner Mate 3rd Class in the process of preventative maintenance and cleaning on an M60 machine on the USS Constellation (CV-64); December 2002

The M60 sometimes (depending on the version) tore rims off of fired cartridge cases during the extraction cycle, resulting in failure to remove the empty case, causing a jam that could take time to clear. The barrel latch mechanism (a swinging lever) could catch on the gunner’s equipment and accidentally unlatch, causing the barrel to fall out of the gun. The lever was replaced with a pushbutton mechanism that was less likely to be accidentally released, but many of the swinging-lever latches are still on guns in inventory, forty years after this problem was discovered.

The grip/trigger housing assembly is held in place with a rather fragile leaf spring clip instead of the captive pins used in other designs. The spring clip has been known to be prone to breakage since the first trials at Aberdeen Proving Ground. Duct tape and cable ties have been seen on M60s in the field, placed there by their crews in case the spring clip breaks. The sear in the trigger mechanism gained a reputation for wearing down and a malfunction could cause the gun to “run away”. A second sear notch was eventually added to the operating rod to reduce the chance of this happening.

Several critical parts of early production M60s, such as the receiver cover and feed tray, were made from very thin sheet metal stampings and prone to bending or breaking; sturdier parts were eventually available in the early 1970s. Early M60s also had driving spring guides and operating rods that were too thin and gas pistons that were too narrow behind the piston head (part of an attempt to save weight), leading to problems with breakage. Metallurgical problems also played a part, (blamed by some on low-bid contractors), but after 1970 a slightly heavier part was designed and slowly put into the supply chain. High round count weapons were also susceptible to stretching of the receiver and other parts.

An M60 machine gun team changes barrels before engaging their last target during the DEFENDER CHALLENGE ‘88 competition.

Another criticism with some versions of the M60 is that the barrel was heavy. The bipod was a permanent fixture to the barrel as well as the gas chamber of the gas system; the latter was a result of using a piston design with a fixed regulator design. The advantage of the fixed regulator was no adjustment was required, though it risked the ability to compensate for fouling of the gas system, leading to insufficient power to operate the action, including lifting the ammunition belt. The non-adjustable front sight is fixed to the barrel and adjustments for “zeroing” the sights could only be made at the rear sight requiring readjustment when the barrel is changedot ideal for combat situations.

There was no handle to hold the barrel by for changes. A large asbestos glove was part of the standard issue to allow the crew to handle hot barrels during barrel change. Loss of the glove was always a problem.

U.S. Marines especially disliked the M60, and many Marine units held onto their BARs until 196768 officially, and longer unofficially. The M60E3 variant designed in the mid-1980s for the U.S. Marine Corps, reduced the design’s weight to 18.9 lb (8.61 kg) unloaded and slightly improved reliability. Users complained about the quickly-overheating barrel, a common problem with the original M60. This problem was aggravated in the M60E3, which uses a lighter barrel, which required changing every 100 rounds instead of every 200. The M60E3’s barrel used a wire and plastic handle near the breech end and could be changed safely without the use of heat-resistant mittens.

The U.S. Navy special operations forces continued to use and upgrade the M60E3 for years because of its portability and low weight for its caliber requiring many modifications, including a change in feed system and barrel configuration. Additional required changes were the addition of rails for optical sights and other modern accessories.

The reliability problem with the M60 machine gun was even more evident when the gun was compared to the successful and reliable PK machine gun used by Warsaw Pact forces and Soviet client states.

Variants

A member of the 101st Airborne Division, armed with an M60 machine gun, participates in a field exercise in 1972.

The nomenclature M60 describes either the first adopted version or, generically, the family of weapons derived from it.

Major variations include the M60E1 (an improved version that did not enter production), the M60E2 (a version designed to be used from fixed mounts as a co-axial for armored vehicles or in helicopter armament systems), the M60E3 (a lightweight version) and the M60E4 (another improved version, designated Mk 43 Mod 0 by the U.S. Navy).

The M60C was adopted for use on fixed mounts on aircraft. It was characterized by the use of an electric solenoid to operate the trigger and a hydraulic system to charge the weapon. The M60D differed from the base model by employing spade grips, a different sighting system, and lacking a forearm. It was typically employed as a door gun on helicopters or as a pintle mounted weapon as on the Type 88 K1 tank.

There are many smaller variants among each type, between makers of the firearm, and over time.

Variant summary

T161: The M60’s developmental designation before it was type-classified in the 1950s.

M60: The basic model, type-classified in 1957.

M60E1: An improved version that did not enter production. The primary difference was the handle fixed to the barrel and the removal of the gas cylinder and bipod from the barrel assembly.

M60E2: Used in vehicles as a coaxial machine gun; electrically fired.

M60B: Used in helicopters in the 1960s and 1970s; unmounted.

M60C: Used in fixed mounts in aircraft in the 1960s and 1970s; electrically fired and hydraulically charged.

M60D: Replaced the M60B; a pintle-mounted version used especially in armament subsystem for helicopters, but also some other roles.

M60E3: An updated, lightweight version adopted in the 1980s.

M60E4 (Mk 43 Mod 0/1): An improved model of the 1990s that looks similar to the E3, but has many improvements. It has subvariants of its own, and is also used by the U.S. Navy (as the Mk 43 Mod 0/1). The Mk 43 Mod 1 is a specialized version with additions such as extra rails for mounting accessories.

M60

M60 on the deck of USS Theodore Roosevelt (CVN-71) in 2006.

The initial version was officially adopted by the U.S. Army in the late 1950s, though at this time it was only intended for the infantry. It was known as the T161 before it was adopted (specifically the T161E3), and was chosen over the competing T52 during testing in the 1950s. They both used a similar feed and were both gas-operated, but the T161 was easier to produce and its different internals performed better. The model that won the competition was the T161E3.

The model was type-classified in 1957, and entered production. It saw its first heavy use in the 1960s. The basic design has undergone some smaller changes, and has been produced by different manufacturers.

M60E1

The M60E1 was the first major variant of the original M60. It did not go into full-scale production, though many of its features were included into the later E3 and E4 variants. Some of its features were also incorporated into the existing M60 production. This mainly changed how the gas cylinder, the barrel, and the bipod were connected; in the first iteration. The M60 and the M60E1 are two different versions. Opinions are varied on whether the M60E1 was officially adopted or not.

A camouflaged infantryman armed with an M60 machine gun.

One of the more noticeable changes on the M60E1 is that the bipod attachment point was moved to the gas tube rather than the barrel (like on the later M60E3). It did not, however, have a forward pistol grip, as was added on the E3.

M60E2

M60E2, intended for co-axial use. Note gas tube extension and no grip.

The M60E2 is used on armored fighting vehicles, such as the M48A5, later M60 Patton versions and the K1 Type 88. It lacks many of the external components of the standard M60, including stock and grips. The M60E2 was electrically fired, but had a manual trigger as a backup, as well as a metal loop at the back for charging. The gas tube below the barrel was extended to the full length of the weapon to vent the gas outside the vehicle. This version achieved a mean time between failures of 1,669 during testing in the 1970s, more frequent than the FN MAG, which was adopted in 1977 as a co-axial vehicle gun and designated the M240.

The M60E2 is used on the South Korea’s K1 Type 88 tank as a co-axial weapon, along with an M60D on a pintle mount.

M60B

The M60B was a short-lived version designed to be fired from helicopters, with limited deployment made in the 1960s and 1970s. It was not mounted, just held, and was soon replaced by the pintle-mounted M60D. The ‘B’ model differed most noticeably in that it had no bipod and featured a different rear stock than the regular model. It still had a pistol grip (as opposed to spade grips). The M60B’s advantage over pintle-mounted variants was that it had a wider and much less restricted field of fire.

M60C

The M60C machine gun.

The M60C is a variant of the standard M60 for aircraft-mounting, such as in helicopter armament subsystems. It lacks things like the bipod, pistol grip, and iron sights. The main difference between the standard M60 and the “C” variant is the electronic control system and the hydraulic swivel system used. It could be fired from the cockpit by the pilot or co-pilot. It is an electronically-controlled, hydraulic-powered, air-cooled, gas-operated, belt-fed weapon system. It used the M2, M6, and M16 armament subsystems and was mounted on the OH-13 Sioux, the OH-23 Raven, the UH-1B Huey, and comprised the standard fixed armament of the OV-10 Bronco. M60C production was on the order of several hundred. It was also used in the XM19 gun pod.

See also: US Helicopter Armament Subsystems

M60D

The M60D on the M23 Armament Subsystem.

The M60D is a mounted version of the standard M60. It can be mounted on boats, vehicles and as a pintle-mounted door gun in helicopters. When used in aircraft, it differs from the M60C in that it is not controlled by the pilotather, it is mounted in a door and operated by a member of the crew. Like the rest of the M60 family, it is an air-cooled, gas-operated, belt-fed weapon. Unlike other models, however, the M60D normally has spade grips and an aircraft ring-type sight or similar, as well as an improved ammunition feed system. A canvas bag is also affixed to the gun to capture ejected casings and links, preventing them from being sucked into the rotor blades or into an engine intake. The M60D was equipped on the UH-1B Huey (using the M23, XM29, M59, and the Sagami mounts), the CH-47 Chinook (using the M24 and M41 mounts) in both door and ramp locations, the ACH-47A “Guns-A-Go-Go” variant of the Chinook (using the XM32 and XM33 mounts), and on the UH-60 Black Hawk (using the M144 mount). The M60D is also used by the British on Royal Air Force Chinooks. In US service, the M60D are being replaced, primarily by the M240H.

See also: US Helicopter Armament Subsystems

M60E3

Navy SEAL team member fires an M60E3 from the shoulder during a field training exercise in 1987.

The M60E3 was fielded circa 1986 in an attempt to remedy problems with earlier versions of the M60 for infantry use. It is a lightweight, “improved” version intended to reduce the load carried by the gunner. Unlike its predecessors, the M60E3 has several updated modern features. It has a bipod (attached to the receiver) for improved stability, ambidextrous safety, universal sling attachments, a carrying handle on the barrel, and a simplified gas system. However, these features also caused almost as many problems for the weapon as they fixed. There were different types of barrels used, but the lightweight barrel was not as safe for sustained fire at 200 rounds per minute as heavier types. However, some personnel claim to have witnessed successful prolonged firing of the weapon. The stellite superalloy barrel liner makes it possible, but the excessive heat generated by this process can quickly make the gun unusable. There were two main barrels, a lightweight barrel and another heavier typehe former for when lighter weight was desired, and the latter for situations where more sustained fire was required.

M60E3.

The reduced-weight components also reduced the durability of the weapon, making it more prone to rapid wear and parts breakage than the original. Most infantry units in the U.S. Army and Marine Corps have now switched over to the M240 as their general-purpose machine gun, which is more reliable (particularly when dirty) and seems to be well-liked by the troops for its ruggedness, despite the fact that it weighs 27.6lb (12.5kg) compared to the standard M60 at 23.15lb (10.5kg).

The U.S. Air Force Security Forces received the M60E3 from 1988 to 1989. All USAF M60E3s were withdrawn from general issue by 1990, because it did not meet the vehicle mount requirements of the Cadillac Gage Ranger and due to overheating problems. The M60E3 did remain in the Air Force as an emergency issue weapon only. Still in service on Ohio Class ballistic missile submarines as a more reliable weapon has not even been considered for reissue.

M60E4 and Mk 43 Mod 0/1

This firearm is the latest generation of the M60 family and incorporates a number of improvements over other versions. Externally, it looks somewhat like the M60E3, but it has other internal changes and improvements. It features a different forward grip and is also a more reliable weapon than the other M60s. The M60E4/Mk 43 has higher pull for the belt, and is available in a variety of configurations. It is also possible to convert some older models to this standard. The M60E4 and Mk 43 were primarily developed in the 1990s. First the E4, and soon after the Mk 43hese early Mk 43s had some distinct differences from the E4 (such as a duckbill flash suppressor), though by the 2000s these distinctions seemed to have ended.

A mounted Mk 43 Mod 0 (M60E4) (later model) is crewed by a Seabee of NMCB-15 (Naval Mobile Construction Battalion), on a convoy in Iraq in May 2003.

This version also has another designation under the Navy, Mk 43 Mod 0. The Mk 43 Mod 0 was developed for the U.S. Navy SEALs to replace their existing stock of M60E3 machine guns fitted with shorter “assault barrels”. These weapons are identical to standard M60E4s, with the exception of the barrel length, and can be used either as suppressive fire or direct fire weapons, at least in terms of theory and training. The Mk 43 Mod 1 adds significantly more rail attachment points to the weapon’s receiver cover and handguard.

The M60E4 and Mk 43 versions are roughly similar, although they are only part of the same family. While it might be fair to say that the Mk 43s are a type of M60E4, there are technical differences between any given M60E4 model. Early Mk 43s have certain differences over M60E4 from the same period, the most obvious being the duck-bill flash hider and different handguard. Current Mk 43s do not have these differences however, and the U.S. Ordnance website states in their FAQ, as of 2005, that the “M60E4 and the Mk43 are the same weapon system”.

The M60E4 was pitted against the (then called) M240E4 in Army trials during the 1990s for new medium machine gun for the infantry, in a competition to replace the decades-old M60s. The M240E4 won, and was then classified as the M240B. This led to 1,000 existing M240s being sent to Fabrique Nationale for an overhaul and a special kit that modified them for use on ground (such as a stock, a rail, etc.). Afterwards, procurement contracts were let in the late 1990s for all-new M240B models. However, a new feature was added: a hydraulic buffer system to reduce the felt recoilimilar to that of the M60as incorporated. While the M240B had been more reliable in the tests, it was a few pounds heavier than the M60E4.

The M60E4 is not just another version, but a whole update to the series, that is also available in many of the previous configurations, such as a co-axial weapon. Kits are also offered to convert older models to the E4 standard.

M60E4 (Light machine gun):

Short barrel: weight: 22.5 lb (10.2 kg); length: 37.7 in (95.8 cm)

Long barrel: weight: 23.1 lb (10.5 kg); length: 42.4 in (108 cm)

Assault barrel: weight: 21.3 lb (9.66 kg); length: 37.0 in (94.0 cm)

Width: 4.8 in (12.2 cm)

M60E4 (mounted):

Length: 43.5 in (110 cm)

Width: 5.9 in (15.0 cm)

Weight: 22.7 lb (10.3 kg)

M60E4 (co-axial):

Length: 42.3 in (107 cm)

Width: 4.8 in (12.2 cm)

Weight: 21.2 lb (9.62 kg)

Civilian versions

A number of semi-automatic versions for the civilian market have been produced in the United States. The internals must be extensively modified to make it essentially impossible to convert them to fully-automatic weapons. If the design is approved by the U.S. Bureau of Alcohol, Tobacco, Firearms and Explosives (BATFE), they are treated as belt-fed semi-automatic rifles; however, individual state and local regulations still apply.

The U.S. Ordnance company is the current maker authorized by Saco to produce mil-spec M60s and M60 parts. However, U.S. Ordnance put its civilian semi-auto sales on hold until 2006 because its production capacity is required for government orders. The company had charged $8000 for a new semi-automatic M60.

The Desert Ordnance company is a current maker of M60s and M60 parts. The company charges between $13000-$14000 for a new semi-automatic M60, depending on the model.

Various makes of older fully-automatic versions are on the market as well, but there are many legal requirements to be met before purchasing them, and they cost upwards of U.S. $20,00030,000. This is largely due to the restriction on the production of fully-automatic firearms in the U.S. for the general civilian market since 1986. The combination of banning production and importation has led many to think it is illegal to own a machine gun, when, in fact, it is legal to own and use a fully-automatic M60 machine gun in the United States (unless prohibited by other state or local laws).

Users

Republic of Korea soldiers with an M60 conduct combined amphibious landing during Foal Eagle 07.

Moro Islamic Liberation Front militant laying prone with an M60.

Portuguese Army V-150 Commando armed with an M60.

Australia

Colombia

Czech Republic: The M60E4 is used in small numbers by specialized units of the Czech Army.

Egypt

Greece

Jordan

Panama

Peru

Philippines

Portugal: Portuguese Army uses M60E and D mounted on V-150 Commando.[citation needed]

Republic of Korea

Taiwan

Thailand

Tunisia

United States: Used by the US Army and the US Navy SEALs.

Asbestos Essentials

Mesothelioma Lawyers San Diego — Wed, 30 Jun 2010 12:39:34 +0000

Information on obtaining Breast Milk for sick relative?

Hi –
My father hasn’t been given long to live due to asbestos induced cancer. I have researched (and he has already started) alternative medicine treatments in addition to his chemotherapy. I read several resources that mention some of the essential nutrients a body becomes deficient in overtime are found naturally in breastmilk. I am wondering if anyone knows if there is milk banks that support illnesses (rather than just premature babies) or how one can go about obtaining bmilk from a private source.

Thank you in advance
D.

There isn’t a lot of research yet with breast milk & cancer but I did read some Swedish research where breast milk killed cancer cells. It is easily digested, I can see why it would help during chemo. If you go to breastfeed.com and resources it lists some milk banks. You may need a prescription from a doc for it though, which might be tough with the skeptical docs, but check it out. You might want to check out Essiac tea, you can research it online, I have heard of awesome results with it!

Asbestos Essentials is a post from: Asbestos Lawyers San Diego

Asbestos Waste Storage

Mesothelioma Lawyers San Diego — Sat, 19 Jun 2010 18:32:10 +0000

Applications of the Alkaline Earths

All of the alkaline earth elements contain two electrons in the outermost energy level of their atoms, and they tend to have similar chemical and physical properties. Their properties can also be compared to those of the alkali metals, which lie next to them on the periodic table. They are shiny, relatively soft, and white or silvery in color. Like the alkali metals, the alkaline earth metals react with acids and water to produce hydrogen gas. These reactions, however, are less intense than are those with the alkali metals. Alkaline earth metals also react vigorously with oxygen. Magnesium burns so actively in air, for example, that it is often used in flares because of the brilliant white light it produces during combustion. Flame tests can be used to identify compounds of the alkaline earth metals. The characteristic colors of these elements are orangish-red for calcium, crimson for strontium, and apple-green for barium. The brilliant colors produced in fireworks displays are often produced by compounds of strontium and barium.

Beryllium ranks number 50 in abundance among the chemical elements. Interestingly enough, it occurs most commonly in gemstones and beautiful minerals such as beryl, emeralds, and aquamarine. The most important industrial application of beryllium is in the manufacture of alloys. In very small amounts, the element adds strength, durability, and temperature stability to alloys. Copper-beryllium alloys make good hand tools in industries that use flammable solvents because the tools do not cause sparks when struck against other objects. Nickel-beryllium alloys are used for specialized electrical connections and various high temperature applications. Beryllium is used instead of glass in X-ray tubes because it lets through more of the X-radiation than glass would. Beryllium is toxic to humans. Exposure to high concentrations can cause a pneumonia-like condition that can quickly result in death. Long-term exposure to even small concentrations can result in serious health problems, in particular a respiratory problem known as berylliosis.

Magnesium is the sixth most common element in Earth’s crust. It occurs in minerals such as dolomite, magnesite, carnallite, asbestos, soapstone, mica, and spinel. The oceans also contain relatively high concentrations of magnesium chloride. Magnesium performs a critical role in living things because it is a key component of chlorophyll. Chlorophyll is the green pigment that captures the energy of sunlight for storage in plant sugars during photo-synthesis. Chlorophyll is a large molecule called a porphyrin; the magnesium occupies the center of the porphyrin molecule. In the animal kingdom, a similar porphyrin called heme allows hemoglobin to transport oxygen around in the bloodstream; in the case of heme, however, iron rather than magnesium occupies the central place in the porphyrin. Elemental magnesium is a strong, light metal, particularly when alloyed, or mixed, with other metals like aluminum or zinc. These alloys have many uses in construction, such as in the manufacture of airplane parts. Alloys of magnesium and the rare earth elements are so temperature resistant that they are used to make car engine parts.

Calcium is the third most common metal on Earth, exceeded only by iron and aluminum, and the fifth most common element. Naturally occurring compounds of calcium include limestone, dolomite, marble, chalk, and Iceland spar (all forms of calcium carbonate); gypsum (calcium sulfate); fluorite (calcium fluoride); and apatite (calcium fluorophosphate). Compounds of calcium are also found in sea water. Calcium is an essential nutrient for living organisms. One of its functions is the proper development of bones and teeth. Nutritionists say that growing children need about 1.5 grams of calcium every day to maintain good health. Calcium is also needed for the coagulation (clotting) of blood and for maintaining a normal heartbeat and blood pressure.

The industrial applications of calcium are numerous. Both limestone and gypsum have been used in building materials since ancient times; in general, gypsum was used in drier climates. Marble is also a good building material. Limestone and dolomite are the principle sources of slaked lime (calcium hydroxide) and quick lime (calcium oxide) for the steel, glass, paper, dairy, and metallurgical industries. Lime can act as an agent to remove impurities from steel, as a neutralizing agent for acidic industrial waste, as a reagent (a chemically active substance) for reclaiming sodium hydroxide from paper pulping waste, and as a scrubbing compound to remove pollutants from smokestack effluent. The paper industry uses calcium carbonate as an additive to give smoothness and opacity (the opposite of transparency) to the finished paper. The food, cosmetic, and pharmaceutical industries use it in antacids, toothpaste, chewing gum, and vitamins.

Strontium and barium are the fifteenth and fourteenth most abundant elements, respectively, in Earth’s crust. They also occur in very small concentrations in the oceans. Radium is a radioactive element that occurs only in association with uranium, from which it is formed by radioactive decay. (A radioactive element is one that spontaneously gives off energy in the form of particles or waves by disintegration of their atomic nuclei.) This relationship between uranium and radium provides a reliable way to find the age of rocks. The larger the amount of radium in a rock, the longer decay has been taking place and the older the rock is.

Because of the brilliant red color they produce when burned, strontium compounds are widely used in fireworks and flares. Strontium carbonate is also a glass additive, and strontium hydroxide is a refining agent in the production of beet sugar. The most important commercial application of barium is in the form of barium sulfate, used as a lubricating mud in well-drilling operations. In the medical field, patients with gastrointestinal (stomach and intestinal) problems are often required to drink a chalky, white liquid form of barium sulfate before having X-ray examinations. Radium was formerly used in medicine to treat various kinds of cancer and other conditions. Its use has declined, however, as safer radioactive materials have been discovered. Compounds of radium were also used to paint the luminous numbers on watch dials. That application has been stopped because of the health risks to workers who used the radium paint.

About the Author

Dr. Badruddin Khan, as Associate Professor in the University of Kashmir, Srinagar, India, loves to enrich the most valuable raw material of the society, the students, in all possible ways.

Western Mass Environmental – West Springfield, MA

Asbestos Waste Storage is a post from: Asbestos Guidance

Asbestos Statistics Uk

Mesothelioma Lawyers San Diego — Tue, 30 Mar 2010 11:28:58 +0000

Kids and Lung Cancer

In 2004 the UK solitary had 153, 397 deaths caused by tumor lonesome. Every year around 38,000 bags of lung scourge are diagnosed in the UK lonesome.The entire population in the UK around that time was estimated at 60.2 million people. A closer look will disclose the valid boundary of the disease that is slowly being tackled by seek. Cancer gear was increasing by 1% per year. Cancer mainly property people in later life, but is also seen to build in children and adolescents. More than 75% of deaths from bane happen in the elderly from the age of 65 and above. With such a high ratio of deaths occuring in the elderly, blight is responsible for 1 in 4 or 25% of all deaths across all age groups throughout the world. This numeral is main in adults under 65 being old, where 1 in every 3, or 33%, of all plague caused deaths.

There are more than 200 different types of disease but only four of these types were responsible for 48% of all blight allied deaths. Lung canker was the song chief capture of scourge diagnosed which accounts for 22% of all menace deaths in 2004. Bowel, breast and prostrate tumor were responsible for between 11% and 8% of other scourge deaths. Why is the value of lung menace sufferers so high? Simply because of the number of people who smoke cigarettes. Around 80% of all lung plague deaths are caused by smoking.

Cutting down on smoking or stopping all together would seriously reduce the number of melanoma deaths. World-broad, over 1.3 million cases of lung evil are diagnosed each year. Prolonging smoking is responsible for the supreme number of lungs connected blight deaths, with it prominent most commonly among those aged 65 living and over. It is very seldomly diagnosed in those under 40. Scotland has the peak evaluate of lung bane sufferers in the UK. Scotland has the memoirs of high smoking and Scottish men and women have among the maximum duty of menace in the world. Why is the duty so high in Scotland? Exposure to industrial carcinogens and humble diet are said to contribute to the high figure of sufferers. Asbestos exposure is responsible for around 6% of chap lung melanoma cases diagnosed. If we look at the complete world, the main rates of lung melanoma in the world are found to be in men in eastern Europe as well as men in North America. The blueprint is similair for women with the premier number of sufferers occuring in Denmark, Hungary and Iceland.

In the US, incedences of lung blight are upper in the black population for men and women while contrastingly, Hispanics and Asians have lower number of cases than the pasty population.

Children are not immune to smoking with near 1 in 4 smoking by the age of 15. How lifetime smoking practice are urbanized occurs in adolescent time, and by 19 they are steadily addicted to smoke. There evince that points to the truth that how early on in life someone begins smoking has more of brunt on the likelihood of them untaken onto upgrade lung growth. So the immature the fondness is produced, the greater the attempt of lung disease. This reasoned is more prominent than the number or extent the role smokes from then on after developing the fondness or right addicted to nicotine.

Some factors that trigger children to smoke are having a mother that is a smoker or siblings or friends. Being exposed to cigarrette advertising is also a cause that leads children to smoke. Passive smoking by someone, also puts them at gamble of developing lung cancer. It could also clue to respiratory disease in children. Children budding up with parents that smoke are also at venture of asthma, middle-ear infections and cot deaths.

The stage of chance in the UK becomes more alarming when you take into account the verity that one in every three children grow up in a household with at slightest one father that smokes. Smokers that consume up to 14 cigarrettes a day are eight epoch more possible to upgrade lung cancer than non-smokers. Alarmingly, smokers consuming 25 or more, a day are 25 epoch more prone to form lung cancer.

For the sake of your children, if not for your strength, give up smoking and you will have more appreciation for life in your later days, with enhanced special wellbeing and children liberated from the menace of respiratory diseases that may transport to an early end a great life. If not for yourself, for the sake of your children.

About the Author

Find tips about types of lung cancer and lung cancer survival rates at the Lung Cancer Facts website.

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Asbestos Waste Code

Mesothelioma Lawyers San Diego — Wed, 02 Dec 2009 23:17:11 +0000

Don’t Pay a Contractor – Build Your Own Home

Don’t pay a contractor? – Build your own home

You’ve heard the stories before…

The contractor made 100 grand on the job and I never saw him!

The job took a year longer than planned…

The job cost twice as much as the original budget…Where are my sub contractors?

Why not cut out the contractor and keep all the money for yourself? Good idea but can you handle the truth

One of the primary jobs of the general contractor (GC) or homebuilder is to manage the sub contractors. A sub contractor (see partial list below) is defined as someone who contracts with the GC – like a plumber – while the general contractor contracts with the owner. Therefore, the GC’s contract with the owner is the main contract and the GC’s contract with the plumber is a “sub” contract. A typical custom home can easily have over 100 sub contractors, and one of the primary jobs of a contractor is to oversee all of these independent businesses.

So what makes a good homebuilder?

Relationships

A good homebuilder has strong relationships with sub contractors and suppliers that may have evolved over many years. That relationship involves a level of trust, understanding and expectation. Have you ever hired someone for any kind of work? It takes a while to figure out that person’s strengths and weaknesses. The same is true for homebuilders. Managing multiple sub contractors means coordinating the schedule, overseeing the proper materials and installation, contracting, and paying each sub contractor.

Expertise

Sure, a “non-professional” can hire sub contractors and buy materials but it’s going to be harder for someone to comprehend all the aspects of the construction process the same way a professional does.

I could probably learn how to do brain surgery too! But I’m not sure you would want to be my first patient!!!

According to Dr. K. Anders Ericsson, a Conradi Eminent Scholar and Professor of Psychology at Florida State University who is widely recognized as one of the world’s leading theoretical and experimental researchers on expertise, it takes about 10,000 hours of practice to reach the level of expert.

Expert – 10,000 hours – that means 250 weeks @ 40 hours or 5 years.

Technician – 5,000 hours to be very accomplished

Advanced – 2,000 hours you become pretty good

Layperson – has little or no practice in a field

And we are not just talking about expertise in hundreds of different construction trades and techniques, but also the Building Code, local rules and regulations, human relations, management, legal issues, safety, and political savvy.

Flow of work

Have you heard of a construction job that took longer than it was supposed to?? Unfortunately it seems to be the practice not the exception… Did you see the movie “The Money Pit” (a must see if you haven’t!)? “Two weeks” is the answer to every question about how long it will take. Obviously, some smarmy contractors are at fault here. However, the client also has a responsibility to bear. The number one reason jobs slow down (assuming an attentive and professional builder is running them) is lack of appropriate information. The plans aren’t specified properly. The owner hasn’t finalized a decision.

When the flow of work is mismanaged or changed, it can have a devastating effect on a job. The longer a job takes the more it costs – interest cost, overhead and rental costs to name a few. A well run job requires a good “helmsman” steering the way. Changes are inevitable in a custom home but the fewer the better. Good planning helps a huge amount, but when there is a change, the contractor needs to steer the appropriate change through design, permitting (if necessary), pricing, scheduling and execution to get the job back on track.

Sub contractors work differently than general contractors and it is important to understand this relationship. A sub may have 5, 10 or 20 jobs going on at a time and if a job changes or isn’t ready when the sub is told to be there, it wastes time (time is money) for the sub. Inexperienced contractors fall into the trap of not having the job prepared or the appropriate specifications or materials available.

Quality

Aside of overseeing the flow of work, a good contractor has a solid understanding of all phases of construction and (hopefully) design. The contractor needs to know everything from what makes a good foundation installation – items such as clearance to rebar – to the particular type and quality of a piece of wood – quarter sawn, rift cut, hard or soft. What makes a quality tile installation or retaining wall waterproofing system. The practices change in different parts of the country and different climates.

The contractor must understand the ever-changing building codes and regulations. He also needs to maintain a safe job site and insure all sub contractors follow the same practices.

Certainly building a home is not brain surgery, but just like every other profession, it looks easier than it is. If you want to take on building your own home there are many good books available to help you get started. In addition, research other ways to build such as getting the assistance of a builder as a consultant or hiring an experienced building supervisor. Whichever way you go – learn what you can ahead of time. Even if you hire a contractor, you will still be heavily involved and making 1,000’s of decisions to get the custom home you want.

Good luck!

Partial List of Sub Contractors

Windows and Door Supply

Alarm

Archeologist

Asbestos Abatement

Backhoe and Bobcat

Bee’s Nest Removal

Cabinets

Carpet

Chimney Sweep

Concrete

Concrete Resurfacing

Concrete Coring

Concrete Pilings

Concrete Retaining Walls

Decking

Drainage

Drywall

Electricians

Engineers

Excavation

Framing Carpentry

Fencing

Finish Carpentry

Fireplace Masonry

Fire Sprinkler

Garage Doors

Geologist

Grading

Handyman – Repair

Hardwood Flooring

HVAC – Heating Ventilation and Air Conditioning

Hot Tubs

Interior Design

Insulation

Fiberglass

Spray Foam

Kitchen Design

Lab Testing – Mold Testing

Landscaping

Landscape Maintenance

Landscape – Tree Service

Lumber Supplier

Low Voltage

Computer

Phone

Audio Visual

Alarm

House Control Systems

Masonry

Moving and Storage

Native American Monitor

Oil Tanks

Painting

Painting – Decorative

Pest Removal

Plumbing

Pools

Radon Gas

Railings

Retaining Walls

Roofing

Roof Trusses

Screening

Sealants

Seismic Retrofitting

Sewer

Sheet Metal

Siding

Specialty Items

Sauna

Secret Rooms

Wine Cellars

Sprinklers

Solar Electric

Solar Thermal

Stone Fabricators

Stucco

Surveyors

Trash and Hauling

Tile

Installation

Supply

Waterproofing

About the Author

Want to find out *more* valuable information to get huge discounts on Self Build Houses products without paying a penny? Check this out… http:// timberframedhouses.net

Seize the Day: ‘Designer Kidz’ aka ‘Selecta Dad’

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Mesothelioma Lawyers San Diego — Wed, 19 Aug 2009 06:34:29 +0000

U2 – 360° Dublin – Sunday Bloody Sunday @ Croke Park – (Monday 27.07.09)

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Asbestos Working Party 2010

Mesothelioma Lawyers San Diego — Thu, 25 Jun 2009 10:16:03 +0000

UK manufacturing center is election battleground
Kirsty Wigglesworth Asbestos is cleared from a closed industrial premises in Langley, central in England Monday, April 19, 2010. The dilapidation in the “Black Country” _ the heart of Britain’s once powerhouse industrial sector that proudly exported coal, steam engines and chocolates to the world _ has made it a major battleground in Britain’s closely fought national election.

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Mesothelioma Lawyers San Diego — Tue, 26 May 2009 13:52:55 +0000

Should AGW sceptics kill themselves with asbestos as suggested by the Head of IPCC Rajendra Pachauri?

Rajendra Pachauri, the head of the IPCC, has attacked the sceptics who are asking entirely rational questions about some of the IPCC’s claims, accusing them of indulging in ‘skullduggery of the worst kind’. He says those who ‘deny’ climate change are the same as those who claim that ‘asbestos is as good as talcum powder’ (eh?) and he hopes these ‘climate-change deniers’ rub asbestos ‘on their faces every day’ (nice). Sceptic, kill thyself! Behaving more like a secular Vatican than a genuinely Enlightened, open-minded, inquisitive gathering of investigative scientists, the IPCC’s overlords treat dissent as something disgusting.

Is this typical top down behaviour from the alarmists… surely not?

http://www.spiked-online.com/index.php/debates/copenhagen_article/8039

If “Global Warming” was real, if it was actually happening, then the believers wouldn’t have to engage in these Brown Shirt tactics. No one argues if gravity is real. We can show how gravity works through math.

Warmers don’t have math on their side, they have belief and call it science. Because the “skeptics” question this belief, then they must be vilified, lest they convince others that this is all just a scam.

And just what difference would it make if someone didn’t accept a science? Who would even argue with someone who didn’t believe in gravity?

So-called “Global Warming” is not a science.

Gears Of War 2 – May 2nd Highlights – Lag, Grenades & Asbestos

Asbestos Online is a post from: Connection Pipe Concrete Asbestos Ductile Iron

Class 9 Asbestos

Mesothelioma Lawyers San Diego — Sun, 10 May 2009 10:02:59 +0000

Hiring A Good Lawyer For Mesothelioma (Asbestos Cancer) Law Suits

Hiring a Good Lawyer for Mesothelioma (Asbestos Cancer) Law Suits

Mesothelioma (asbestos cancer) is the biggest reason why so many people today are hiring lawyers and going after various asbestos companies.Visit here http://mesotheliomatreatment-option.blogspot.com

Many companies in the past have used asbestos in their products despite the fact that they did know how dangerous asbestos can be to human health. In fact, mesothelioma is also known as asbestos cancer by many people simply because it almost always develops as a result of exposure to asbestos.

If you want to hire a lawyer for mesothelioma (asbestos cancer) law suits, then you need to be very careful whom to trust. You also have to realize that there is so much more to hiring a lawyer for mesothelioma (asbestos cancer) law suits than just dialing an 1800 number and signing a contract. Here are some things you should ask yourself:

Do I really have mesothelioma? Some people immediately go to a lawyer for mesothelioma (asbestos cancer) law suits without first confirming whether they have mesothelioma or not. You should realize that mesothelioma is actually a very difficult illness to diagnose since its symptoms resemble those of a lot of other diseases. This means you have to get a very thorough screening in order to prove that you truly have the illness. Some lawyers for mesothelioma (asbestos cancer) law suits offer to give you a free screening if they find that you do have a history of exposure to asbestos, so maybe it is a good idea to consult a lawyer first if you have your suspicions.Visit here http://mesotheliomatreatment-option.blogspot.com

Is the lawyer experienced enough? The mark of a great lawyer is experience. If you are looking for a lawyer for mesothelioma (asbestos cancer) law suits then you have to realize the fact that finding an attorney with a lot of experience will be to your advantage. Some people believe that experience can be measured in terms of years, but experience should actually be measured in the number of cases that a lawyer has handled. It is actually quite easy to find out just how much experience a lawyer has, despite the fact that most lawyer will keep trying to evade the question. In fact, simply asking around town regarding who this lawyer is should provide you with a lot of insights regarding just how much experience that attorney has when it comes to asbestos litigations.

Try to ask from former clients to see just how the lawyer for a mesothelioma (asbestos cancer) law suit you are planning to get has handled their cases. With this information, you should be able to take a guess at how the attorney will handle yours.

Class-action vs. self-litigation. There are a lot of people today who are going after companies as a class / group. This means that they are all at once suing a single company for its fault in their cases. Now what are the advantages to this? For one thing, people who join in a class action lawsuit will often find it to be much easier than actually having to appear in court. This is because class action lawsuits are actually handled by the chosen attorneys and will actually only involve you being visited by some lawyers, signing some papers and if the case is won, receiving some money. The problem with a class-action law suit, however, is the fact that the compensation to be given out by the defendant is often given as a block figure to be distributed among the litigators. Your chances of actually being compensated will increase when you get a lawyer for a mesothelioma (asbestos cancer) law suit but the amount that you will get can get smaller.

The advantage of hiring a lawyer for a mesothelioma (asbestos cancer) law suit on your own is the fact that you will be able to present the case by yourself. This means that you will be able to present your case to its full extent. You will also be able to make the company pay you to the fullest extent. However, since you will be litigating alone, the company will also have an easier time fighting your case. Because of the higher risk that you will end up with nothing, a lawyer for a mesothelioma (asbestos cancer) law suit may choose not to defer payments and ask for a retainer up front.

Will the lawyer handle my case personally? There are certain people who get furious when they find out that the lawyer for a mesothelioma (asbestos cancer) law suit they hired is not handling their case personally. Some people may feel betrayed by this information. However, you have to realize the fact that a great lawyer always has subordinates. If a lawyer for a mesothelioma (asbestos cancer) law suit handles your case personally then it is either he/she is not very good or your case is specially rewarding.

About the Author

Visit here http://mesotheliomatreatment-option.blogspot.com

Asbestos Experts: NYC officials “Unconscionable” liars.

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