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I Found an 8 Inch Video....

javaguru

Banned
No Pick3....it's not what you were hoping to see. It shows the M110 weapon system, I was a crew member on one.
http://www.youtube.com/watch?v=D5qhAlkQArw


M110.jpg

http://en.wikipedia.org/wiki/M110_howitzer

The 8 inch (203 mm) Self-Propelled Howitzer M110 was the largest available self-propelled howitzer in the United States Army's inventory. It was deployed in division artillery (DIVARTY) in general support battalions and in separate corps- and Army-level battalions. Missions include general support, counterbattery fire, and suppression of enemy air defense systems. The M110 was exported to a number of countries and remains in service with the Spanish and Greek Armies.

Contents [hide]
1 General Characteristics
2 History
3 Other Users
4 See also
5 External links



[edit] General Characteristics
The M110's rate of fire can reach 3 rounds per minute when at maximum, and 1 round per 2 minutes with sustained fire. Its range varies from 16,800 m to 30,000 m when equipped with a rocket-assisted projectile.


[edit] History
The heritage of the M110 goes back to the British 8 inch (203 mm) howitzer of the Great War. A number of these were used by the American Forces and the design used as the basis for their howitzer. The M110A2 is the latest version with double muzzle brake, the earlier A1 version had a plain muzzle. It first entered service with the US Army in 1963. It has been used in the Vietnam War by the United States Army, and in Operation Desert Shield and Operation Desert Storm by the United States Army, and the British Army.

The gun system has been retired from US Army service; howitzers above 155 mm caliber are no longer effective as technology has closed the range and firepower gap, and the heavier weapon systems require more resources to operate. The gun barrels have been used as the outer casing in the manufacture of the GBU-28 bunker buster bomb.
 
jack_schitt said:
PICK will see nothing but a long, thick shaft...you do realize this, right?

also I'm sure he'll be dreaming about java as a sailor as he said he was a "crew member"

so he'll be thinking about how dreamy that must be.. or some gheigh shit, heh.
 
javaguru said:
No Pick3....it's not what you were hoping to see

wtf???

jack_schitt said:
PICK will see nothing but a long, thick shaft...you do realize this, right?

wtf???

FriendlyCanadian said:
also I'm sure he'll be dreaming about java as a sailor as he said he was a "crew member"

so he'll be thinking about how dreamy that must be.. or some gheigh shit, heh.

wtf???

jack_schitt said:
lolllol he probably already saw this thread and is "cracking" a fresh can of lube.

wtf???

FriendlyCanadian said:
I bet he just cuts a hole in and goes crazy on it.. the can that is..

wtf???

In the AF we got to shoot the M-16 (with a .22 adapter on it) for a couple hours one day in boot camp.

It jammed every 3rd or 4th round, then you raised your hand and the D.I. would come clear it for you.

We didn't have to qualify ... just get rid of 50 rounds, so we were shooting each others targets :)
 
jack_schitt said:
Sweet. (seriously)

Did they let you play with the sirens and shit?
Yep,I did every job...even substituted as section chief...

My first ARTEP we were shorthanded, as usual, and I had to lift those 210 pound HE shells myself.
 
javaguru said:
Yep,I did every job...even substituted as section chief...

My first ARTEP we were shorthanded, as usual, and I had to lift those 210 pound HE shells myself.

It was tough in the AF too bro.

I remember vividly one hot summer day when the soft serve ice cream machine broke. :worried:
 
This is cluster bomb footage but DPICM works similarly.
http://www.youtube.com/watch?v=BMYnWTd8v8M


DPICM

http://www.globalsecurity.org/military/systems/munitions/dpicm.htm

Called "Steel Rain" by soldiers in the Gulf War, the M77 grenades are dispensed in mid-air above the target, drag-ribbon stabilized, and armed during free fall. Each warhead will saturate a target 200 meters in diameter, combining shaped-charge penetration and blast fragmentation.

DPICM has a significant submunition dud rate (2 to 5 percent depending on terrain), and that can slow free movement through an area into which DPICM has been fired.

In 1995 the Modified (MOD) Dual Purpose Improved Conventional Munitions (DPICM) Advanced Concept Technical Demonstration (ACTD) was initiated after the US Army identified a need to delay and disrupt multiple rocket launcher movement. A variant of the XM85 Self Destruct grenade carried by the ER-MLRS rocket, the MOD DPICM had its firing pin removed to keep the grenade from exploding on contact. The MOD DPICM incorporated a modified integrated chip providing a longer random delay in self destruct and an anti-disturbance sensor to prevent tampering or neutralization. A two-phase test program was developed.

Dual-purpose improved conventional munitions are base-ejection (155 mm only), payload-carrying projectiles. These projectiles are fired with M577 MT fuzes and are filled with 88 dual-purpose grenades. During flight, the base of the projectile is blown off and centrlfugal force disperses the grenades radially from the projectile line of flight.

The 155-mm DPICM projectile contains two types of dual-purpose grenades (64 M42 and 24 M46). Both types are capable of penetrating more than 2.5 inches of rolled homogeneous armor. They are also capable of fragmentation for incapacitating personnel. The M577 MT fuze is preset to function over the target area and initiate the expulsion charge. The expulsion charge pushes the grenades out of the container and onto the target area. The projectile can be modified for the SR mode. The SR mode causes the round to point detonate so as to be visible to the observer and destroy the submunitions. It also may produce an airburst for high-burst registrations.
 
javaguru said:
This is cluster bomb footage but DPICM works similarly.
http://www.youtube.com/watch?v=BMYnWTd8v8M


DPICM

http://www.globalsecurity.org/military/systems/munitions/dpicm.htm

Called "Steel Rain" by soldiers in the Gulf War, the M77 grenades are dispensed in mid-air above the target, drag-ribbon stabilized, and armed during free fall. Each warhead will saturate a target 200 meters in diameter, combining shaped-charge penetration and blast fragmentation.

DPICM has a significant submunition dud rate (2 to 5 percent depending on terrain), and that can slow free movement through an area into which DPICM has been fired.

In 1995 the Modified (MOD) Dual Purpose Improved Conventional Munitions (DPICM) Advanced Concept Technical Demonstration (ACTD) was initiated after the US Army identified a need to delay and disrupt multiple rocket launcher movement. A variant of the XM85 Self Destruct grenade carried by the ER-MLRS rocket, the MOD DPICM had its firing pin removed to keep the grenade from exploding on contact. The MOD DPICM incorporated a modified integrated chip providing a longer random delay in self destruct and an anti-disturbance sensor to prevent tampering or neutralization. A two-phase test program was developed.

Dual-purpose improved conventional munitions are base-ejection (155 mm only), payload-carrying projectiles. These projectiles are fired with M577 MT fuzes and are filled with 88 dual-purpose grenades. During flight, the base of the projectile is blown off and centrlfugal force disperses the grenades radially from the projectile line of flight.

The 155-mm DPICM projectile contains two types of dual-purpose grenades (64 M42 and 24 M46). Both types are capable of penetrating more than 2.5 inches of rolled homogeneous armor. They are also capable of fragmentation for incapacitating personnel. The M577 MT fuze is preset to function over the target area and initiate the expulsion charge. The expulsion charge pushes the grenades out of the container and onto the target area. The projectile can be modified for the SR mode. The SR mode causes the round to point detonate so as to be visible to the observer and destroy the submunitions. It also may produce an airburst for high-burst registrations.

First vid looks like the 4th of July in Kentucky.
 
javaguru said:
Did you blow your fingers off?

No, but one of my buddies blew off about four of the mortar type fireworks backwards until he read the directions. They all went off on the ground loloolol.
 
jack_schitt said:
No, but one of my buddies blew off about four of the mortar type fireworks backwards until he read the directions. They all went off on the ground loloolol.
Loollolollloll...
 
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