MCWP 3-16.1 Artillery Operations.pdf - Marine Corps Community ...
MCWP 3-16.1 Artillery Operations.pdf - Marine Corps Community ...
MCWP 3-16.1 Artillery Operations.pdf - Marine Corps Community ...
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<strong>Artillery</strong> <strong>Operations</strong> _____________________________________________________________________________________________ B-5<br />
XM982 Extended Range Munitions<br />
The XM982 extended range projectile will<br />
replace the M864 BBDPICM projectile and will<br />
provide 155-millimeter howitzers with an<br />
extended range, fratricide reducing, accuracyenhancing<br />
capability to the FMF. The XM982<br />
concept combines drag reduction from the M864<br />
BBDPICM projectile and glide technology from<br />
the M712 Copperhead projectile. The three<br />
variants of the XM982 are the DPICM, sense and<br />
destroy armor munition (SADARM), and Unitary<br />
Warhead. Each has a GPS/inertial navigation<br />
system self-location system, is compatible with<br />
the multioption fuze for artillery, and will be<br />
inductively set via the portable inductive artillery<br />
fuze setter (PIAFS).<br />
Sense and Destroy Armor Munition<br />
The SADARM is a base-ejecting projectile that<br />
carries two submunitions. When ejected, these<br />
submunitions detect armored vehicles or equipment<br />
and detonate an explosively formed penetrator<br />
to penetrate the top of the target. SADARM is<br />
ballistically similar to the M483A1 and will determine<br />
registration corrections for expeditious<br />
computation of range, deflection, and fuze setting<br />
corrections for use with the M483A1. SADARM<br />
will be capable of a 28 to 37 kilometer range from<br />
a 39 caliber cannon and maintain an effectiveness<br />
equal to or greater than that of the M864<br />
BBDPICM projectile.<br />
M782 Multioption Fuze for <strong>Artillery</strong><br />
The MOFA fuze is compatible with all 155-millimeter<br />
HE family projectiles. It may function as a<br />
proximity, time, PD or delay fuze. It consists of an<br />
electronic countermeasure hardened design and<br />
will be set inductively via the PIAFS.<br />
Portable Inductive <strong>Artillery</strong> Fuze Setter<br />
PIAFS will initially be a battery-powered, hand<br />
held device capable of electronically setting the<br />
M762, M767, and MOFA fuzes. This will<br />
increase accuracy and rates of fire, reduce human<br />
errors, and shorten artillery response time.<br />
Ultimately the PIAFS is envisioned to become<br />
incorporated into the pre-planned program<br />
improvement (P3I) system of the XM777 howitzer<br />
by transferring fuze information directly from<br />
the technical solution derived by the P3I mission<br />
manager to the fuze.<br />
Modular <strong>Artillery</strong> Charge System<br />
MACS consists of two solid propellant charges<br />
(M231 and M232) that will be compatible with all<br />
155-millimeter artillery systems. The M232 is<br />
designed solely for the United States Army’s<br />
Crusader Self-Propelled howitzer. Charge errors<br />
will be reduced due to each charge being identical;<br />
i.e., rather than verifying the correct number of<br />
increments and the correct charges, only the<br />
correct number of increments has to be verified.<br />
MACS will also reduce logistical requirements<br />
because of its reduced volume and weight<br />
compared to the M3A1 green bag and M4A2<br />
white bag series of propellants.<br />
Miscellaneous<br />
Tables B-1 through B-4 are not prescriptive; they<br />
are planning examples.