The M864 is an American made 155 mm artillery shell. It carries a DPICM warhead and incorporates base bleed technology to increase its range. The projectile is capable of delivering 24 M46 and 48 M42 dual-purpose anti-materiel/anti-personnel sub-munitions at …

Jul 7, 2011 · It is the successor to the M483 and features a base bleed system that extends range without the inherent inaccuracy limitations of rocket assist motors. The M864 delivers a payload of 72 M42/46...

Production of the M444 ended in the early 1990s. The first true DPICM was the 155 mm M483, produced in the 1970s. By 1975, an improved version, the M483A1, was being used. The projectile carried 88 M42/M46 grenade-like dual purpose submunitions.

With a new tread pattern for improved wet and dry traction, the Bridgestone M864 ™ is an on-/off-highway, all-position radial tire designed to provide durability and excellent treadwear – making them the ideal choice for severe service applications.

The M864 projectile is an extended range design which includes both a dome base cavity and a base burn capability. The extended range is accomplished through the injection of hot, fuel-rich gas which burns in the initially low-pressure base region.

The M864 projectile is a dual-purpose ICM projectile that incorporates base burn technology to increase its range. The projectile is capable of delivering 24 M46 and 48 M42 dual-purpose anti-materiel/anti-personnel grenades at ranges out to 29 kilometers.

The M864 is an extended-range projectile loaded with a total of 72 High-Explosive-Dual-Purpose (HEDP) submunitions comprising 48 x M42 submunitions and 24 x M46 submunitions. It can …

Each MLRS warhead contains 644 M77 Dual Purpose Improved Conventional Munitions (DPICM) bomblets. The armed M77 submunitions detonate on impact. The antimateriel capability is provided through a...

This Bridgestone M864 all-position commercial radial tire offers enhanced tread life and durability. It’s available in wide base sizes, making it perfect for severe-duty applications. Features & Benefits

AISTRA (Maximum 200 woS) 'An engineering model has been developed to compute the flight performance of the M864 base burn projectile. This model includes the coupled performance of the gas generator, effects of injected mass flow on the aerodynamics, and a modified point mass trajectory simulation.