Insensitive Munitions Technology Development

Abstract

The concept of Insensitive Munitions, or IM, is not new; the U.S. Department of Defense (DoD) has been working to improve the safety of munitions since their inception. The first NATO standard on IM, STANAG 4439: Policy for Introduction and Assessment of IM, was published for ratification in 1995 and was ratified in 1998. U.S. Congress passed the „Insensitive Munitions law” in 2001 that specifically requires „The Secretary of Defense [to] ensure, to the extent practicable, that insensitive munitions under deployment or procurement are safe throughout development and fielding when subject to unplanned stimuli”. These unplanned stimuli take the form of rapid or slow heating events, such as a fuel fire on a vehicle or aircraft, or an adjacent fire in a vehicle or storage magazine; impact by fragment or bullets due to shrapnel from nearby explosions or small arms fire from combat or terrorist events; sympathetic reaction due to the detonation of adjacent munitions; and shaped charge jet attack from rocket-propelled grenade or similar weapons used by enemy and friendly forces. In 2007, U.S. DoD focused its efforts on developing joint solutions through a centrally managed IM technology program: the Joint IM Technology Program (JIMTP). There have been numerous JIMTP IM technology development successes and transitions to munition systems. The U.S. DoD will continue to develop new munitions to meet increased performance requirements to respond to various threats and enable lethality overmatch in any scenario. Using today's available technology to obtain higher performance typically translates to a worse IM response. As a result, the U.S. DoD will continue to develop IM technology in order to assure safety and reduced vulnerability while improving munitions performance.

Authors and Affiliations

Ernest L. BAKER, Anthony R. DI STASIO

Keywords

Related Articles

Numerical Analysis of Net Round Dynamic Properties During Flight in the Space

This paper shows a short description of 40 mm net round with non-lethal net projectile. A closer attention has been paid for methodology of mathematical modeling of projectile flight. The calculation results was used to...

Replacement of PETN by Bicyclo-HMX in Semtex 10

Bicyclo-HMX (BCHMX) was studied in the form of a plastic explosive bonded by the plastic matrix of the explosive Semtex 10 and the results were compared with the original Semtex 10 which contains PETN as an explosive fil...

Metodyka wykreślania krzywej σ = σ (ε) z uwzględnieniem sztywności maszyny wytrzymałościowej

Próba statycznego rozciągania jest podstawową próbą wytrzymałościową stosowaną do określania właściwości mechanicznych materiałów konstrukcyjnych, z których najważniejszymi są: granica plastyczności, wytrzymałość doraźna...

Flexible Modular Armour for Protection Against the 5.56 x 45 mm SS109 Projectiles

The paper presents the results of the depth of penetration tests (DOP) and numerical simulations of the 5.56 x 45 mm SS109 projectile impact onto passive, layered armours placed on the armour backing material. Investiga...

Navigation for Satellite Formation Flying

This paper deals with the case of a target satellite in an unknown orientation and location with respect to the master satellite. Feature based monocular pose estimation vision system was presented. The results of analys...

Download PDF file
  • EP ID EP63024
  • DOI 10.5604/20815891.1138359
  • Views 105
  • Downloads 0

How To Cite

Ernest L. BAKER, Anthony R. DI STASIO (2014). Insensitive Munitions Technology Development. Problemy Mechatroniki. Uzbrojenie, lotnictwo, inżynieria bezpieczeństwa, 5(4), 7-20. https://europub.co.uk/articles/-A-63024