MILTECH
Britain halts use of 105mm rounds after contamination
by Richard Tomkins
London (UPI) Apr 14, 2016


disclaimer: image is for illustration purposes only

Britain's Ministry of Defense has banned its forces from using 105mm live artillery ammunition because of safety concerns.

British Forces News said the order was issued after a batch of High Explosive L31 rounds was identified as having metallic contamination.

"The safety of our Armed Forces is of paramount importance, and the manufacture and use of 105mm live ammunition, which is used by a small number of British Army regiments, has been stopped while an isolated incident of metallic contamination is investigated," a Ministry of Defense spokesman said. "We are working with the supplier to understand when manufacture can safely restart."

BAE Systems is the maker of the ammunition and is conducting an investigation at a facility in South Wales.

"We have worked closely with the Ministry of Defense to investigate the issue identified and have a comprehensive plan in place to address it," BAE Systems said. "The work is taking place at a high level within both organizations to permit the lifting of the precautionary safety notice at the earliest opportunity.

"In the interim, BAE Systems has worked closely with the MOD to rapidly develop an Indicating High Explosive round -- designated L55 -- to permit some elements of training to continue."

The 105mm ammunition is used by the L118 Light Gun, which is used by the parachute and commando field artillery regiments.

.


Related Links
The latest in Military Technology for the 21st century at SpaceWar.com






Comment on this article via your Facebook, Yahoo, AOL, Hotmail login.

Share this article via these popular social media networks
del.icio.usdel.icio.us DiggDigg RedditReddit GoogleGoogle

Previous Report
MILTECH
Live-fire test for British Army's new Ajax armored vehicle
Gerrards Cross, England (UPI) Apr 11, 2016
The British Army's newest armored fighting vehicle has successfully conducted the first live firing test of its main 40mm stabilized cannon and machine gun. The Scout SV, which will be renamed as the Ajax when it comes into service, is being developed by General Dynamics UK. It will come in six variants and will repace the British Army's Scimitar. "This a great achievement for th ... read more


MILTECH
Lockheed Martin tests Aegis on Australian destroyer

S. Korea, US open missile shield talks

Israeli Air Force deploying 'David's Sling' missile defense system

US Missile Defense Outdated

MILTECH
Russia successfully fires cruise missile from Iskander missile launcher

Russian Helicopters announces new anti-missile system

Terma designing air and missile defense system for Danish Navy

France requests GMLRS rocket launchers

MILTECH
Pentagon wants drones to replace some US troops in Sinai

General Atomics awarded dual drone contracts

Iran's new aerial drone makes maiden flight

Rafael rolls out 'Drone Dome' anti-drone system

MILTECH
Harris supplies tactical radios to African country

In-orbit delivery of Laos' 1st satellite launched

Upgrade set for Britain's tactical communications system

Airbus continues operating German military satellites

MILTECH
Former US defense contractor sentenced for passing secrets to India

US Army approves first female officers for ground combat

Live-fire test for British Army's new Ajax armored vehicle

Bring back our gear, Israel's army begs ex-soldiers

MILTECH
Canada under fire over Saudi arms sale

Netanyahu looks to changing Africa for new Israeli allies

Military spending rises again in 2015

Airbus to sell defence electronics arm to KKR for $1.2 billion

MILTECH
Russia denies reckless behaviour in US warship flyby

US Air Force plane intercepted by Russian jet in 'unsafe' manner

Russia 'more dangerous than IS' says Poland foreign minister

Pentagon chief visits warship in South China Sea

MILTECH
'Honeycomb' of nanotubes could boost genetic engineering

A movie of the microworld: Physicists create nanoparticle picture series

NREL reveals potential for capturing waste heat via nanotubes

Nanoporous material's strange "breathing" behavior