in ,

Pentagon Orders Chemring-Made Aerial IR Countermeasure Decoys

Pentagon Orders Chemring-Made Aerial IR Countermeasure Decoys - top government contractors - best government contracting event
https://executivebiz-media.s3.amazonaws.com/2022/08/19/30/9f/c3/a0/b7/6f/d4/64/Executive-Biz.png

M212flareA Chemring Group subsidiary has secured two contracts worth a combined $26 million to manufacture special material decoys for the U.S. military to guard aircraft from infrared guided missile threats.

The Army awarded Chemring unit Alloy Surfaces a three-year contract for the production of M211, MJU50A/B and MJU-51A/B IR countermeasures for both the Army and Air Force, Chemring said Monday.

Alloy Surfaces is also set to enter the second year of a potential three-year contract to supply MJU-66/B decoys for Navy and Air Force aircraft.

The company will perform work in Chester Township, Pennsylvania.

Decoy flares are designed to protect helicopters as well as fighter and transport planes against heat-seeking air-to-air and surface-to-air missiles.

ExecutiveBiz Logo

Sign Up Now! ExecutiveBiz provides you with Daily Updates and News Briefings about Industry News

mm

Written by Mary-Louise Hoffman

is a writer of news summaries about executive-level business activity in the government contracting sector. Her reports for ExecutiveBiz are focused on trends and events that drive the GovCon industry to include commercial technologies that private companies are developing for federal government use. She contributes news content to ExecutiveBiz’s sister sites GovCon Wire and ExecutiveGov.

CAE Receives Military Aircraft Training System Orders; Gene Colabatistto Comments - top government contractors - best government contracting event
CAE Receives Military Aircraft Training System Orders; Gene Colabatistto Comments
Parsons Contributes Software to Northrop Missile Defense System; Mary Ann Hopkins Comments - top government contractors - best government contracting event
Parsons Contributes Software to Northrop Missile Defense System; Mary Ann Hopkins Comments