Congressman Sander Levin

 
Home News Issues Constituent Services Legislation About Sandy Multimedia Community Corner Contact Us
Content Text Size A A A Text Size

Quick Links

Sign Up for my E-Newsletter
Email Me a Message
Assistance with Federal Agencies
Video Library
Kid's Page
Tours of Washington D.C.
Flag Request
Flag Request
RSS Feeds
Frequently Asked Questions
Thomas LOC search link
For Immediate Release
December 16, 2009
  FOR MORE INFORMATION:
Alan Mlynek
Office: 202.225.4961

 

House Approves $1.6 Million for Lawrence Tech to Develop Combat Armor
  LTU will design, develop and test composite armor for military vehicles

(Washington D.C.)- The House of Representatives approved $1.6 million for Lawrence Technological University to develop and test stronger, lighter vehicle armor.  The funding was included in the annual Department of Defense funding bill, which the House approved today on a vote of 395 to 34.  The measure must now be approved by the Senate.

Working with the U.S. Army Tank Automotive Research Development and Engineering Center (TARDEC), and the Army Research Laboratory, Lawrence Tech’s Center for Innovative Materials Research (CIMR) will design, develop and test composite armor for military vehicles.  The goal of this effort is to develop vehicle armor that is superior in design, weight and durability than current armor designs and technology.  The funding was requested by Rep. Levin.

“This award recognizes Lawrence Tech’s expertise in lightweight composite materials,” said Rep. Levin, “The funding will help develop lighter, stronger vehicle armor that is needed to protect our troops in the field.  It’s an important investment in cutting-edge technology here in Michigan.”  

“New armor materials including composites need to be tested and a standard specification established to facilitate acquisition requirement,” said Lewis Walker, President of Lawrence Tech. “We believe that the facilities and expertise available through CIMR can be developed and provide such a path for the U.S. Army.”
 
Opened in 2006, CIMR’s goal is to develop and test new innovative materials under a variety a variety of full-scale, real-world conditions. It features a full-scale structural lab with repeated load testing up to one million lbs. of force, a fire chamber for material and structural durability testing up to 2300°F with loading capabilities, and an environmental test chamber for material testing under long-term harsh conditions.

(####)