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Today's Focus:

LMCS Bridges the Gap between Ship and Shore


"The energy that exists out there among the men and women of our Army, exercises under the leadership of their sergeants - it's a magnificent Army."

-Army Chief of Staff Gen. George W. Casey Jr., signaling the importance of the NCO Corps to current wartime operations and training

CSA emphasizes Army 'Year of the NCO'


Year of the Noncommissioned Officer

"The NCOs throughout history are really the ones that made things happen, they're the ones who train Soldiers, who lead Soldiers to complete the mission. Officers supervise and determine the mission, but in the end, sergeants and their Soldiers get the mission done."

- Staff Sgt. Steven Mock, a California native assigned to Company A, Carl R. Darnall Army Medical Center, named the Noncommissioned Officer of the Year for both CRDAMC and Great Plains Regional Medical Command in San Antonio, Texas

Carl R. Darnall Army Medical Center selects NCO of the Year


2009: Year of the NCO

2009: Year of the Military Family

2009: 100th Anniversary of the Chaplain Assistant

April 2009:

- Sexual Assault Awareness and Prevention Month

- Month of the Military Child

April 22, 2009: Earth Day


Army Professional Writing


LMCS Bridges the Gap between Ship and Shore

What is it?

The Lightweight Modular Causeway System (LMCS) introduces the ability to bridge the gap between seafaring vessels and shore when access to a port is unavailable or denied.

The inflatable bridge is created from flotation bladders with an overlain walking path and can be transported by ship or by air. It can be put together with as little as seven people and is designed to withstand waves up to 20 feet in a survival mode and to support single lane traffic from heavy vehicles.

Why is this important to the Army?

The main focus is on using the LMCS system to enhance the capabilities of a new class of military vessel known as Joint High Speed Vessel (JHSV). The JHSV represents a big step forward in the military's ability to access small ports around the world, primarily because of its significantly reduced draft and its ability to operate and maneuver at higher speeds. The LMCS was designed to be transported and deployed from the JHSV in situations where pier-side depth at an existing port is insufficient. The LMCS can also be used for humanitarian and disaster relief efforts when transportation is cut off or unavailable.

What has the Army done?

The LMCS is part of an advanced concepts technology demonstration developed by the U.S. Army Engineer Research and Development Center (ERDC) in Vicksburg, Miss. System development began in 2006 and concluded in 2008 with two full-scale tests, one at Fort Eustis, Va., and one in Pearl Harbor, Hawaii. A team of military and civilian engineers, watercraft experts, causeway operators and program managers tested the system at full-scale to evaluate its operability under real world conditions, and trained an initial group of Soldiers in its use.

What does the Army plan for the future?

The LMCS is currently in a two-year evaluation period, during which more demonstrations will be held to test the system's effectiveness before being transitioned for use by the Army and other services.


Related in-depth article on the LMCS: JETA-SPOD develops LMCS to improve troops’ sea-based access to theater

ERDC Web site


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