News From Our Blog

Image description: A Navy aviation machinist test fires a jet engine’s afterburners aboard the aircraft carrier USS George Washington in the Pacific Ocean.
Image courtesy of U.S. Navy. Photo by Mass Communication Specialist 3rd Class William Pittman.

Image description: A Navy aviation machinist test fires a jet engine’s afterburners aboard the aircraft carrier USS George Washington in the Pacific Ocean.

Image courtesy of U.S. Navy. Photo by Mass Communication Specialist 3rd Class William Pittman.

Image description: The Blue Angels, the U.S. Navy flight demonstration squadron, demonstrates choreographed flight skills during the annual Joint Service Open House at Andrews Air Force Base near Washington, DC.
Photo by Todd Frantom, U.S. Navy

Image description: The Blue Angels, the U.S. Navy flight demonstration squadron, demonstrates choreographed flight skills during the annual Joint Service Open House at Andrews Air Force Base near Washington, DC.

Photo by Todd Frantom, U.S. Navy

Image description: Graduates in the U.S. Naval Academy Class of 2012 toss their covers following the school’s annual graduation and commissioning ceremony on May 29, 2012 in Annapolis, MD.
Photo from the U.S. Navy.

Image description: Graduates in the U.S. Naval Academy Class of 2012 toss their covers following the school’s annual graduation and commissioning ceremony on May 29, 2012 in Annapolis, MD.

Photo from the U.S. Navy.

Image description: Aviation Machinist’s Mate Airman Andre Payne carries tie-down chains to an aircraft on the flight deck of the Nimitz-class aircraft carrier USS Carl Vinson (CVN 70). 
Photo by Navy Mass Communication Specialist 2nd Class James R. Evans

Image description: Aviation Machinist’s Mate Airman Andre Payne carries tie-down chains to an aircraft on the flight deck of the Nimitz-class aircraft carrier USS Carl Vinson (CVN 70). 

Photo by Navy Mass Communication Specialist 2nd Class James R. Evans

Image description: This brain-controlled modular prosthetic limb (MPL) is controlled by surface electrodes, which pick up electric signals generated by the muscles underneath the skin. The electrodes then convert those patterns into a robotic function.
Walter Reed National Military Medical Center, along with the Johns Hopkins Applied Physics Labratory and the Uniformed Services University of the Health Sciences (USU), developed the limb for military veterans who lost limbs in action.
The arm is the first to be created and has the same dexterity as a natural arm, including independent movement of the fingers.
On January 24, 2012, Air Force Tech Sgt. Joe Delauriers was the first patient to use the MPL. Delauriers was injured in an IED blast in Afghanistan where he lost both his legs and part of his left arm. With the help of the MPL, Delauriers is able to live off base, drive a car and hold his infant son without worrying about infections.
Amputees go through training before being fitted for the MPL. The training records muscle movements and collects data before the MPL is fitted.
Those involved in the program are hopeful about the future of the MPL and creating more limbs for those in the military and hopefully eventually for the public.
Image from the U.S. Navy.

Image description: This brain-controlled modular prosthetic limb (MPL) is controlled by surface electrodes, which pick up electric signals generated by the muscles underneath the skin. The electrodes then convert those patterns into a robotic function.

Walter Reed National Military Medical Center, along with the Johns Hopkins Applied Physics Labratory and the Uniformed Services University of the Health Sciences (USU), developed the limb for military veterans who lost limbs in action.

The arm is the first to be created and has the same dexterity as a natural arm, including independent movement of the fingers.

On January 24, 2012, Air Force Tech Sgt. Joe Delauriers was the first patient to use the MPL. Delauriers was injured in an IED blast in Afghanistan where he lost both his legs and part of his left arm. With the help of the MPL, Delauriers is able to live off base, drive a car and hold his infant son without worrying about infections.

Amputees go through training before being fitted for the MPL. The training records muscle movements and collects data before the MPL is fitted.

Those involved in the program are hopeful about the future of the MPL and creating more limbs for those in the military and hopefully eventually for the public.

Image from the U.S. Navy.