Just two years ago in 2013, the U.S. Special Operations Command (SOCOM) partnered with the Defense Advanced Research Projects Agency (DARPA) to engineer a next-generation, super-soldier style suit for military operators. According to Defense One, the team’s early blueprint aimed to outfit the suit with full-body ballistic protection, integrated heating and cooling systems, 3D audio, embedded sensors and computers, and life-saving oxygen and hemorrhage controls — among other advanced tech. After manufacturing the suit behind closed doors for nearly a year, President Barack Obama proclaimed the U.S. military was “building Iron Man.”
“This is a program we started after we lost an operator on a mission. The first guy coming into a particular building was engaged and unfortunately was mortally wounded,” head of U.S. Special Operations Command General Joseph Votel tells CNN. “And in the wake of that, we asked ourselves, ‘Couldn’t we do better in terms of protecting him, of giving him a better advantage when he’s at the most vulnerable point that we put our operators?'”
Aside from TALOS’ many characteristics, one such addition to the suit seems to be the direct solution to General Votel’s plea to protect his operators. Manufactured by the Massachusetts Institute of Technology, SOCOM intends to outfit the TALOS with a revolutionary type of electrically-activated shield called liquid body armor. While wearing the suit, the operator simply triggers a magnetic or electrical current on the TALOS and the body armor transitions from liquid to solid in a matter of milliseconds.
We know what you’re thinking, this tech is cool and all but how much is this thing going to cost? Well while the Defense Department has remained relatively coy on the subject, a 2014 article by Defense Tech reports SOCOM planned on funneling some $80 million into the research and development of TALOS. The article goes on to say defense industry officials believe hundreds of millions more dollars will inevitably be spent perfecting the technology before its put to use on a battlefield. Considering SOCOM rightfully intends to outfit the TALOS with the best available technology, this estimate doesn’t seem far-fetched.
“It’s a holistic system with open systems architecture, so if a new technology rises we can swap it in,” a joint task force member states during an interview at Florida’s MacDill Air Force base last January. “Survivability is our number-one tenet. We have to look not only at the integration of current systems for personal protective equipment, but also to augment the guy’s motion.”
Ambitious hardly comes close to describing SOCOM and DARPA’s TALOS project, though Lieutenant Commander and SOCOM spokesperson Matt Allen maintains an available prototype will be ready by 2018. At that time, the Department of Defense plans to evaluate the manufactured prototype for effectiveness and operational impact. If tests prove successful, it’s still unknown when an actual TALOS suit will see a real battlefield though one thing is clear, Iron Man lives and he’s currently an intern for the Department of Defense.
