Maritime Improvised Explosive Devices: A Threat Based Technology Study.

摘要

Over the last thirteen years, the world saw an increased use of improvised explosive devices (IEDs) by violent extremists and terrorist groups. Due to the simplicity and availability of IED making material, any willing person with limited knowledge can make IEDs. Given that the surface of the earth is eighty percent water, the maritime environment is a likely threat domain for terrorist activities. Navy Explosive Ordnance Disposal (EOD) has the sole capability in the Department of Defense (DOD) for countering the maritime improvised explosive device (MIED) tactical threat to United States national interests and security. EOD divers, with limited equipment, are still the primary resource to render safe the waterborne explosive threat. The wars in Iraq and Afghanistan proved that robotics and unmanned tools are essential to EOD operations ashore for safety and standoff from IEDs. Unfortunately, use of robotics in the maritime environment for EOD operations is relatively new and unproven. The primary thesis question is: "How can Navy Explosive Ordnance Disposal counter the MIED threat in the contemporary operational environment?" This thesis identifies a capability gap in safely countering MIEDs and recommends a materiel solution in closing the gap.