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"Take the most absent-minded of men plunged in the deepest of reveries, stand that man on his legs, set his feet a-going, and he will infallibly lead you to water - there is a Magic In it!" - My friends call me Ishmael, you can call me Southern Man.

16 TSWG SUBGROUPS
Explosive Effects
TSWG and an international partner worked together to research
near-contact conventional and homemade explosive blast threats.
The project encompassed several aspects of threat evaluation and
blast effects. TSWG and its partner gauged the effectiveness of
the screening points at airports and border crossings at identifying
potential explosives threats. The researchers also determined the
impact of various explosive charge weights in different indoor and
outdoor scenarios. The final key consideration was to develop
laboratory capability to perform research and development with
improvised explosives, such as triacetone triperoxide (TATP) and
other homemade explosives. The results of the research and testing
are available to government, military, and civilian organizations
to make informed decisions about building and perimeter security
as well as measures for protection and mitigation. Requests for
additional information should be sent to bxsubgroup@tswg.gov.
Selected Current Projects
Advanced Instrumentation: Breacher Injury Study
In both training and operations, warfighters and law enforcement
personnel are repeatedly exposed to blast events in the course of
their duties. Very little data exists on the effect of this exposure
on the physiological function of the human body, and none of the
available data address the risk of cognitive impairment as a result of
multiple blast exposures. The U.S. Marine Corps’Weapons Training
Battalion Dynamic Entry School, which trains the majority of the
military breachers in the United States, offered their basic breacher
training course and students as the test bed and test subjects for the
Breacher Injury Study. This study will determine whether breachers
are incurring injuries during standard training practices. If evidence
of injury is detected, the team will make recommendations regarding
mitigation measures for application in the training environment.
In addition, this project developed the wireless, remote triggering
system needed to prevent interference in the training exercises and
to miniaturize the personnel-borne data acquisition systems that will
enable instrumentation of each breacher during breaching events.
Results of this study will direct future research into safe stand-off
distances and protective gear for breachers.
Entry Control Point Technology Demonstrations
The TSWG Entry Control Point (ECP) demonstration project
involves the design and construction of state-of-the-art entry control
facilities in the CENTCOM AOR. The ECP will be built using the
Explora Group’s Dynasystems (including Dynablok and Dynatower),
two blast mitigation construction materials, and Metalith vehicle
barriers created by Infrastructure Defense Technologies. The ECP
will integrate force protection, screening, and security systems in
a design created specifically for the U.S. Marine Corps. The ECP