(U//FOUO) The Intelligence Community currently has no specific, credible intelligence indicating that domestic or international terrorist organizations intend to use Improvised Explosive Devices (IEDs) or Vehicle-Borne Improvised Explosive Devices (VBIEDs) against targets within the Homeland. However, both foreign and domestic terrorist groups continue to use IEDs/VBIEDs as a frequently employed method of attack, and in particular, the frequency of lethal IED incidents overseas is cause for continuing concern.
(U//FOUO) The NJ ROIC Analysis Element has no information regarding any specific, credible threat to New Jersey or the U.S. Homeland at this time. Due to an active, federal counterterror investigation, the NJ ROIC Analysis Element produced this overview of potential targets of terrorist activity and the tactics, techniques, and procedures that extremists may use. It was produced with information from FBI and DHS, based on analysis of police investigations, thwarted plots, and past terrorist attacks.
(U//FOUO) Rudimentary improvised explosive devices (IEDs) using pressure cookers to contain the initiator, switch, and explosive charge (typically ammonium nitrate or RDX) frequently have been used in Afghanistan, India, Nepal, and Pakistan. Pressure cookers are common in these countries, and their presence probably would not seem out of place or suspicious to passersby or authorities. Because they are less common in the United States, the presence of a pressure cooker in an unusual location such as a building lobby or busy street corner should be treated as suspicious.
(U//FOUO) JIEDDO Report: Alternative Motivations for IED Use in Afghanistan, December 11, 2009.
The IED Effects Simulator (IEDES) kit is a Training Aids Device that will assist the Army in training the joint and individual service on operational support tasks, conditions, and standards needed to achieve U.S. Military IED objectives. The IEDES is configured to simulate a Small, Medium, Large, and Extra Large explosive signature. The IEDES is designed to train key tasks of Explosive Hazards (EHs) defeat, to predict, prevent, detect, classify, neutralize, mark, report and record EH and to protect personnel, equipment and facilities from EH effects.
(U//FOUO) Joint Training Counter-IED Operations Integration Center Brief, May 3, 2010.
(U//FOUO) Army Electronic Warfare Brief, May 3, 2010.
U.S. Army Mobile Counter-IED Interactive Trainer (MCIT), April 2010.
(U//LES) On 24 August 2009, 17 year old Alex Youshock walked into the Hillsdale High School in San Mateo, California with 10 homemade pipe bombs and one chainsaw. San Mateo Police Department (SMPD) responded to the scene and detained the suspect who is currently cooperating with law enforcement. 2 pipe bombs did detonate without injuring anyone and the remaining 8 were successfully diffused by San Mateo Sheriff’s Bomb Squad.
The purpose of this guide is to give Commanders, Leaders and Soldiers a training tool representing some of the Improvised Explosive Devices (IED) used in both the Iraq and Afghanistan theaters of operation. The intent of this guide is to support readiness, unit training, operational planning, and awareness as well as provide information in relation to Reacting to a Possible Improvised Explosive Device (IED) common task 093-401 -5050. Both training and awareness are a proven and effective force protection tool as well as a combat multiplier.
If stopping the vehicle puts it within the estimated casualty radius of the possible IED/VBIED, the driver should speed up and quickly move through the danger area to a tactically safe position and distance (the minimum safe distance is dependent on the mission, enemy, terrain and weather, troops and support available, time available, and civil considerations [METT-TC] factors).
Department of Homeland Security Bomb Threat Stand-Off Chart, March 20, 2009.
U.S. Army National Ground Intelligence Center Improvised Explosive Device (IED) Safe Standoff Distance Cheat Sheet, September 6, 2005.
* Recent travel overseas
* Countries of Interest — Pakistan / Afghanistan / Yemen
* Multiple passports / ID documents
* Altered/falsified ID documents
* No current/fixed address
* False ID papers (SSN)
* Multiple ID w/different name spellings / DOBs
(U//LES) Violent extremists have used explosives made from ingredients readily available at retail stores in the United States or over the Internet. Triacetone triperoxide (TATP) and hexamethylene triperoxide diamine (HMTD) are two common homemade explosives built with hydrogen peroxide.
•TO PROVIDE DEPLOYING UNITS A TRAINING TOOL FOR IED IDENTIFICATION.
•TO DEPICT IN PHOTOGRAPHIC FORM, VARIOUS EXAMPLES OF THE IED THREAT AND COMMON IED COMPONENTS FROM CONFLICTS AROUND THE WORLD.
•TO DISCUSS IED FACTS & INDICATORS.
This technical document covers a number of important subjects related to chemistry and explosives. It is translated as is without verification of the content, the scientific formulas, illustration, and figures. There are a few errors in the original document and the translation reflects the integrity of the original document in spite of the errors. It does not reflect the opinion of the translator.
Internationally, suicide bombings can be grouped into three basic categories of devices:
Type I – Bomber Actuated IEDs Carried in Bag, Box or Other Object
Type II – Bomber Actuated IED Worn Under or as Part of Clothing of Bomber
Type III – Bomber Actuated IED Concealed in Vehicle
Vehicle Borne Improvised Explosive Devices (VBIEDs) pose complex security challenges for all sectors. To reduce vulnerabilities from an attack using VBIEDs, the Department of Homeland Security (DHS) Office for Bombing Prevention (OBP) recommends the protective measures listed below.
U.S. Army RDECOM Advanced Planning Briefing for Academia on Ground Vehicle Survivability.
CJTF Troy exercises command and control of specialized Joint Counter-IED and CBRNE forces to neutralize the CBRNE/IED threat; conducts weapons technical intelligence collection and exploitation to defeat IED networks.
Clear Evacuate an area of approx 300 meter
• Evacuate the area as quickly as possible.
• Move people away from the device and not past it.
• Mark your location and note the direction and distance to the device. Move to a minimum distance of 200 meters from the suspect item.
• The On-Scene Commander will make the decision on how large an area to clear. The below danger areas are from ISAF SOP 10370:
• 200 meters – small device/postal bomb
• 300 meters – car bomb
• 600 meters – large device e.g. truck bomb. If an open area, then increase to 1000m.
• Identify and establish an Incident Control Point which must always be searched.
• Make maximum use of hard cover, and ensure personnel are out of the direct Line of Site (LOS) from the suspect area to cleared positions. If cover cannot be obtained, maximize distance from the device.
All personnel are to be moved away from the suspect item. Mark your location and note the direction and distance to the device. Move to a minimum distance of 300 meters from the suspect item. The Convoy Commander or Patrol Leader at the scene makes the decision on how large an area to clear based on METT-TC. Detonation may be imminent if the device was armed before being located. Personnel should make maximum use of hard cover, ensuring they are out of the direct Line of Site (LOS) from the suspect area to cleared positions. If cover cannot be obtained, maximize distance from the device.
• Enemy will focus on irregular warfare using asymmetric means to attack and influence advanced nations
• Conventional, unconventional, lethal, non-lethal, state supported, non-state, hybrid organizations, extremism… produce a very complex environment