Bomb Disposal Equipment - Browse and contact suppliers that specialise in providing services and solutions for bomb disposal equipment for the military and defence industries. Companies supplying bomb disposal robots, Explosive Ordnance Disposal (EOD) and Improvised Explosive Device Disposal (IEDD). Robots used to defuse bombs and incendiary devices in both military more
Bomb Disposal Equipment - Browse and contact suppliers that specialise in providing services and solutions for bomb disposal equipment for the military and defence industries. Companies supplying bomb disposal robots, Explosive Ordnance Disposal (EOD) and Improvised Explosive Device Disposal (IEDD). Robots used to defuse bombs and incendiary devices in both military and civilian situations. Here you can find companies supplying bomb disposal robots, EODs, IEDDs and training services,
Military robots or bomb disposal robots are used for a variety of applications within the armed forces. Primarily they are used for safety and precaution when dealing with unexploded bombs, EODs and IEDs. Robots have saved thousands of lives when dealing with such matters on the battlefield. However, there are many more applications military robots are currently being developed for and deployed. BAE Systems has just unveiled their robotic stretcher for carrying wounded troops from the field. Other companies are developing robotic war horses that can carry vast loads of equipment in very inhospitable terrains and environments and many other companies are developing robots and unmanned vehicles to help with military research and production facilities. Whatever your needs, browse below to find the military robot of your choice.
EOD - Explosive Ordnance Disposal & Improvised Explosive Device Disposal (IEDD) are the processes to make safe hazardous explosive devices. Commonly referred to as bomb disposal and mine clearance technologies. Robots are often used to help reduce risk to human life and to eliminate human error. Browse below to find specialist companies involved in all aspects of EOD. This form of bomb disposal became popular in World War I due to the rise in munitions being mass produced. This led to many manufacturing problems, with many shells found to not work. These were highly hazardous as, even though they may not detonate at the time, they could detonate at a later date. This then lead to bomb disposal necessary.
Mine Clearance Equipment refers to landmine removal and clearance technologies. This process is also known as defining. Minesweeping is the process of inspecting an area for potential mines. In the military, the process is referred to as mine clearance. The priority is to breach the minefield quickly in order to create a safe path for troops or ships. Speed is vital, both for tactical reasons and because units attempting to breach the minefield may be under enemy fire. Both anti-personnel mines and anti-tank mines must be removed, although only i the lanes through which troops or vehicles are planned to advance.
Demining suits are worn by military personnel who are defining an area. Demining refers to the removal of landmines so that troops can continue through an area either on foot or in vehicles. Demining suits are a heavy suit of body armour that is designed to withstand the pressure generated by a bomb and any fragments the bomb may produce. It is usually worn by trained personnel that is attempting bomb disposal. A bomb suit protects all part of the body, with parts of it overlapping for added protection. The suit protects in several ways: It deflector stops projectiles that may come from an unexploded device. It also stops or greatly decreases the pressure of the blast wave being transmitted to the person inside the suit. They are mostly made from Kevlar, foam and plastic.
Explosion protection products or devices are used to prevent or minimize the damage caused by an explosion. A common solution is avoidance - typically by detecting dangerous substances through baggage screening, intrusion detection systems and other security measures. Another tactic is containment - installing bombproof doors and barriers to contain the effects of a blast or using 'bomb bins' to dispose of suspect devices. Both solutions offer protection from explosive devices. Explosion protection products are frequently used in airports to safeguard staff, customers and passengers. Other examples include explosive protective and blast protection armored vehicles used in the Military for a number of operations including mine removals.
Counter-IED technology is used primarily by the military and law enforcement. They are used for standoff detection of explosives and explosive precursor components and defeating the Improvised Explosive Devices (IEDs) devices themselves as part of a broader counter terrorism, counter insurgency or law enforcement effort. Detection techniques and specific systems with assessed technological readiness levels are described by both capabilities and characteristics. Some capabilities include detection rate of explosives, the false positive rate, the effective range, the detection depths in various soils and many more. Some characteristics include: size, weight, power, reliability and cost.
Explosion detection equipment is used in the inspection process to determine whether a container contains explosive material. Explosive detection is commonly used at airports, ports and for border control. There are many types of equipment used in this process. Colorimetric test kits for explosive detection is one of the oldest and simplest methods of detection. This involves applying a chemical reagent to an unknown material or sample and observing the colour reaction. Common reactions are known and indicate to the user if there is an explosive material present and in many cases the group of explosives from which the material is derived. Dogs and honey bees can also be trained to detect explosives. There are many other detection methods.