A bomb suit, also known as an Explosive Ordnance Disposal (EOD) suit or a blast suit, is a thick suit of body armor intended to resist the pressure caused by a bomb as well as any fragments produced by the device. It is often worn by qualified bomb disposal specialists. Unlike ballistic body armor, which typically covers the chest and head, a bomb suit must protect all body regions since the risks posed by a bomb's detonation affect the whole body.
For providing the best protection, parts of the bomb suit overlap. The suit defends in a variety of ways. It deflects or prevents projectiles emitted by an exploding device. It also reduces or stops the pressure of the blast wave being communicated to the person within the suit. Most bomb suits, such as the Advanced Bomb Suit, fulfill these functions by layering Kevlar, foam, and plastic. Buy an EOD suit here.
Bomb suits come with detachable gloves and wrist guard attachments for maximum protection. This provides the wearer's hands with the movement and security required for the work, as well as prevents cross-contamination of any evidence discovered (e.g., fingerprints).
During surveillance,' render safe,' or disruption procedures on possible or verified explosive hazards, EOD specialists wear bomb suits. Should the threat device detonate, such claims must protect against fragmentation, explosion overpressure, heat, and tertiary impacts. At the same time, the outfit might limit their movement and situational awareness.
The present EOD units were introduced during World War II when the German Luftwaffe significantly increased the number of bombs dropped on British land. As the number of civilian deaths increased owing to delayed explosions of bombs that had often gone several feet into the ground after being dropped from planes, personnel were taught to disarm the unexploded weapons, and squads were formed to try to keep up with the work. As fuse designs evolved, many of these early UXD (unexploded devices) went off and troops died until more effective techniques for defeating a new format were found.
A bomb suit's parts overlap with other pieces to provide maximum protection from an explosive device from the front while providing minimum protection from the rear and sides. The claim is defended in a variety of ways. It deflects or prevents projectiles emitted by an exploding device. The second method it shields is by avoiding the blast wave from hurting the user. To accomplish these goals, Kevlar, foam, and plastic are typically stacked and coated with fire retardant compounds. According to a ballistics engineer working for a bomb suit producer, it is critical that the fibers are strain-rate sensitive or that they become stiffer if impacted by a fast-moving item.
Until the mid-1990s, EOD suits were made of Kevlar and armour plates to protect against projectiles. However, the garments provided little protection against the explosion wave itself. The most well-known damage caused by the blast wave is known as "blast lung." Even if there is no penetrating injury, the blast wave can hurt and bleed the lungs (and other internal organs); such internal injuries can be deadly. Textile and rigid plate armour alone do not protect the lungs from blast injuries, according to studies done in the United Kingdom in the mid-1990s.  It was discovered that a high acoustic impedance layer with a backing of a softer, low acoustic impedance layer (such as low-density foam) might protect against blast injuries.
However, it was also demonstrated that it is critical to determine the frequency content of the applied blast wave and to experimentally evaluate the way materials are assembled to ensure their effectiveness.
EOD suits are not intended to stop the gunfire. They will almost certainly do so, but the goal is to absorb and divert the blast damage and pressure. This implies they'll probably fare well against pistol bullets, shotgun rounds, and quickly opening hollow points, but they'll be less effective against high-powered rifle rounds.
Unfortunately, explosive ordnance disposal suits are not bulletproof, which is a misnomer. Nothing is bulletproof, merely resistant to bullets. EOD suits, on the other hand, excel in shrapnel resistance. After all, they are intended for use in bomb disposal.
Bomb Disposal Suit Jacket's Main Components
With HAP placed in the front and rear, it provides front, back, side, shoulder, and neck protection. The high collar is intended to be used in combination with any helmet to provide additional protection. Additionally, additional spine protection is given. SAP created and installed a body-conforming jacket. The fast-release straps linked to the side and shoulder allow for the immediate removal of the suit.
ARMS SAP is designed with a combination of Ballistic materials to give enhanced protection. The sleeves have pockets for storing instruments.
Protector Of The Groins
It is constructed of high ballistic strength Ballistic fabric and is quite comfortable.
This revolutionary design, with fully adjustable supporting robust bracing, enables freedom of mobility and excellent protection for the legs, as well as pockets for the insertion of HAP's.
Visor And Helmet
The helmet and visor provide unrivalled head and neck protection.
Carrier Bag Hard Armour Panel Ballistic Helmet with Face Shield
Features Of A Bomb Disposal Suit / Eod Suit
Engineered from high-strength Ballistic Soft Armour and a hardwear outer shell made of Nomax fire retardant fabric.