Hard Shell’s Ballistic Shield offers a balance of lightweight design and high-level protection. Built for multi-hit resistance, it supports diverse tactical missions—from dynamic entries to patrols and emergency evacuations.
Color OptionsThe Hard Shell Ballistic Shield is a lightweight, high-strength protection tool designed for military, law enforcement, and tactical teams. Built with advanced composites, it provides superior defense against handgun rounds and fragmentation while ensuring mobility and clear vision in critical missions.
Hard Shell ballistic shield is a combination of lightweight, mobility and superior protection. It incorporates the latest materials and technology to provide the multi-hit capability. This shield can be used in different tactical operations such as dynamic entry, Hostage situations, domestic situations, routine patrol and casualty evacuation.
The ballistics in this bundle are rated Level 3A / Level IIIA / HG2. To learn more about the NIJ body armor standards, visit our Understanding Body Armor Ratings blog
At Hard Shell, we use high capacity presses and moulds and can manufacture large sized panel as well. The panels are fortified under extreme pressure under high temperatures to create a Bullet Resistant panel. With the most advanced and latest technologies including hydraulic presses, water jet cutting, industrial sanders and testing facilities, bullet-resistant panels can be manufactured in various size ranging from 300 to 900 mm widths by 300 to 1200 mm lengths, in any combination. We also offer custom cuts to fit your unique design.
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The Bomb Disposal Suits is designed with the use of state of art material which provides a high level of protection in personal protection for modern-day EOD technicians enveloping from head to foot, which easy to wear and allows the wearer far greater comfort and ease of movement compared to the normal EOD Suit..
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A combination of the plate carrier and a full tactical vest, the Slick II is a modular carrier allowing maximum flexibility, to add or remove Hard Armour Panels as per different threat levels of protection deemed by the mission’s requirements. Designed to hold our standard 10” X 12 “ Hard Armour Panel and can be offered in an ICW configuration allowing for Soft Armour Panel inserts. With comfort padding, breathable mesh and adjustable side and shoulders, the Slick II allow for maximum mobility and mission flexibility.
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Our new Warrior vest is the recent new model with a large protection area for complete protection to the wearer. Our Warrior vest equipped with side closures, emergency quick release and medical access capabilities for further enhanced performance. The vest is manufactured with high-quality material this bulletproof vest can be made in accordance with the custom specification or standard styles, in a variety of configuration and colors.
View MoreBallistic shields are generally made of materials such as high-strength composite fibers, laminated ceramics, and metals. These components are carefully layered and bonded to create a multi-layered structure that can efficiently absorb and release the kinetic energy from approaching projectiles.
The size, design, and materials used to make bulletproof ballistic shields all affect how heavy they are. Hard Shell's bulletproof shields approximately weigh from 5 to 15 kilogrammes each (for a single shield), which ensures both portability and effective protection.
In many countries, civilians can buy ballistic shields provided they follow local laws. Depending on the jurisdiction, there may be regulations and limitations. To ensure compliance with relevant rules, prospective buyers should familiarize themselves with the laws and regulations that apply to the purchase and use of this equipment.
The legality of owning a ballistic shield depends on the rules and regulations in different jurisdictions, which buyers need to adhere to.
Ballistic shields work by using layered materials intended to absorb and spread the energy of incoming projectiles. The layers of the shield deform and distribute the force when a projectile strikes it, limiting penetration and lowering the bullet's kinetic energy.
A level III ballistic shield typically weighs between 10 to 18 kilogrammes. The dimensions, design, and materials used in the shield are some of the contributing elements to this weight difference. It is crucial to strike a balance between the weight of the shield and the degree of protection it offers in order to maximize operator usefulness.
Depending on the shield's ballistic rating and the precise level of protection it provides, ballistic shields may be rated to withstand high-powered rifle bullets. Higher caliber shields, like those made for rifles, use specialized materials and manufacturing methods to improve their ability to offer effective defense against these powerful projectiles.
The number of bullets that a ballistic shield can sustain is determined by the materials, design, and bullet caliber. Manufacturers of shields provide details about the shield's endurance and durability.
Ballistic shields can be penetrated by rounds that exceed their specified ballistic rating. Bullets of very high velocity and energy, armor-piercing rounds, and high-powered rifle ammunition are more likely to penetrate ballistic shields.
Military ballistic shields are designed to provide improved defense against a variety of ballistic threats encountered in combat situations. In order to absorb and dissipate the kinetic energy of bullets, these shields use advanced materials and designs. This reduces the risk of harm and enables safer engagement during tactical operations.
Yes, it is possible to design ballistic shields to be worn like a backpack. Some designs feature harness systems that enable the operator to secure the shield on their back, facilitating rapid deployment and hands-free movement.
Due to considerations like exposure to climatic conditions, material deterioration, and evolving ballistic threats, ballistic shields have a limited operational lifespan. Manufacturers advise routine inspection, upkeep, and maybe replacement of the shield after it has served its intended lifespan.
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