Material: High-performance aramid ballistic fabric engineered to reduce blast overpressure, fragment penetration, and thermal effects.
Standard Reference: Evaluated according to STANAG 2920 fragment simulation procedures.
Fragment Resistance: Designed to resist 17-grain (≈1.1 g) fragment impacts with a V50 performance benchmark of 500 m/s under standard test conditions.
Enhanced Performance: Under simulated 155 mm shell fragment conditions, the system has achieved V50 results in the 620–630 m/s range depending on configuration and testing parameters.
Configuration: Soft ballistic blanket with reinforced corner handles and deployable hoop assembly for conversion into a tensioned protective shield.
Finish: Tactical non-reflective surface treatment for professional operational use.
Intended Use: Designed for explosive threat containment, suspicious package isolation, and temporary personnel protection during EOD response operations.
The Ballistic Defence BD EOD Blast & Fragmentation Blanket – Bomb Suppression Blanket (STANAG 2920) | CLOAKS is a mission-oriented armored protective blanket developed to reduce the effects of blast pressure, fragmentation, and thermal exposure during explosive threat incidents. Manufactured from advanced aramid ballistic materials, it is intended to support trained personnel in isolating suspicious objects and minimizing risk to nearby individuals and infrastructure until specialist explosive ordnance disposal teams arrive.
Featuring reinforced carrying handles and an integrated deployable hoop system, the EOD Blast & Fragmentation Blanket – Bomb Suppression Blanket (STANAG 2920) | CLOAKS can be rapidly configured as either a protective cover or a tensioned protective barrier. Its lightweight construction, rapid deployment capability, and proven fragment resistance make it suitable for professional security, law enforcement, military, and critical infrastructure protection environments.
Blast Mitigation: Multi-layer aramid construction helps absorb and disperse blast energy, reducing pressure effects on nearby personnel and structures.
Fragment Protection: Advanced ballistic fabric is engineered to reduce penetration from high-velocity fragments and secondary projectiles.
Thermal Resistance: Heat-resistant fibers help limit thermal transfer and reduce exposure to secondary heat effects.
Rapid Deployment: Reinforced carry handles and hoop assembly enable quick positioning and setup in emergency situations.
Dual-Mode Operation: Functions both as a transportable protective cover and as a deployable protective barrier.
Operational Durability: Abrasion-resistant outer layers support repeated professional use when properly maintained and inspected.
Electronic Signal Disruption: Assists in reducing the effectiveness of certain radio-frequency initiated threat mechanisms.
Only trained personnel should approach suspicious devices while maintaining established safety distances and procedures.
Position the hoop assembly around the suspicious object without making direct contact.
Carefully deploy the blanket over the hoop structure while avoiding disturbance of the device.
Establish and maintain a secure perimeter while awaiting qualified EOD personnel.
Use the reinforced handles for positioning or stabilization only within approved operational procedures and training guidelines.
Intended Use: Designed exclusively for explosive mitigation, containment, and protective response applications.
Inspection: Regularly inspect for cuts, tears, seam damage, delamination, abrasion, or handle wear before and after deployment.
Cleaning: Clean surface dirt using a soft cloth lightly dampened with clean water. Do not machine wash or use chemical cleaners.
Drying & Storage: Air dry naturally in a shaded, ventilated environment and store in a clean, dry location away from direct sunlight and excessive heat.
Damage Control: Remove from service immediately if exposed to extreme heat, corrosive substances, or significant mechanical damage.
Service Life: Follow inspection records and manufacturer recommendations when determining operational suitability and replacement schedules.
