The Bomb Inhibitor (MATRIX) is a TBRL–DRDO tested and certified portable blast mitigation system developed by Secure Mobile India to reduce the harmful effects of explosive devices up to 1.5 kg TNT/RDX. Designed for rapid deployment, it helps minimize blast pressure, fragmentation, fire hazards, and collateral damage while supporting post-incident forensic investigation.
Secure Mobile India's Bomb Inhibitor (MATRIX) is an indigenous protective solution developed to significantly reduce the effects of accidental or deliberate explosive incidents. It provides an immediate containment option when bomb disposal teams cannot simultaneously respond to multiple threats.
Tested and certified by TBRL–DRDO, the system is engineered to reduce blast, fragmentation, and fire damage while helping protect nearby personnel, infrastructure, and public spaces from the consequences of an explosive event involving up to 1.5 kg TNT or RDX.
Its single-piece portable construction, comfortable lifting handles, and compact square design enable quick installation by two personnel. The system also permits X-ray examination of suspect articles and helps retain shrapnel for forensic investigation after an incident.
| Model | MATRIX |
| Certification | TBRL – DRDO Tested & Certified |
| Blast Capacity | Minimum 1.5 kg TNT / RDX |
| Construction | Single-piece portable design |
| Dimensions | Approx. 740 × 740 × 500 mm |
| Deployment | Portable by two personnel |
| Blast Damage Reduction | Up to 80% or more |
| Fragmentation Reduction | Up to 80% or more |
| Fire Risk Reduction | Up to 80% or more |
| Special Capability | Retains shrapnel & permits X-ray inspection |
The Bomb Inhibitor features a robust single-piece design with strong lifting handles, allowing convenient transport and deployment by two personnel without complex assembly.
Certified performance enables the system to contain the effects of explosive devices up to 1.5 kg TNT/RDX while reducing blast damage, fragmentation hazards, and fire-related damage by 80% or more.
The design permits X-ray examination of suspicious objects before intervention and helps retain shrapnel following an incident, supporting forensic analysis and evidence preservation.
