Lightweight Composite Shell
Durable, corrosion-resistant body enhances fuel efficiency and transport handling.
Inert Atmosphere Seal
Leak-tight design maintains internal pressure >12 months using dry air or nitrogen.
Multi-Resistant Build
Rust, warp, termite, fire, and moisture-proof for long-term field or depot use.
Shock Absorbing Suspension
Quad-state frame reduces vibration impact by 99x during cross-terrain movement.
Retractable Caster Wheels
Integrated wheel system with brakes enables crane-free depot and vehicle handling.
Single Operator Access
Guide pins and lightweight lids simplify access for 1-person operation in the field.
Drop-Test Certified
MIL-STD compliant for durability under high-impact drops and transit conditions.
Stacking Ready (G+4)
Supports static stacking up to G+4 and dynamic stacking up to G+2 during transport.
Aircraft Loading Optimized
Directly attaches to lifting trolleys, reducing aircraft loading time by over 60%.
Securing Precision. Sustaining Power.
Anjani Technoplast Ltd.’s Pressurized Missile Containers (PMC) are engineered to safeguard high-value defense assets such as missiles, warhead sections, and sensitive electronic equipment during storage and transit. Designed using advanced lightweight composite materials, these containers maintain a pressurized inert atmosphere, protecting their contents from moisture, fire, temperature fluctuations, mechanical shock, and contamination — extending the operational life of stored munitions.
With a legacy of trust from DRDL, BDL, and RCI, ATL’s containers are mission-proven, MIL standard compliant, and designed with ease of logistics, maintenance, and deployment in mind.
Product Achievements
Trusted Supplier to DRDL, BDL, and RCI for missile systems including Akash, Astra, MRSAM, and ATGMs
First-of-its-Kind Lightweight PMC globally adopted for tactical deployment
Successfully passed 40 km cross-country roadability test
Deployed in Indian Defence operations for field and depot-level usage
Enhances missile life, reduces maintenance load, and improves mission readiness
