Global Munition Limited
Excellence in
Advanced Munition Solutions.
GML is GDIL’s subsidiary having facility for High Energetics and Explosives material and filling of High and Medium Caliber advanced shell ammunition as we have facilities for the empty shells, High Energy materials and High Energy filling capability.
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STRATEGIC SOURCING
Direct partnerships with global mills to source high-grade ballistic and aerospace-certified metals.
PRECISION PROCESSING
Advanced water-jet and laser cutting capabilities to meet exacting dimensional specifications.
TECHNICAL VALIDATION
Rigorous chemical and mechanical testing ensuring 100% material traceability and compliance.
GLOBAL LOGISTICS
Specialized defense-sector supply chain management with secure end-to-end distribution.
Our Product Range
155 MM M107 (Filled Shell)
AMMUNITION
155 mm M107-pattern filled shell configuration supplied for defence applications, with controlled filling and manufacturing processes designed to maintain dimensional consistency, structural integrity and quality requirements.
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155mm ERFB-BB (Filled Shell)
AMMUNITION
155 mm ERFB Base-Bleed filled shell configuration incorporating the base-bleed projectile design with controlled filling and manufacturing processes for consistent quality and defence applications.
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155mm ERFB-BT (Filled Shell)
AMMUNITION
155 mm ERFB Boat-Tail filled shell configuration featuring the extended-range projectile body with controlled filling and manufacturing processes to support consistent quality and performance requirements.
TNT
High Explosives
TNT remains a cornerstone high explosive in defence applications, valued for its established use across artillery shells, aerial bombs, mines and demolition charges. It is also used in melt-cast formulations and composite charge systems.
RDX
High Explosives
RDX is a widely used high explosive valued for its reliability and versatility across modern defence applications. It is used in energetic systems, mouldable explosive products and proSuryastraion-related applications.
HMX
High Explosives
HMX is an advanced high energetic material distinguished by its high density and suitability for high-performance applications. It supports modern munition, solid rocket propellant and gun propellant systems.
Nitrocellulose
High Explosives
Nitrocellulose is a cellulose-based energetic material used as a key component in propellant formulations. It supports the development of single-base and composite propellant systems for defence applications.
Single-Base
Propellants
Nitrocellulose-based propellants used across small, medium, and high calibre applications.
Double-Base
Propellants
Propellants combining nitrocellulose and nitroglycerine for applications requiring higher energy output.
Triple-Base
Propellants
Propellants incorporating nitrocellulose, nitroglycerine, and nitroguanidine for specialised large-calibre applications.
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Suryastra Rocket (150 Km)
Suryastra Rocket (150 Km) is a long-range rocket system designed to provide extended-range precision strike capability for defence applications, supporting rapid and effective engagement at significant distances.
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Suryastra Rocket (300 Km)
Suryastra Rocket (300 Km) is a long-range rocket system designed for extended-distance defence applications, providing enhanced reach and operational flexibility for strategic mission requirements.
30x173mm Ammunition
AMMUNITION
This medium-calibre round is used in auto cannons fitted to infantry fighting vehicles, naval close-in weapon systems, and certain aircraft platforms. Common variants include high-explosive, armour-piercing, and multi-purpose rounds suited to a range of ground and naval defense applications.
120mm Mortar Ammunition
MORTAR AMMUNITION
120mm is the standard heavy mortar calibre for infantry and armoured unit fire support and coverage. Unguided variants include HE, Smoke, and Illuminating rounds.
120mm Guided Mortar Ammunition
MORTAR AMMUNITION
Guided 120mm mortar ammunition incorporates precision-guidance systems for improved accuracy and reduced collateral effects in urban or close-support scenarios.
