SOURCE: AFI
In a significant stride for India’s small arms industry, Bengaluru-based SSS Defence has successfully developed a new indigenous submachine gun (SMG) chambered in 9×19mm. This new firearm, designed to meet the operational needs of Indian armed forces and law enforcement, is currently undergoing intensive internal trials to assess its reliability, accuracy, and durability under rigorous conditions.
The new SMG by SSS Defence is a 9×19mm weapon tailored for close-quarter battle (CQB) scenarios, which require quick maneuverability, compact design, and high rate of fire. Submachine guns are crucial in close-combat environments, where versatility and firepower must be balanced with accuracy and low recoil.
In an era where India has prioritized self-reliance in defense production, SSS Defence’s SMG stands out as a homegrown solution crafted to replace and reduce reliance on imported small arms. The 9×19mm caliber is one of the most widely used around the world, known for its manageable recoil, moderate stopping power, and adaptability for various mission profiles.
Before it can be offered to the armed forces, the SMG is undergoing rigorous internal trials at SSS Defence’s facilities. These trials are designed to push the weapon to its limits, evaluating its performance under extreme conditions such as temperature variations, dirt, and sustained firing. The goal is to ensure that the SMG can withstand the demands of military and police operations without mechanical failures or degradation in performance.
SSS Defence has also emphasized accuracy and reliability, aiming for minimal stoppages even under stressful battlefield conditions. Early reports suggest that the weapon has demonstrated impressive accuracy and robustness, holding promise as a suitable candidate for both military and paramilitary forces in India.
The SMG also leverages modern materials and design techniques to ensure a balance between durability and ease of maintenance—essential characteristics for weapons used in harsh environments and diverse operational scenarios.