In-house commissioning services for Submarine Battery 209 Class and Scorpene Class Submarine Neo Power play a critical role in ensuring optimal functionality, safety, and operational readiness for submarine propulsion systems. These services encompass a comprehensive set of procedures, including detailed inspections, rigorous testing, integration, and validation of the battery systems. The commissioning process is designed to verify that the batteries meet stringent performance and compliance standards, ensuring their capability to support underwater endurance and manoeuvrability. Expert engineers conduct thorough evaluations to assess electrical efficiency, charge-discharge cycles, thermal management, and overall battery reliability under real-world submarine operating conditions. The integration phase involves seamlessly incorporating the battery systems into the existing electrical and propulsion frameworks, ensuring compatibility and synchronization with submarine control mechanisms. Additionally, validation testing is conducted to certify that the batteries can sustain prolonged deep-sea missions while maintaining peak energy output and resilience. Safety assessments are integral to commissioning, ensuring risk mitigation measures are in place to prevent battery malfunctions that could compromise submarine operations. The in-house approach allows specialized teams to work within controlled environments, optimizing precision and efficiency while reducing potential delays associated with outsourcing. Beyond technical verification, these services contribute to extending battery lifespan, enhancing sustainability, and minimizing maintenance requirements, thereby improving overall submarine operational capability and cost-effectiveness. With cutting-edge diagnostics, adherence to naval regulations, and expert oversight, in-house commissioning services ensure that submarine batteries meet the highest industry standards, providing submarines with the reliable power they require to navigate the depths with confidence and strategic superiority.

SPECIFICATIONS Material: Polyester FEATURES - 2 pockets on the upper side + mini pocket - ​​2 pockets on the thighs - 4 pockets on the back - Best quality YKK zipper - Cool, stretch & water repellent material

Cerberus™ DF Backpack System Uses SDR (Software Defined Radio) technology as a flexible operational tool for officers in the field to capture IMSI/IMEI in the surrounding area, track and determine the location of the target cellphone (Direction Finding) on ​​2G, 3G, 4G, 5GNSA networks

The MDSV is a purpose-built vessel integrating the functions of a tugboat, heavy-lift barge, and service platform into a single, versatile unit. Engineered for post-operational offshore platform decommissioning, it also performs maritime salvage operations, including lifting, structural repair, refloating, and navigational clearance. This compact and flexible platform offers an economical solution to the growing demand for offshore decommissioning, particularly in regions with ageing infrastructure. The design was validated at BRIN’s Hydrodynamics laboratory for resistance, manoeuvrability, and LA3 (Aerodynamics, Aeroelasticity, and Aeroacoustics Laboratory) for the superstructure’s aerodynamic evaluation. Key technologies—dynamic positioning, automatic ballast control, and an ROV with a diamond wire cutter (cutting capacity up to Ø1.07 m)—enable safe, precise operations in diverse water depths.