The TRIDON Mk2 is being promoted as a potential solution for India’s evolving ground-based air defence requirements, particularly the need to protect military formations and critical installations against increasingly diverse aerial threats.
The Department of Atomic Energy announced the collaboration on November 3, confirming that the agreement was signed on October 27, 2026. The partnership brings together scientific research, specialised process technology and advanced metallurgical manufacturing to explore methods of converting secondary industrial materials into reusable strategic resources.
The facility specialises in producing complex components, structural assemblies and precision-engineered products for aerospace, defence and space applications, combining metallic and composite manufacturing technologies with specialised processing and assembly operations.
The Ministry of Electronics and Information Technology (MeitY) unveiled EKA-1, a 26.3-billion-parameter language model developed by Soket Labs Technology and Research Private Limited, alongside Dhīr 2B and Dhīr 5B, two multilingual models developed by ZenteiQ AiTech Innovations.
Balu Forge stated that its newly developed jet engine components had received quality approval against demanding tolerance requirements. The achievement is particularly relevant because aerospace manufacturing requires a high degree of consistency in component geometry, material characteristics and production quality.
The company also disclosed a domestic supply contract for 6,000 sets of M1 shell forgings from a Central Public Sector Undertaking. The order represents another development in its defence manufacturing activities, although the company has not disclosed the identity of the awarding organisation or the contract’s financial value.
The announcement forms part of a broader business update in which Balu Forge confirmed progress across its defence, aerospace and industrial manufacturing operations. While the company has disclosed the receipt of the Czech purchase order, it has not identified the customer or provided details concerning the contract value, ordered quantities, component specifications or delivery schedule.
The announcement follows the company’s progress in other artillery ammunition programmes, including the commencement of dispatches of 152 mm empty shells and successful quality approval of its 155 mm Extended Range Full Bore (ERFB) shell. Together, these developments demonstrate Balu Forge’s efforts to establish a broader manufacturing portfolio serving different artillery ammunition requirements.
The announcement also confirmed that Balu Forge has completed multiple dispatches of 152 mm empty artillery shells against previously secured orders. While these deliveries demonstrate progress in executing the company’s existing defence order book, serial dispatches of the newly approved 155 mm ERFB shells are expected to commence shortly.
The SIGMA 30N is a digital ring laser gyroscope-based inertial navigation system developed by Safran Electronics & Defense. It is designed to provide accurate positioning, orientation and navigation information for military platforms, particularly artillery systems that require precise alignment before firing.
