Defense News ,India :- In a significant stride towards self-reliance, the Defence Materials and Stores Research and Development Establishment (DMSRDE) in Kanpur has successfully developed an indigenous fuel for the BrahMos supersonic cruise missile. The fuel, tailored for the missile's liquid Ramjet engine, underwent a nine-month preparation period, and testing is now underway. This achievement marks a crucial step as the fuel is currently imported from Russia.
Dr. Mayank Dwivedi, the director and scientist at DMSRDE, announced the commencement of testing during a press conference at the institute on Sunday. He highlighted that the newly developed fuel is capable of withstanding extreme temperatures, not freezing even at -50 to -55 degrees Celsius. The indigenous fuel, crafted over eight to nine months, has been sent to the Defence Research and Development Laboratory (DRDL) in Hyderabad for further testing.
The BrahMos missile, which can be propelled by rockets or jet engines utilizing liquid or solid fuel, has incorporated five distinct grades of specialty aluminium alloy developed by the Defence Research and Development Organisation (DRDO). Atul Dinkar Rane, chief of BrahMos Aerospace, previously reported a 75% indigenous capability in the BrahMos missile project, leading to a considerable reduction in overall costs. However, Rane did not specify the exact savings achieved.
In addition to advancements in missile technology, DMSRDE has designed an anti-spike anti-nail shoe aimed at safeguarding soldiers from hidden pointed spikes, a tactic employed by Naxalites. Testing of these shoes, weighing just over 1kg with soles coated in shear-thickening gel and fibers, is currently underway. Another protective innovation is the anti-mine shoe, developed to shield soldiers from poison-spiked spikes in Naxal-affected forest areas. These shoes, incorporating flexible inserts in the sole, weigh approximately 3kg and can protect against explosions of up to 125kg of mines. The Central Reserve Police Force (CRPF) is currently testing these anti-mine shoes.
DMSRDE has further contributed to indigenous capabilities by developing Nylon 66 fibre, which was previously imported from the United States. This fibre enhances the safety of Army personnel uniforms, tents, and cloth materials by providing protection against needles and metals. The institute has also created an advanced riot protection suit, weighing 6.5kg, designed to protect police or paramilitary personnel from all angles, including 360 degrees. The suit is adaptable to various seasons and has been produced in multiple units. These developments underscore the institute's commitment to advancing indigenous technologies for defense purposes.
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