R+D Studio has partnered with the 2 Engineer Regiment of the Chinar Corps to develop a modern defence bunker for the Indian Army at 14,000 feet near Razdan Pass, Jammu & Kashmir. This pilot project uses 1800 Silica Composite Hollow Blocks (SCHB), made from recycled foundry dust and plastic waste, each block weighing 7.5 kg and three times stronger than standard bricks. Constructed within three days, the bunker is designed to withstand extreme weather and enemy fire, while its eco-friendly materials promote sustainability. This initiative exemplifies a new era in military infrastructure focused on resilience and environmental responsibility.
R+D Studio has developed a modern defence bunker for the Indian Army. Working with the 2 Engineer Regiment of the Chinar Corps, the studio designed a pilot post located at a challenging altitude of 14,000 feet near Razdan Pass in Jammu & Kashmir. This project aims to provide improved living conditions for soldiers coping with extreme weather.
The design of the bunker reflects a unique approach towards sustainability and functionality. R+D Studio drew inspiration from traditional sandbag structures and developed Silica Composite Hollow Blocks (SCHB), which are made from recycled materials, including foundry dust and plastic waste. These blocks are notable for being three times stronger than standard bricks, weighing 7.5 kg each. The bunker is constructed using 1800 interlocking SCHBs that can be assembled quickly-within three days-using just a hammer, making it a practical option for urgent military needs.
The physical structure of the bunker is engineered to withstand severe weather conditions, including up to 25 feet of snow. Its construction features a tiered wall design, with three layers at the base tapering to a single layer at the top. This design not only enhances stability but also contributes to thermal insulation, keeping the interior warm in temperatures that can drop to -20°C. An Infra-Red Heating System (IRHS) is integrated into the bunker, ensuring that soldiers remain comfortable in harsh environments.
In addition to offering strength and temperature control, the SCHB walls serve as a protective barrier against enemy fire, adding an important layer of security for personnel stationed in vulnerable locations. The use of these eco-friendly materials is also significant; if the bunker needs to be dismantled or relocated, the SCHBs can be recycled and reused, promoting sustainability within military operations.
This innovative approach to bunker design is part of a broader trend in modern military engineering that prioritizes environmental responsibility alongside functionality. As nations increasingly recognize the importance of sustainable practices, such developments reflect a commitment to not only safeguarding their troops but also considering the ecological impact.
The pilot project at Razdan Pass presents an opportunity for scaling up this initiative across various regions where the Indian Army operates. As demand for such shelters grows in response to changing environmental conditions and military needs, this project could serve as a model for future constructions aimed at enhancing soldier welfare.
In conclusion, the collaboration between R+D Studio and the Indian Army marks a positive step forward in military infrastructure. By combining innovative design, sustainable materials, and practicality, this project could redefine how defence establishments create resilient shelters for their personnel while respecting environmental requirements. As the Indian Army continues to adapt to evolving challenges, such initiatives play a crucial role in ensuring the safety and well-being of its soldiers.
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