Gwalior: The DRDE Lab of DRDO, located in Gwalior, has made significant strides in the defense sector with the development of the 'ACADA' (Automatic Chemical Agent Detector and Alarm). As the threat of nuclear, biological, and chemical warfare continues to rise, this innovative device aims to provide timely alerts and protection.
Led by Dr. Sushil Batham, the Gwalior team has designed 'ACADA' based on the principle of ion mobility spectrometry. This device is capable of detecting even the finest particles of chemicals in the air and will issue alerts in both audio and video formats.
With this advancement, India has become the fourth country globally to develop such technology using indigenous resources. Recently, the Indian Army and Air Force placed an order for 223 units of 'ACADA', valued at approximately Rs 80 crore. This initiative aligns with India's commitment to self-reliance, as the device has been indigenously designed, developed, and manufactured.
Crucial for immediate identification of chemical attacks
The 'ACADA' is crucial for the immediate identification of chemical attacks, which is essential for minimizing loss of life and property. Previously, Indian armed forces and security agencies relied on imported detectors from three manufacturers in the USA and Germany. Notably, over 80 percent of the components used in 'ACADA' are indigenous.
The DRDE officials emphasized that this development will cater to both the short-term and long-term needs of the country's military and security forces, ensuring better maintenance and the availability of spare parts.
Dr. Sushil Batham, who spearheaded the project, began his work on 'ACADA' in 2010, achieving success in 2015 with an investment of Rs 25 to 30 lakh. His dedication is evident, as he prioritized the project even during personal challenges, demonstrating a strong commitment to advancing India's defense capabilities. This achievement marks a significant leap toward the 'Make in India' and 'Atmanirbhar Bharat' initiatives.
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