IAF Helicopter Crew to Receive Lighter Bulletproof Jackets for Anti-Terrorist Operations
Indian Air Force (IAF) helicopter crews deployed in counter-terrorist and internal security operations will soon benefit from new, lighter bulletproof jackets. The IAF has initiated the process of procuring jackets that offer enhanced comfort and protection for aircrew members engaged in high-risk environments.
Currently, the existing bulletproof jackets worn by aircrew weigh approximately 6.5 kg and are deemed bulky and uncomfortable for wear during flight. Moreover, aircrew members are required to don additional tactical vests to carry ammunition and survival gear, adding to the weight and discomfort.
In response to these challenges, the IAF has sought industry collaboration to develop lighter bulletproof jackets weighing no more than 4 kg during flight and 8 kg during combat survival. These jackets are required to provide Level 3+ ballistic protection, capable of withstanding small arms fire, including bullets from 7.62 mm rifles such as the AK-47, at close ranges.
The new jacket design comprises two components: an inner jacket for use during flight, offering front and side protection, and an outer shell for combat survival, featuring storage pockets and all-round torso protection. This modular approach ensures adaptability and ease of use in different operational scenarios.
Importantly, the jackets must not impede aircrew mobility during flight or combat survival and should be flame retardant to mitigate additional risks. Additionally, the design must be suitable for Indian climatic conditions, ensuring optimal performance in various environments.
Given the frequent deployment of IAF helicopters in anti-terrorist and internal security operations, the procurement of these advanced bulletproof jackets underscores the commitment to safeguarding the well-being of aircrew members. By leveraging innovative design and technology, the IAF aims to enhance operational effectiveness and ensure the safety of personnel in challenging operational environments.