Setting up the company infrastructure was both exciting and challenging. I worked closely with Zero to streamline our operations, manage resources, and oversee the production processes. We chose an area in the industrial belt of Gurgaon, Haryana, for its proximity to Delhi and well-established infrastructure. Acquiring land and setting up the factory took several months, during which time we procured state-of-the-art machinery and raw materials from both domestic and international suppliers.
Zero's capabilities were indispensable in this phase. It scanned global markets for the best quality raw materials, ensuring that our supply chain was both efficient and reliable. We secured high-grade steel from Sweden for the firearm barrels, advanced polymers from Germany for the protective gear, and cutting-edge electronics from Japan for the integrated systems. Contracts were negotiated, and supply chains established to ensure the steady flow of materials necessary for production.
During the factory setup, we recruited skilled engineers and workers, many of whom were veterans with experience in military technology. Training programs were conducted to familiarize them with the advanced machinery and processes that would be employed in the production of our firearms and protective gear.
Launching Anant Defence Limited was a significant milestone, but the real work was just beginning. Our first projects were critical. We decided to focus on developing advanced firearms and protective gear that would directly address the shortcomings revealed during the Kargil conflict.
For the military, we developed three types of guns. The first was the PO-12, a semi-automatic rifle that fired 7.62x39mm rounds from a 30-round magazine. The design was sleek and robust, ensuring reliability in the harshest conditions. Next, we created the PO-10GL, an assault rifle that fired 5.56x45mm rounds with a 30-round magazine and featured an integrated grenade launcher capable of firing six 40mm grenades. Lastly, we designed the PO-8, a fully automatic pistol that could fire 9mm rounds from either a 17 or 21-round magazine.
Zero's assistance was invaluable in refining these designs. Its ability to scan hardware and software provided us with precise insights into how to enhance each firearm. For the PO-12, Zero suggested a reinforced barrel to handle higher pressure rounds and a more ergonomic grip for improved accuracy. For the PO-10GL, Zero recommended advanced recoil management systems to ensure better control during sustained fire. The PO-8 was optimized with a modular design, allowing for quick adjustments and maintenance.
For the police, we created the PO-9 and PO-7. The PO-9 was an assault rifle that fired 5.56x45mm rounds from a 14-round magazine, designed for urban combat situations. The PO-7 was a semi-automatic pistol firing 7mm rounds from a 14-round magazine, ideal for close-quarter engagements. Both weapons were designed to be lightweight and easy to handle, with enhanced safety features to prevent accidental discharge.
For the paramilitary forces, we developed the PO-11 and PO-10. The PO-11 was a semi-automatic rifle firing 7.62x39mm rounds from a 24-round magazine, offering a balance between firepower and mobility. The PO-10 was an assault rifle firing 5.56x45mm rounds from a 24-round magazine, designed for versatility in various terrains and conditions.
Alongside the firearms, we developed bulletproof helmets and jackets. The Combat Body Armour S3 was designed to protect against 7.62mm rounds from 600 meters, 5.56mm rounds from 500 meters, and 9mm rounds from 50 meters. The Combat Body Armour S5 offered protection against 7.62mm rounds from 400 meters, 5.56mm rounds from 200 meters, and 9mm rounds at point-blank range. We also designed the Combat Helmet H3, which could withstand 9mm rounds from 40 meters and various other impacts.
Zero played a crucial role in the development of our protective gear. By scanning and analyzing existing body armor, Zero provided insights into the latest materials and construction techniques. The S3 and S5 armors were made using a combination of advanced polymers and reinforced fibers, ensuring maximum protection without compromising mobility. The H3 helmet incorporated state-of-the-art shock-absorption technology, providing superior impact resistance.
With the designs finalized before the factory construction complete as construction complete , we moved into production. Each prototype was meticulously tested to ensure it met our rigorous standards. The results were promising, and soon we had a range of advanced firearms and protective gear ready for demonstration.