NEW DELHI: The Fleur-De-Lis Brigade has reached a major milestone in drone warfare. They have created, tested, and approved an FPV (First-Person View) drone with an anti-tank kamikaze payload. This is the first project of its kind in the Indian Army and a big step forward in using drone technology for military operations.
#FLASH: The Indian Armyโs Fleur-De-Lis Brigade develops a game-changing FPV drone with an anti-tank kamikaze payload! ๐ฅ๐ฎ๐ณ
โ In-house fabrication at Rising Star Drone Battle School
โ Dual-safety mechanism for precision & security
โ Tested & validated with @DRDO_Indiaโs TBRL
Aโฆ pic.twitter.com/c2NjP32J6Gโ The New Indian (@TheNewIndian_in) March 28, 2025
This project started in August 2024 and was developed in partnership with the Terminal Ballistics Research Laboratory (TBRL), Chandigarh. It went through thorough research, development, and trials to improve the effectiveness of low-cost, high-impact drone strikes.
The FPV drone was built entirely in-house at the Rising Star Drone Battle School. By March 2025, this facility had made over 100 drones. Each drone is manufactured at an approximate cost of Rs 1,40,000/-. Building the drone internally allowed full control over quality, design, and quick modifications based on TBRL guidelines. The design focuses on strength, weight balance, and smooth flight, making it effective for missions.
To protect operators, the drone has a dual-safety mechanism for its payload. This prevents accidental explosions while being transported, handled, or flown. These safety features improve reliability and reduce risks for pilots and personnel.
Secure Trigger Mechanism
The droneโs trigger system follows strict safety rules. It ensures the payload is armed and deployed only under controlled conditions. The pilot activates it using a radio controller, removing any risk of unintended detonation.
The drone also includes a live feedback relay system. This feature gives real-time updates on the payloadโs status through FPV goggles. Pilots can make informed choices and ensure precise attacks.
Trials and Validation: Setting a New Standard
The FPV drone was put through several trials to test its effectiveness, including:
Explosive Testing: Checking the payloadโs stability and impact power.
Aerial Performance Assessment: Evaluating flight, maneuverability, and endurance.
Trigger System Testing: Ensuring the dual-safety feature and controlled detonation work properly.
TBRL scientists oversaw each test and confirmed the droneโs accuracy, efficiency, and reliability. With these successful results, this FPV drone is set to change the future of tactical warfare.
This development places the Indian Army at the forefront of drone technology, boosting its combat strength and showing its commitment to self-reliant defense innovation.
