
Ahmedabad-based defence technology company Gridbots has introduced the Titan Fortifier, a ground breaking unmanned ground system designed to autonomously deploy anti-tank mines, reported Gridbots.
This innovation marks a major milestone in India’s indigenous robotic warfare capability, positioning Gridbots among the few global firms developing fully autonomous combat engineering systems.
Developed under the Titan series of multi-utility combat robots, the Fortifier variant builds on the proven mobility and navigation suite of the Titan ground platform. It features a hybrid visual and 3D LiDAR-based SLAM navigation system, ensuring precise route planning and obstacle avoidance in all-terrain conditions—ranging from plains and deserts to high-altitude environments.
The autonomous control suite integrates multi-processor batch computing and an onboard NVIDIA GPU for AI-driven perception and operational command logic.
The Titan Fortifier is engineered for independent mine deployment operations without manual control. The system carries up to 50 anti-tank “Brick Mines,” collectively weighing approximately 600 kilograms, and can autonomously distribute them along a pre-mapped or dynamically generated route exceeding 50 kilometres in a single charge. This capability significantly reduces exposure risks for engineers and soldiers during minefield emplacement in contested zones.
The robot uses a modular carriage tray and hydraulic release mechanism to lay mines at pre-determined intervals, with adjustable spacing controlled by onboard mission software. The use of encrypted 5.8 GHz mesh radio links ensures real-time mission monitoring and secure communications between multiple units operating in formation or networked clusters, allowing field commanders to orchestrate complex autonomous minelaying patterns from safe stand-off distances.
Built on the Titan combat vehicle framework, the Fortifier retains the robust chassis fabricated in chromium steel with IP65 sealing for all-weather operation. The system sustains a maximum payload of one tonne, enabling flexibility for different mission packages—mine dispersal, logistics support, surveillance, or combat payload operations. The vehicle offers 12 hours of continuous runtime, automatic battery charging, and hot-swappable LiFePO4 power packs, optimising operational endurance.
Its AI analytics suite, augmented by panoramic 360-degree thermal and optical imaging, provides situational awareness during mine deployment. The fusion of lidar-based terrain mapping and GPS-denied navigation allows the Fortifier to perform with high accuracy under electronic warfare conditions. With a mapping precision of 20 millimetres and docking accuracy of 15 millimetres, the robot demonstrates an exceptional standard in India’s autonomous land warfare systems.
Defence experts view the Titan Fortifier as a force multiplier for combat engineering corps and border defence units, particularly in high-threat or mined terrain scenarios where manual mine emplacement exposes troops to enemy fire. The unmanned operation model enables faster, safer, and more deliberate minelaying during tactical retreats, denial operations, or terrain fortification.
The Fortifier’s introduction complements India’s growing trend in battlefield automation, aligning with the country’s doctrine of integrating robotics and artificial intelligence across land warfare domains. Gridbots’ continuous work on TITAN derivatives—such as the HITMAN autonomous weapon station and the Mine Sweeper variant—reflects its transition from heavy robotics to high-end unmanned combat systems.
Defence insiders anticipate that the Titan Fortifier may eventually be fielded in limited numbers for testing with Indian Army corps under the Combat Engineers Directorate, supporting the country’s broader indigenous unmanned systems initiative.
With such developments, India is positioning itself at the forefront of next-generation ground-based automation for defensive and offensive battlefield applications.
IDN (With Agency Inputs)


















