The Indian Army has taken a major step to strengthen safety at its most sensitive and high-risk locations by signing a contract to acquire 18 indigenously developed firefighting robots, known as FF BOTs. These robots are intended to enhance protection at ammunition depots and other critical military facilities where fires can quickly turn into life-threatening emergencies.

On 13th January (Tuesday), the Army’s Directorate of Capability Development formally entered into a ₹62 crore agreement with Ahmedabad-based startup Swadeshi Empresa Private Limited. The deal focuses on procuring advanced firefighting robots that are proudly “Made in India”, reinforcing the country’s push toward self-reliance in defence technology.

Swadeshi Empresa developed the FF BOT under the Innovations for Defence Excellence, or iDEX, programme. This initiative encourages Indian startups to design and deliver cutting-edge solutions for the armed forces. The robot had already drawn attention during the Vijay Diwas celebrations in December last year, when it was displayed at Army House. According to the current plan, the first week of April is expected to mark the formal induction of the FF BOT into Army service, after which it will be installed across several cantonments in different parts of the country.

Although the robot was initially created to meet the requirements of the Indian Navy, the Army has now chosen to procure it for the first time. This was made possible due to existing provisions that allow one service to acquire iDEX-developed equipment that has already been tested and evaluated by another branch of the defence forces. The FF BOT had earlier successfully cleared a Single Stage Composite Trial, which helped build confidence in its performance and reliability.

This approach of sharing tested systems across services helps speed up the adoption of indigenous innovations while avoiding repeated development efforts and unnecessary spending. The Army’s Design Bureau supported the project as part of its broader aim to promote locally developed technologies and encourage defence startups under the “Make in India” initiative. As part of the contract, the supplier will provide a two-year warranty, five years of comprehensive maintenance support, and a seven-year guarantee for on-site service assistance, ensuring long-term operational readiness of the system.

Why FF BOT Matters for Fire Safety in High-Risk Zones

The FF BOT is an autonomous ground-based system designed to offer greater protection during firefighting operations in areas where fires can spread rapidly and pose serious threats to both infrastructure and human life. It is specifically meant to operate in conditions where sending firefighters inside can be extremely dangerous. These include scenarios involving explosions, toxic gases, very high temperatures, and the risk of buildings collapsing without warning.

The robot is intended for use across a wide range of locations such as industrial units, oil refineries, fuel storage areas, ammunition depots, and weapon storage facilities. Firefighters can operate the FF BOT remotely from a safe distance, reducing their exposure to harm. The system is equipped with both thermal and optical cameras that transmit live video feeds, helping teams on the ground to better understand and manage the situation as it unfolds.

Thermal imaging allows the robot to detect hotspots and hidden flames that may not be visible through thick smoke. This capability significantly improves situational awareness during firefighting operations. It enables firefighters to track how the fire is spreading, assess risks, and take informed decisions even in smoke-filled environments or areas with very low visibility.

The FF BOT has already been used in civilian firefighting operations, including deployment at the Visakhapatnam refinery. Officials pointed out that this experience clearly demonstrated the robot’s usefulness beyond military installations. They further noted that the system can play a vital role in crisis response situations where human access is limited or unsafe, such as at power plants, airports, and fuel storage sites.

According to officials, the FF BOT is designed to support firefighters rather than replace them. By allowing unmanned systems to enter the most dangerous zones first, it reduces the risk faced by personnel and enables quicker and safer responses during fires at sensitive locations.

Features and Operational Capabilities of the FF BOT

To handle movement across difficult and uneven terrain, the FF BOT is equipped with a six-wheel drive system supported by suspension. The robot is powerful enough to pull fire hoses filled with water and can tow vehicles weighing up to five tonnes. It can rotate fully on the spot and operate at varying speeds, making it highly flexible in tight or complex environments.

The system is built from corrosion-resistant stainless steel and includes a self-cooling mechanism that allows it to function under extreme heat conditions. Its key components include a winch, integrated lighting systems, and both optical and thermal cameras. Operators control the robot using a basic control station that features a large touchscreen and a joystick, making it easier to manage during high-pressure situations.

The Acceptance of Necessity, or AoN, for the FF BOT was granted in 2023. This project is the first iDEX Sprint venture under DISC-7. Sprint stands for Supporting Pole-Vaulting in Research and Development through iDEX, Naval Innovation and Indigenisation Organisation, or NIIO, along with the Technology Development Acceleration Cell, known as TDAC. The initiative aims to build a strong innovation ecosystem in the military and aerospace sectors by actively involving startups and private companies.

This development is also part of a broader global shift toward the use of robotic firefighting systems. Such technologies are increasingly being adopted at military bases, oil refineries, nuclear power plants, and large industrial complexes where fires can escalate quickly and threaten lives as well as critical infrastructure. Even a small fire in a munitions storage area can lead to widespread damage and secondary explosions, severely disrupting operations and logistics. The induction of the FF BOT reflects the Indian Army’s effort to stay ahead of such risks through modern, indigenous solutions.