Indian defence manufacturer SMPP has completed the delivery of 100 indigenous kamikaze drones to the Army, marking a significant milestone in India’s growing unmanned warfare capabilities.The delivery follows successful user trials in which the drone, named “Peacekeeper (Agniveg)”, demonstrated an operational range of about 180 km while operating in heavily jammed and spoofed environments, according to a company statement.Designed to engage high-value targets deep inside enemy territory, the loitering munition combines long-range reach, precision-strike capability and high-speed attack profiles. The system provides the Army with a flexible and cost-effective option for engaging time-sensitive targets while reducing risks to personnel.The induction comes at a time when modern warfare is increasingly being shaped by precision-guided unmanned systems capable of delivering significant battlefield effects at a fraction of the cost of conventional strike platforms. The drone is expected to bridge the gap between conventional artillery and long-range missile systems, giving commanders an additional precision-strike capability.“The successful completion of deliveries to the Army within a short time frame of six months is a significant milestone for SMPP and for India’s indigenous defence manufacturing ecosystem,” said Ashish Kansal, CEO and Director of SMPP.Describing the system as a critical force multiplier, Kansal said the company remains committed to developing indigenous technologies that enhance the operational effectiveness of the armed forces.With an operational range of 180 km and a top speed of up to 450 kmph, the Peacekeeper (Agniveg) is capable of carrying out autonomous precision-strike missions against critical military infrastructure, logistics hubs, command centres, radar installations and other strategic targets.Built to operate in contested electromagnetic environments, the drone can continue its mission despite hostile electronic warfare measures, including jamming and spoofing attempts, the company said.