EndureAir Completes Training of Indian Defence Personnel Following Delivery of Indigenous ALAKH Kamikaze UAV

Indian unmanned aerial systems manufacturer EndureAir Systems Pvt. Ltd. has successfully completed a training programme for Indian defence personnel following the delivery of its indigenous ALAKH Kamikaze Unmanned Aerial Vehicle (UAV). The programme focused on platform familiarisation, operational procedures and mission readiness, marking another development in the company’s efforts to support India’s defence forces with domestically developed unmanned systems.

In an official announcement on November 12, 2026, EndureAir confirmed that its team had conducted the training following the delivery of ALAKH Kamikaze UAVs. The company stated that the programme reflects its commitment to providing indigenous unmanned aerial solutions supported by comprehensive operator training and technical assistance.

The development follows EndureAir’s announcement in October 2026 confirming the delivery of the ALAKH Kamikaze platform. The company has not disclosed the number of aircraft delivered, the number of personnel trained or the specific military formation receiving the systems.

Training Programme Focuses on Operational Readiness

The recently completed training programme was designed to familiarise defence personnel with the ALAKH Kamikaze UAV and its operational characteristics. According to EndureAir, the training covered platform familiarisation, operational procedures and mission readiness, providing personnel with the knowledge required to operate the indigenous unmanned system.

The programme represents an important part of the delivery process for specialised military equipment, where operator proficiency and familiarity with platform capabilities are essential considerations. Unmanned aerial systems require trained personnel who understand their flight characteristics, control interfaces, communication arrangements and mission-related operating procedures.

The completion of operator training following equipment delivery represents an important step in preparing defence personnel to employ indigenous unmanned aerial systems. It also highlights the role of manufacturers in providing technical assistance and operational support alongside the development and supply of military platforms.

EndureAir has not announced the location or duration of the training programme or provided details of any subsequent operational deployment.

ALAKH Kamikaze Designed for Precision-Strike Operations

ALAKH Kamikaze is an indigenous First-Person View (FPV) unmanned aerial system developed for tactical precision-strike operations. The platform combines aerial surveillance, target identification and terminal engagement capabilities within a compact, expendable aircraft.

According to EndureAir’s official product information, the UAV follows a Search, Detect and Destroy operational approach. The system allows an operator to observe the mission area through live aerial imagery, identify designated targets and make the decision to engage.

Unlike conventional surveillance drones designed primarily for intelligence gathering and reconnaissance, the ALAKH Kamikaze is intended to carry a payload directly to a designated target. The aircraft is expended during terminal engagement, placing it within the category of one-way attack drones or loitering munitions.

The combination of surveillance and precision engagement within a single unmanned platform provides a tactical capability for observing designated targets before conducting an operator-controlled strike. This approach enables the operator to retain visual oversight of the mission area during the engagement process.

The manufacturer identifies armoured vehicles and other high-value military assets among the intended target categories for the system.

Operational Range, Endurance and Payload Capacity

EndureAir’s published specifications identify the ALAKH Kamikaze as a lightweight tactical unmanned system with an operational range of up to 10 kilometres and a flight endurance of up to 30 minutes.

The aircraft has a stated payload capacity of up to one kilogram and a maximum all-up weight of four kilograms. The manufacturer lists an operational speed of 100 kilometres per hour and indicates that the system can be launched at altitudes of up to 5,000 metres above mean sea level.

The platform is designed to operate across a temperature range of −20°C to +55°C, reflecting the manufacturer’s emphasis on functionality in demanding environmental conditions.

Its compact configuration allows backpack-based transportation and deployment, while its First-Person View architecture provides operators with live visual information from the aircraft during flight.

These characteristics are intended to support tactical employment where portability, rapid deployment and short-range precision engagement are important operational requirements.

Electronic Warfare Resilience and Secure Communications

A principal feature highlighted by EndureAir is the ALAKH Kamikaze’s design for operations in challenging electronic warfare environments. Modern battlefield conditions can involve interference with satellite navigation signals, disruption of radio communications and attempts to compromise unmanned aircraft control systems.

The manufacturer states that ALAKH Kamikaze incorporates frequency-hopping technology, encrypted communications and measures intended to improve resilience against telemetry spoofing and electronic interference.

The aircraft uses an AES-256 encrypted control link, while its communications architecture is designed to maintain operator connectivity under contested operating conditions.

Electronic warfare resilience is an important capability for tactical unmanned systems because disruption of navigation and communication links can directly affect mission reliability and operator control.

EndureAir describes these capabilities as part of its approach to developing unmanned aircraft suitable for increasingly complex operational environments. The published information represents manufacturer-stated capabilities rather than independently disclosed results from military electronic warfare trials.

Day-and-Night Surveillance and Target Identification

The ALAKH Kamikaze incorporates electro-optical and infrared imaging capabilities intended to support aerial observation during both daylight and low-light conditions.

According to the manufacturer’s technical description, the UAV provides live FPV imagery that allows operators to survey the mission area, identify designated targets and maintain visual awareness before engagement.

The system’s observation capability is integrated with its terminal-strike function, allowing surveillance and engagement to be conducted through the same aircraft.

EndureAir states that the decision to engage remains with the human operator. The UAV provides aerial imagery and targeting information, while the operator retains responsibility for authorising the terminal strike.

The integration of electro-optical and infrared imaging with operator-controlled engagement provides the platform with both observation and precision-strike functions. These characteristics distinguish the ALAKH Kamikaze from small unmanned aircraft designed exclusively for surveillance.

Multi-Drone Operations Through a Single Control System

Another feature identified by EndureAir is the platform’s ability to support coordinated multi-drone operations.

According to the company’s official product information, the ALAKH Kamikaze can be operated through a control arrangement that allows a single operator to manage multiple unmanned aircraft. EndureAir’s published material specifies support for controlling up to five UAVs through one transmitter.

This capability is intended to provide greater flexibility in the management of multiple aircraft during tactical missions.

Multi-drone control represents an increasingly important area of unmanned systems development, allowing manufacturers to explore operational configurations beyond the conventional arrangement of one operator controlling a single aircraft.

The ability to manage multiple unmanned platforms through a common control system is significant for the development of coordinated tactical UAV operations. EndureAir identifies this feature as part of the ALAKH Kamikaze’s design, although operational performance under military conditions remains dependent on the capabilities demonstrated by the deployed system.

EndureAir’s Contribution to Indigenous Defence Drone Development

EndureAir Systems is an Indian unmanned aerial systems manufacturer developing platforms for defence logistics, surveillance and specialised military applications. Its product portfolio includes the ALAKH family of small unmanned aircraft and the SABAL series of cargo-carrying UAVs.

The company has developed separate ALAKH configurations for surveillance and kamikaze missions. While the surveillance variant is designed primarily for reconnaissance and observation, ALAKH Kamikaze incorporates the additional capability to conduct terminal precision engagements.

The development and delivery of the kamikaze variant reflects the company’s expansion into specialised tactical unmanned systems intended for military applications.

India’s domestic unmanned aerial vehicle industry has witnessed increasing participation from private manufacturers and technology enterprises developing platforms for reconnaissance, logistics, electronic warfare and precision-strike operations.

EndureAir’s delivery and subsequent operator training programme demonstrate the company’s involvement in supplying indigenous UAV technology and providing associated technical support to defence personnel.

Supporting India’s Aatmanirbhar Bharat Defence Initiative

The successful completion of the ALAKH Kamikaze training programme represents another development in India’s efforts to strengthen domestic capabilities in military unmanned aviation.

The Aatmanirbhar Bharat and Make in India initiatives have encouraged Indian enterprises to develop indigenous defence equipment, including unmanned aerial platforms, communication systems, specialised electronics and related technologies.

The ALAKH Kamikaze programme brings together several of these technological areas through a domestically developed platform incorporating FPV imaging, encrypted communication, electronic warfare resilience and operator-controlled precision engagement.

The significance of EndureAir’s latest announcement lies in the progression from indigenous UAV development and equipment delivery to the training of defence personnel responsible for operating the system.

By completing the training programme following the delivery of its ALAKH Kamikaze UAVs, EndureAir has demonstrated its participation in both the manufacturing and operator-support aspects of India’s expanding indigenous defence drone ecosystem.

The company has not disclosed further procurement quantities, operational induction schedules or details of future deliveries. Its latest announcement confirms the completion of training and associated technical support following the supply of the indigenous platform.

---