Procurement activity points to airborne laser programme
The Defence Research and Development Organisation (DRDO) has begun work on several subsystems for a possible airborne high-energy laser weapon, according to information reported by Indian Defense News and cited by Israel Defense. The activity marks a further expansion of India’s directed-energy weapons research, although the final aircraft platform and the system’s operational status have not been officially confirmed.
An infographic cited in the reporting shows that a tender dated 5 October 2026 was issued for two laser enclosure units. A separate tender concerns an airborne battery system. The procurement activity indicates that DRDO is examining the structural, power-management and pointing requirements needed to operate a laser from an aircraft.
| Subsystem | Procurement detail |
|---|---|
| Laser enclosures | Tender for two units, dated 5 October 2026 |
| Airborne battery system | Separate tender issued for supply |
| Stabilised pod | Development requirement described in the reporting |
Power and beam control are central requirements
The proposed configuration is expected to use a high-power laser supported by advanced battery technology. An airborne battery would provide an additional source of stored energy for the weapon and assist with rapid power delivery during an engagement, rather than relying only on electricity generated by the aircraft’s engines.
The reported programme also includes a gimballed pod. Its stated function would be to stabilise, track and direct the laser beam towards aerial targets while the host aircraft is manoeuvring at high speed. Maintaining beam stability and accurate pointing in flight is identified as one of the principal technical challenges in developing such a system.
- DRDO has issued a tender for two laser enclosure units.
- A separate procurement is under way for an airborne battery system.
- A gimballed pod is intended to support stabilisation, tracking and beam direction.
Aircraft platform remains unidentified
The aircraft intended to carry the weapon has not been officially confirmed. The possibilities mentioned in the reporting include fighter aircraft, large surveillance platforms, transport aircraft or another dedicated aerial asset. These remain possibilities rather than an announced integration decision, and no platform-specific timeline has been provided.
The activity comes as DRDO continues to broaden its directed-energy weapons portfolio. The reporting refers to India’s progress in ground-based laser systems intended to counter drones, unmanned aerial vehicles, sensors and other aerial targets. The airborne project would involve additional challenges because the weapon, its power supply and its stabilisation equipment would have to operate from a moving aircraft.
The tenders therefore represent development and procurement activity for individual components, not confirmation that an airborne laser weapon has entered service. No operational deployment, completed system or aircraft integration has been announced in the reported details. For India’s defence-industrial ecosystem, the programme brings together laser technology, airborne power storage, precision pointing and platform integration within a single research effort, while the next stage will depend on the development and testing of these subsystems.
