Products
Droppable Munition Fuzes
Electronic fuzes that convert in-service ammunition into drone-droppable munitions with safety interlocks, delayed arming, and platform-compatible deployment logic.
Key content
- Use-case: converting in-service ammunition into drone-droppable ammunition.
- Product logic: standalone fuze, platform-agnostic, minimal drone-side modification requirement.
- Safety logic: interrupted explosive chain, mechanical safety lock, freefall-based arming, dud-safe auto-disarm.
- Who this is for: defence users, ammunition players, drone OEMs seeking rapid strike enablement.
Loitering Munition Fuzes
GCS-integrated electronic fuzes for loitering munition platforms with remote arm/disarm, operator-selectable terminal modes, and mission-critical safety logic.
Key content
- Use-case: onboard warhead initiation for loitering munition systems.
- Product logic: embedded fuze designed for UAV warhead applications.
- Control logic: MAVLink / UART-based control, impact / proximity / timed logic, redundant sensing and fail-safe detonation pathways.
- Safety logic: interrupted explosive train, remote arming discipline, redundant impact logic, dud mitigation.
- Who this is for: loitering munition OEMs, UAS manufacturers, defence programs, payload integrators.
WCS / Payload Interface Systems
Payload-control and warhead interface systems that connect the drone, the payload, and operator control logic through safer, more standardised integration architecture.
Key content
- Use-case: interface between airframe and payload.
- Immediate role: warhead control and integration in loitering or strike-capable drones.
- Broader role: payload-control architecture that can evolve toward payload-agnostic interfaces for wider drone applications.
- Key features: arm/disarm logic, status communication, interlocks, integration logic, potential for standardisation.
- Who this is for: drone OEMs, payload developers, defence integrators, specialised mission-platform manufacturers.
Full-Stack Ammunition Consultancy and Integration Support
For UAS and other defence system manufacturers, DDPL provides full-stack ammunition consultancy and integration support, from payload selection and interface definition to dummy hardware, WCS integration, and test coordination.
Who this is mainly for
- Drone companies entering strike or payload-enabled segments.
- UAS OEMs who need ammunition integration capability but do not want to build it all in-house.
- Other defence system manufacturers working on unmanned or payload-carrying platforms.

DRISHTI
Multi-domain surveillance & targeting payloads
- Day/night thermal imaging with LWIR/MWIR sensor options
- Real-time target tracking, geo-tagging & lock-on
- Encrypted AES-256 video downlink
- Modular integration for UAV, ground vehicle, and naval platforms
- Stabilised gimbal — 3-axis precision stabilisation

AKASH-X
Multi-role unmanned aerial system platform
- Fixed-wing VTOL hybrid — runway-independent operations
- Mission endurance up to 6 hours at cruising altitude
- Payload capacity up to 4 kg — modular payload bay
- BVLOS capable with encrypted C2 datalink
- Swarm-ready architecture with inter-UAV mesh networking

Electronic Fuses
Advanced fuzing systems for modern precision munitions - delivering reliability, accuracy, and mission-critical performance in diverse operational environments.
- Drone Droppable Munitions
- Loitering Munitions
- Warhead Control Units

KAVACH
RF shielding & electronic countermeasure modules
- Broad-spectrum jamming, detection & direction finding
- Counter-drone RF neutralisation (C-UAS)
- Lightweight vehicle-mountable & man-portable form factors
- Compliant with DRDO interface standards
- Low probability of intercept waveform library

SIDDHI
Ruggedised embedded controllers & mission processors
- MIL-STD-810 environmental hardening (shock, vibe, temp)
- Secure boot, trusted execution environment & TPM 2.0
- Real-time OS with DO-178C & IEC 61508 support
- Wide operating temperature: −40°C to +85°C
- Multi-core ARM / x86 variants with FPGA co-processing