FPV KAMIKAZE DRONE (WIRELESS + OFC CAPABLE)
AEPL’s Secure Proprietary Drone System is a dual-mode FPV Kamikaze unmanned aerial platform engineered for high-risk tactical operations in contested and electronic warfare environments. The system is designed to operate seamlessly in both secure wireless RF mode and fiber-optic (OFC) tethered mode, ensuring uninterrupted command, control, and real-time FPV video transmission even under heavy jamming or GNSS-denied conditions.
Built on a lightweight carbon-composite airframe with high-thrust brushless propulsion, the platform supports precision one-way mission execution with modular payload integration for reconnaissance and strike roles. The system incorporates advanced navigation through GNSS/INS fusion with optical fallback stabilization, enabling reliable operation in degraded environments. Its fiber-optic spool architecture provides a fully jam-resistant communication link, while the encrypted RF mode ensures flexibility in conventional scenarios. Designed for rapid field deployment, portability, and operator-in-the-loop control via a rugged ground control station, the system offers configurable mission logic, including real-time FPV control, autonomous stabilization, and fail-safe protocols.
The architecture is optimized for scalability, allowing future upgrades such as AI-assisted tracking, swarm coordination, and enhanced payload adaptability, making it a mission-ready solution for modern asymmetric warfare requirements.
Security Features
- Encrypted RF link
- OFC jam-proof control
- Anti-jamming FHSS
- GNSS spoofing protection
- INS backup navigation
- Secure authentication
- Emergency kill switch
- Data encryption end-to-end
- Fail-safe modes
- Low-signature OFC operation
