U-51D (Hard-Kill Anti-Drone System)
Drone warfare now dominates the battlefield. Swarms of low-cost kamikaze UAVs threaten high-value assets, and interceptor missiles are an expensive counter. U-51D (Hard-Kill Anti-Drone System) is specially tuned with an automated, stabilized gimbal on the Paras H100. The platform autonomously detects, tracks, and engages hostile drones—delivering precise, economical defense with 7.62×51 mm rounds.
Technical Specifications
Weapon
7.62 × 51 mm caliber (integrated), 50-round drum magazine
Effective engagement range
600+ meters (platform & environmental dependent)
Max take-off weight (MTOW)
71 kg
Typical flight time
~30 minutes (mission profile dependent)
Max dimensions (stowed/operational footprint)
198 × 198 × 76 cm (77" × 77" × 30")
Power system
Lithium-ion battery pack (modular swappable packs)
Maximum launch altitude
3,000 m AMSL
Sensors
AI-enabled EO/IR turret, laser rangefinder (optional), multimode tracking suite
Navigation
GPS/INS with redundancy and RTK option for precision positioning
Comms
Encrypted datalink with LOS & optional BVLOS links, with secure operator console
Environmental operating range
−25 °C to 50 °C
Stabilization
2-axis stabilized weapon mount/turret
Sailent Features
- Hard-kill capability: Weaponized payload using a 7.62 × 51 mm system with an integrated 50-round drum magazine.
- Autonomous target handling: AI-enabled EO/IR cameras & on-board processing for automatic detection, classification & target tracking.
- Engagement modes: Semi-automatic/manual operator override plus automated engagement (rules of engagement configurable).
- Stabilized weapon mount: Gyro-stabilized turret for accurate fire from a moving airborne platform.
- Long effective range: Precision engagement capability out to & beyond 600 m (subject to operational envelope & LOS).
- Ergonomically desigMission endurance: Optimised airframe & power management for practical on-station time.ned pistol grip & hand guard
- Rapid deployment: Compact, transportable platform for quick forward emplacement.
- Modular architecture: Payload, sensors & mission software are modular for future upgrades & variants.
