Loitering Munition Kamikaze Drone – Battery Powerplant

BLA2000XSERIES Electric Tilt-Rotor UAV for ISR Missions

Electric Tilt-Rotor UAV for ISR Missions

Introduction – General Description

The Electric Tilt-Rotor UAV is a high-tech remotely piloted aircraft designed for rapid deployment, easy portability, and maximum flexibility in any mission.

Its tilt-rotor configuration enables vertical take-off and landing (VTOL), while transitioning to fixed-wing flight ensures increased range, extended endurance, and higher mission speed.

Capable of carrying out a wide range of surveillance, reconnaissance, and intelligence-gathering (ISR) missions, this UAV is an ideal solution for both military and civilian applications. 

Main Features

  • Vertical Take-Off and Landing (VTOL) Capability: Enables rapid deployment and operational flexibility without the need for runways or infrastructure.
  • Tilt-Rotor Design with Fixed-Wing Transition: Combines the precision and control of vertical flight with the efficiency of fixed-wing flight, maximizing endurance, range, and mission speed.
  • Fully Electric Propulsion with LiPo Batteries: Offers silent operation, zero CO₂ emissions, a reduced environmental footprint, and low thermal signature—ideal for discreet operations.
  • Lightweight Construction with Composite Materials (CFRP): High strength, low weight, and increased resistance to stress.
  • Ease of Transport and Rapid Assembly: Compact foldable design for easy packaging, transport, and deployment in rugged environments.
  • Advanced EO/IR Sensor: Supports day/night missions with real-time target detection and tracking capability.
  • Modular Multi-Mission Payload Bay: Allows integration of various mission payloads (cameras, sensors, electro-optical systems).
  • High Durability and Reliability: Designed to operate in adverse weather and demanding environments.
  • Autonomous Flight Operation: Capable of executing automatic flight with flexible mission profiles.

Detailed Technical Characteristics

Structure and Construction

  • UAV Type: Tilt-Rotor VTOL with fixed-wing
  • Construction Material: Carbon Fiber Reinforced Polymer (CFRP) – composite for low weight and high strength
  • Folding Capability: For easy transport and rapid assembly

Dimensions and Weight

  • Length: ~2.5 meters
  • Wingspan: ~3.0 meters
  • Height: ~0.7 meters
  • Maximum Take-Off Weight (MTOW): 37 kg
  • Usable Payload Capacity: up to 5 kg

Propulsion System

  • Type: Fully electric
  • Batteries: High-capacity LiPo
  • Propulsion Features: Silent operation, low thermal signature, environmentally friendly (zero CO₂ emissions)

Flight Performance

  • Cruise Speed: 90 km/h
  • Maximum Speed: 120 km/h
  • Range: up to 100 km
  • Flight Endurance: 1.5 hours
  • Maximum Operational Altitude: up to 3000 meters

Systems and Functions

  • Autonomous Flight: Automatic take-off, navigation, and landing via autopilot
  • Sensors: EO/IR payload for day/night operations and target recognition
  • Modular Payload Bay: Payload customization depending on mission (cameras, sensors, mission equipment)

Ruggedness and Environmental Operations

  • Operation in Harsh Conditions: Designed for missions in difficult environments, including remote or inaccessible areas
  • Environmental Compliance: Low acoustic footprint, zero emissions, environmentally friendly

Operational Applications

Military Applications

  • ISR (Intelligence, Surveillance, Reconnaissance): Real-time target surveillance and recognition, tactical mission support
  • Battlefield Reconnaissance and Damage Assessment (BDA): Documentation and evaluation of damage after attacks for command updates
  • Security Support: Detection and tracking of suspicious activities in critical zones

Civil Protection

  • Monitoring of Critical Infrastructure: Inspection of power grids, pipelines, transportation networks, and other sensitive areas
  • Fire Prevention and Monitoring: Aerial imaging for early wildfire detection and spread monitoring
  • Environmental Monitoring: Data collection on atmospheric, geological, and ecological parameters

Search and Rescue

  • Rapid Deployment in Disaster Areas: Locating survivors, delivering first aid, and assessing affected areas
  • Rescue Support: Visual and thermal surveillance to guide rescue teams in hard-to-reach locations

System Advantages

  • Quick Deployment & Portability: Foldable design for immediate field readiness
  • Vertical Take-Off and Landing (VTOL): Operates without the need for a runway
  • Extended Endurance & Range: Thanks to the tilt-rotor configuration and fixed-wing transition
  • Silent, Eco-Friendly Operation: Electric engine with zero emissions
  • Mission Flexibility: Suitable for military, civil, and humanitarian operations
  • Advanced Sensor Technology: EO/IR payload for day and night operations
  • High Durability: Operates reliably under harsh weather conditions
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