Tactical VTOL Surveillence
B-Hawk - Advanced Tactical VTOL Surveillance Platform
B-Hawk is a monocoque high-wing aircraft designed for rapid deployment and maximum stealth. Its defining feature is its VTOL (Vertical Take-Off and Landing) architecture, which combines four dedicated electric lift motors for vertical operations with a rear-mounted electric pusher propeller for efficient cruise flight.
This design eliminates the need for runways or specialized launch equipment, allowing operators to deploy the system from a standard pickup truck or unprepared forest clearings in under 10 minutes. Built for survival in hostile environments, it features a very low acoustic signature, no thermal footprint, and advanced protection against Electronic Warfare (EW) and GNSS-denied scenarios.
Key Strengths
VTOL Capability
Enables vertical takeoff and landing in urban or forested areas without runways
Covert Operations
Low radar signature and minimal noise for near-undetectable flight
Emergency Recovery
VTOL motors stabilize and safely land the system during failures.
Advanced Optics
Dual-sensor gimbal with zoom and thermal imaging for day/night use
EW Resistance
Maintains navigation and communication in GNSS-denied environments.
Technical Details
The B-Hawk features a highly modular airframe designed for rapid assembly and efficient transport, with detachable components that ensure flexibility and durability in diverse operational environments.
It integrates advanced onboard systems, including stabilized surveillance sensors, secure communications, and electronic warfare protection, enabling reliable performance and continuous intelligence gathering.
Combined with optimized power and logistics design, the platform supports extended missions, rapid redeployment, and seamless operation in demanding tactical conditions.
B-Hawk delivers a complete tactical aerial solution, combining agility, stealth, and operational reliability in a single platform. It empowers teams with rapid deployment, continuous intelligence collection, and resilient performance in contested environments, making it a critical asset for modern missions requiring precision, flexibility, and real-time situational awareness.