Bernico Vanguard designs and engineers high‑performance surface vessels with advanced propulsion, lightweight composite structures, and integrated security systems for defence, law‑enforcement, and commercial maritime operations.
Funding
Funding not disclosed
Founders
Product
Problem
Maritime operators in defence, law‑enforcement, and commercial sectors require vessels that combine high speed, stealth, durability, and advanced security while meeting stringent weight and environmental standards. Existing craft often rely on conventional propulsion and heavy materials, limiting performance, operational range, and the ability to integrate autonomous capabilities.
Solution
Bernico Vanguard designs and engineers high‑performance surface vessels that address these gaps through a combination of next‑generation electric and hybrid powertrains, lightweight ballistic‑protected composite structures, and integrated security systems. The company’s precision composite engineering reduces hull weight while enhancing strength and durability, enabling superior handling and higher speeds. Advanced propulsion solutions deliver rapid acceleration and stealthy operation, and the modular architecture supports the addition of autonomous modules that coordinate aerial drones, surface, and subsurface platforms for remote missions. By integrating these technologies, Bernico Vanguard provides mission‑specific craft that can operate efficiently in hostile or regulated maritime environments.
Target Audience
Primary customers are defence forces, law‑enforcement agencies, and commercial maritime operators that need fast, secure, and optionally autonomous surface vessels for patrol, interdiction, and surveillance missions.
Features
- High‑speed electric and hybrid powertrain systems optimized for rapid acceleration and low acoustic signature
- Lightweight composite hulls with ballistic protection for enhanced durability and stealth
- Integrated security suites including surveillance sensors and threat‑detection hardware
- Modular design allowing seamless integration of autonomous control systems and drone coordination
- Scalable manufacturing techniques that enable rapid prototyping and production of custom mission vessels
- Advanced aerodynamics and rapid‑prototype tooling to fine‑tune performance characteristics