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High-Speed Rescue Vessel Orca 3

All-Weather, Rapid-Response Capability

The Orca 3 is engineered for mission-critical speed and stability. It cuts through rough seas with unmatched agility, delivering rescue teams and equipment to the scene faster, regardless of conditions.

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High-Speed Rescue Vessel Orca 3

Agile Maneuverability: Omnidirectional mobility paired with responsive controls enables rapid deployment and pinpoint precision in confined waterways and complex environments.

Robust Power Delivery: High-output propulsion system with multiple speed settings adapts to dynamic pacing requirements across scenarios, maximizing mission efficiency.

Enhanced Versatility: Reinforced hull structure provides exceptional load capacity, facilitating concurrent transportation of personnel and emergency supplies while accommodating diverse maritime operation demands.

Applications:

Flood & Inundation Emergency Rescue

Water Region Security Patrol

Maritime Law Enforcement Operations

Emergency Supplies Delivery

Core Features:

Omnidirectional Drive System:

Features an electronically controlled integrated water-jet propulsion mechanism that transcends conventional thrust constraints, enabling fluid multi-vector mobility with enhanced precision in confined waterways and emergency scenarios.

Optimized Power Management:

Wireless magnetically-attached batteries support rapid recharging cycles, minimizing downtime while delivering sustained high-output performance for extended mission endurance across critical operations.

Multifunctional Ergonomic Design:

Foot-operated throttle enables seamless stepless speed modulation, complemented by expansive storage bays and personnel-carrying stern platform—collectively accommodating cargo transport, passenger seating, and specialized requirements for search-and-rescue or law enforcement deployments.

Industrial-Grade Durability:

Monolithic rotational-molded construction using impact-resistant industrial-grade PE polymer, reinforced with anti-slip surface treatments to enhance operational safety under harsh maritime conditions involving abrasion and collision exposure.