Account
Inquiry
The firefighting UAV system represents cutting-edge aerial fire suppression technology, combining robust construction with advanced payload capabilities. Engineered for demanding emergency response scenarios, this industrial-grade solution delivers reliable performance in critical situations.
Constructed with carbon fiber integrated molding, the airframe achieves an optimal balance of high rigidity and lightweight properties. This advanced material composition enables extended operational durations exceeding 65 minutes while supporting payload capacities up to 5kg. The innovative upturned arm design enhances flight stability and structural integrity, allowing operation in challenging wind conditions up to 14 m/s.
The system features a detachable structure that facilitates rapid deployment, with assembly and readiness achieved within 5 minutes. Operational capabilities extend to high-altitude environments with a maximum working elevation of 5000m (16500 ft). Real-time situational awareness is provided through Full HD 1080i/P video transmission, supported by a highly integrated rainproof gimbal unit.
Flight operations are managed through an intelligent control system that supports both manual precision control and autonomous flight modes. The platform's versatility is further enhanced by compatibility with multiple payload configurations, including the advanced 3-axis ternary camera system with 30x optical zoom and thermal imaging capabilities.
For comprehensive mission management, the system includes a handheld ground station (K2) featuring an industrial three-proof computer and digital radio remote control system. This integrated solution supports dual-system platform software development with functions including drone and gimbal payload remote control, real-time flight status monitoring, and route planning.
The SPELL-IG/A integrated ground station system provides additional capabilities for over-the-horizon flight operations, featuring Intel i7 processor performance and high-brightness display visibility. The suitcase-style design enables rapid deployment with integrated digital radio and video transmission modules.
Maritime surveillance applications benefit from the system's wireless data transmission capabilities, enabling real-time information sharing between ground stations, command centers, and response vessels. The platform's advantages over traditional patrol methods include broader coverage, faster response times, and reduced operational costs.
