Yangına Müdahale Dronu
Cesur-IIIs
Yangına Müdahale Dronu
Cesur-IIIs
Technical Specifications
Detailed Parameters
High performance data at industrial standards.
Technical Specifications
Yangına Müdahale Dronu
High Strength Platform and Operational Stability
Cesur-IIIs is a rotary wing UAV platform optimized for high-risk industrial and fire response scenarios. Sealed body architecture with IP67 protection class; It guarantees operational continuity by providing full isolation against water, dust and particle ingress. The system, which can perform its duties with high stability at an operating altitude of 90 meters, offers safe positioning and precise control, especially in applications requiring intervention from above. Thanks to its reinforced chassis structure and high-strength components, it maintains its structural integrity under dynamic loads and vibration.
High Pressure Response and Distribution Performance
The integrated turbo nozzle interface is designed to be fully compatible with high-pressure line systems and provides continuous and controlled flow in water and foam spraying operations. Effective coverage on the target surface is achieved with optimized distribution characteristics. System architecture with high stress tolerance minimizes performance loss during long and intense duty cycles. Cesur-IIIs is a professional intervention platform developed with a focus on mission continuity, operational safety and field durability.
Wide Line Compatibility and High Pressure Fire Response Performance
Cesur-IIIs is designed to be fully compatible with 1”, 2”, 3” and 4” diameter fire hoses for professional fire intervention drone and advanced fire drone operations. The integrated turbo nozzle system provides uninterrupted spraying performance by stably managing the water and foam flow from high-pressure lines. The system works integrated with KAVS/KAFS type foam technologies to apply more dense, sticky and surface-adhesive foam. In this way, flame suppression time is shortened, the risk of re-ignition is reduced and intervention efficiency is increased. With its high pressure tolerance, optimized flow geometry and field-compatible connection infrastructure, Cesur-IIIs offers a technically superior solution in firefighting.