R3390 Carbon Folding Propeller For Compatible Industrial Drones, White(4pcs CW and CCW)

R3390 Carbon Folding Propeller For Compatible Industrial Drones, White(4pcs CW and CCW)

• Precise Fit & Specifications: R3390 model carbon folding propeller, engineered for compatibility with corresponding T-series industrial drone platforms. Its specifications are designed to provide a compatible foundation of lift and efficiency for high-payload, long-endurance industrial operations. This is a compatible part, not an manufacturer . The product is white. Please note that slight dimensional tolerances and visual color variations may exist.
• Material & Construction: Constructed from carbon , offering an extremely high specific strength and structural rigidity. Integrated industrial-grade folding hinge is designed to ensure structural stability when deployed while significantly reducing the physical footprint during transport and storage, providing a propulsion solution that combines reliability, high performance, and portability for industrial heavy-load flight missions.
• Folding Mechanism & Efficient Deployment: The reinforced folding mechanism is key to enhancing the logistical efficiency of large drone systems. It enables rapid deployment and stowage, facilitating quick field deployment, retrieval, and transport between multiple work sites, aiming to maximize the effective utilization of operational and overall mission readiness.
• Heavy-Load Flight Performance: Aerodynamically and structurally optimized for the sustained high-payload, long-endurance operational profile of industrial drones. The airfoil design aims to generate stable, efficient downwash airflow, providing reliable lift output for the flight platform under extreme load conditions, supporting stable hovering, cruising, and efficient continuous cycles.
• Vibration Suppression & System : Carbon material offers good fatigue resistance and dynamic stability. Each undergoes factory dynamic balance calibration, intended to effectively suppress imbalance forces and resonance generated during high-speed rotation, reducing harmonic vibration transmitted to the motor, flight controller, and airframe structure, thereby protecting core powertrain components and extending their service life in demanding industrial environments.